WEBVTT

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Have you ever looked at someone effortlessly

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pick like a massive weight off the floor and

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wondered what witchcraft is that? Right. Or maybe

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you've tried it yourself. Exactly. Or maybe you've

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tried the deadlift yourself and found it surprisingly

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tricky. Well, today you're in for a treat because

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we're taking a deep dive into the world of the

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deadlift. And it's not just about raw strength,

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is it? Not at all. It's a foundational movement

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with honestly surprising complexity and profound

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benefits for your entire body. For this deep

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dive, we've pulled together an incredible resource,

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a really comprehensive guide on how to deadlift.

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It's authored by an experienced coach and importantly,

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a drug -free power lifter. Yeah, and this isn't

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just theory. This guy knows his stuff. Totally.

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He's spent 12 years training, nine years coaching.

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He's personally dead lifted 775 pounds, which

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is just, wow, over three times his body weight.

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Incredible. And he's coached lifters from absolute

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beginners right up to people pulling over 600

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pounds. Plus, he has this deep understanding

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of biomechanics. Which makes the info really

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robust, really practical. Exactly. So our mission

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for you today is basically to give you a shortcut.

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A shortcut to understanding the critical mechanics,

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the undeniable benefits, and all those nuanced

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techniques of the deadlift. Right. The goal is

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to equip you, the listener. Yeah. Equip you with

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the knowledge to either dramatically improve

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your own lift, or simply become incredibly well

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-informed about this genuinely fascinating movement.

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OK. So let's unpack this right from the start.

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Why should you care about the deadlift? Well,

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look, if you're tuning into this deep dive, you

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probably already have a sense that the deadlift

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is pretty awesome. Yeah, fair point. But just

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to be explicit, it's pretty much unparalleled

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for adding muscle to your posterior chain. We're

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talking everything from your traps, those upper

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back muscles. All the way down. All the way down

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to your hamstrings, yeah. It drastically increases

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athleticism, and it can even decrease your injury

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risk on the field or court. That's huge. And

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for building sheer head to toe strength, it's

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truly right up there with squats. Push press

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is close behind, but deadlifts and squats are

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kind of the kings. So our focus here isn't just

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saying, hey, it's awesome. It's about arming

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you with the specific techniques to lift heavier,

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build a dense muscular back and crucially do

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it safely. Right. And to really understand how

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to do that heavier and safer, we kind of need

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to touch on some very basic physics. It underpins.

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Everything. Absolutely. Don't worry. We're not

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going deep into equations. Promise. Just the

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fundamental concepts. We need to talk about two

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foundational terms. Force and moment. Okay, so

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force is pretty straightforward. It's a push

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or a pull like gravity pulling a 300 kilogram

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bar downwards. That's a force 2940 Newtons technically

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your muscles contracting they create linear force

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to exactly but then there's moment What is that

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and why does it actually matter for lifting?

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Okay, so think of moment as like Rotational leverage.

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It's how much turning power a force has around

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a joint basically using a wrench precisely We

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calculated as force time the perpendicular distance

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from the axis of rotation the joint the bigger

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that distance that liver arm the harder your

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muscles have to work Exactly. Yeah, the harder

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they have to work to counteract that turning

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force Like you said loosening a stubborn bullet.

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You grab a long wrench. Not a short one for more

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leverage That's moment. Got it. So when that

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heavy barbell is in your hands, it's creating

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these external flexor moments at your hips, knees,

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and all along your spine. It's basically trying

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to bend you forward. And your muscles fight back.

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Right. Your muscles produce internal extensor

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moments to pull you upright. And this brings

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us to a really crucial insight. You can't change

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where your muscles attach to your bones, right?

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You're born with those. Those attachment points

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are huge for leverage. A tiny difference like

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literally centimeters in where say your patellar

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tendon attaches can mean your quad has to work

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like 50 % harder than someone else's just to

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achieve the same pulling power at the knee. Wow,

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50%. That's massive. It is. So since you can't

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change your anatomy, your only control is really

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increasing your muscular force either by getting

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stronger, building more muscle or getting better

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technique or by optimizing your skill through

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technique. Yeah, exactly. This basic understanding

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of leverage and force, it's the bedrock. It informs

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everything we're about to talk about. That makes

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so much sense. It really is all about making

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your body as efficient a lever as possible. Okay,

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so let's quickly look at the anatomy then, not

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like a textbook class. Uh -huh, definitely not.

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More like a practical guide. What bones, joints,

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and muscles are really the most critical players

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in making those levers work, and why? Okay, let's

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focus on what really matters for the deadlift.

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Oh. Your spine. obviously crucial, it needs to

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stay rigid, especially your lower back, against

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those bending forces. Right, resisting that flexion.

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Exactly. Your pelvis, it's this fused structure,

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it houses your hip sockets, and the way those

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sockets are oriented, that angle, can actually

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influence whether you're naturally better suited

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for, say, a wider sumo stance or a narrower conventional

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one. Interesting. So anatomy plays a role in

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stance choice. Definitely. Then you've got your

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femur's eye bone and your lower leg bones, the

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tibia and fibula. They form the actual levers

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for your legs. Okay. And the joints connecting

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them, right? The hip joint, it's a ball and socket,

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moves in all directions. Individual hip anatomy

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really affects your comfortable range of motion.

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Makes sense. The knee is mostly a hinge. Your

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kneecap, the patella, helps your quads get better

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leverage over that hinge. Okay. bones, joints,

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now the muscles doing the work. Right, the engines.

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Yeah. Your spinal rectors, the name says it all.

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They extend your spine, keep it rigid. The back

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muscles. Yep. Your core, it's not just abs, right?

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This whole system of torso muscles. They brace,

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create intra -abdominal pressure, like an internal

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weight belt protects the spine. Crucial for safety.

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Absolutely. Then the gluteus maximus, your biggest

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strongest hip extensor. The powerhouse. Pretty

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much. Your hamstrings, those three muscles at

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the back of your thigh also powerfully extend

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your hip, but they also bend your knee. That's

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important. Okay, glutes and hamstrings, the usual

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suspects for hip extension, but you mentioned

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there's like a secret weapon. Uh -huh. Yeah,

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the adductor magnus. People totally overlook

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it. I definitely have. It's often called the

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fourth hamstring, because it starts near the

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same place on your pelvis. But here's the key

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difference. It doesn't cross the knee joint.

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Ah, okay. And some research even suggests it

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might produce a bigger hip extensor moment than

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the glutes and hamstrings combined at the bottom

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of a squat. Whoa, really? Combined? Yeah, it's

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potentially huge. And mechanically, it's often

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in a really advantageous position in the deadlift,

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a massive, often overlooked contributor. Mind

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blown. Okay, who else? Then you have the quadriceps.

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Primarily knee extensors though one part does

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flex the hip to and finally the lats now. They

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aren't prime movers for extending your spine.

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Right, not back extensors directly. Correct,

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but they play this really meaningful role in

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repositioning the bar, pulling it closer, which

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actually decreases the demands on your hips and

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your spinal erectors. We'll get more into that.

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Okay, fascinating. So all these parts, bones,

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muscles, joints, they're the machinery carrying

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out those physics principles, the leverage we

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talked about. which leads us perfectly into biomechanics,

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understanding the specific demands of the deadlift

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and, crucially, how they differ between, say,

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conventional and sumo. Right. So just to simplify

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how we look at movement, we talk about planes.

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Sagittal is front to back, like bending forward.

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Funtal is side to side. Transverse is rotation.

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OK. And what's really important is that hip and

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knee flexion extension. We define those relative

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to the femur, the thigh bone, not the torso.

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This avoids errors if you just look from the

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side. Gotcha. Makes sense for 3D movement. Yep.

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So in any deadlift, you're basically overcoming

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four main challenges. The force trying to bend

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your spine forward. Spinal flexor moment. Right.

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The force trying to bend your hips. Hip flexor

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moment. The force trying to bend your knees.

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Knee flexor moment. And of course, just holding

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onto the bar. Grip. The four horsemen of the

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deadlift apocalypse. Something like that. Now

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for the conventional deadlift, the demands on

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your quads for knee extension, surprisingly low.

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Really? I thought legs were doing tons of work.

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They are, but mostly hips and back. Your hamstrings

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actually often provide more resistance against

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your quads than the barbell itself does at the

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knee. The hip extension demands, though, high.

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Especially right at the start. And this is influenced

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by where your hips are relative to the bar. Which

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depends on your build, like limb lengths. Exactly.

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Longer femurs, shorter arms. hips start further

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back, makes it harder. Those hip demands peak

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in the first third of the lift. And crucially,

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the demands on your spine, that spinal flexor

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moment, it increases the more your torso leans

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forward, and the longer your torso is. This is

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the main reason conventional is generally harder

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on the back than sumo. OK, that tracks. Now,

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sumo, here's that common idea here all the time.

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Sumo is easier on the hips. True or false? Great

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question. And mostly false, or at least misleading.

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Bust that myth. When we look at it in 3D relative

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to the femur, the hip extension demands are actually

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pretty similar to conventional. So what's going

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on then? Why does it feel different? Because

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in sumo, you're driving your feet outwards, right?

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Creating lateral forces. This lets your quads

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help at the hip extensors. Ah, the quads get

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more involved in hip extension? The assist, yeah.

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which slightly decreases the direct hip demands,

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but significantly increases the knee extension

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demands. It kind of balances out the hip part.

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So quads work harder in sumo. Much harder than

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in conventional, though they're still usually

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not the limiting factor. So the real summary,

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both styles, similar hip demands, conventional,

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harder on the back, sumo, much harder on the

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quads. And heavier weights make everything harder.

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Naturally. Okay, so we've broken down the forces,

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the body's machinery. Now the practical part.

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How do we put all these complex bits into, well,

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perfect motion when we actually lift? Right.

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Technique time. This brings us to the importance

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of technique. Now, deadlift is often called the

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least technical of the big three power lift,

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squat, bench, deadlift. Which is maybe debatable,

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but yeah. But paying attention to your setup

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and execution is still absolutely crucial, both

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for performance, lifting more weight, and obviously

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for safety. Couldn't agree more. And a quick

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note here. It's actually incredibly useful for

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you listening to get proficient in both conventional

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and sumo. They really complement each other in

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training. Good point. Okay, stance first. How

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do you find your conventional stance? A really

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good starting point is the vertical jump heuristic.

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Basically, where do your feet naturally go when

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you jump straight up? Okay, makes sense. Usually

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about hip width. Usually, yeah. Great for producing

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vertical force. From there, experiment. slightly

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wider, slightly narrower. Some bigger lifters

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might go wider just to make room for their gut.

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Uh -huh. Practicalities. What about toe angle?

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Some people find turning toes out slightly helps

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break the bar off the floor. Others find straighter

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toes help with lockout. Might be related to how

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your glutes contract at different lengths. Experimentation

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is key. Okay. And sumo stance. Obviously wider.

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Much wider, yeah. Feet outside the hands. A good

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heuristic is to set up so your shins look roughly

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perpendicular vertical when viewed from the front

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or back. Once you drive your knees out over your

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feet. Again, experiment from there. Your stance

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width pretty much dictates your toe angle. Generally

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you want your knees tracking in line with your

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first or second toe. Got it. Next up, gripping

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the bar. How wide? Simple rule. Go as narrow

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as you possibly can without your knees caving

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in or your arms rubbing annoyingly against your

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thighs. Too wide just increases the distance

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you have to pull. Right, longer range of motion.

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Exactly. For sumo, this usually means hands pretty

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much directly below your shoulders. Maximizes

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your effective arm length. Makes sense. And the

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types of grip. Double overhand? Probably not

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for heavyweights. Generally, no. It's usually

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the weakest link. Fine for beginners or very

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lightweight, but the bar will tend to roll out

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of your hands. Okay, so most people use. The

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mixed grip. One hand over, one under. It's the

00:12:19.379 --> 00:12:21.419
most popular in powerlifting because it creates

00:12:21.419 --> 00:12:24.100
opposing forces that stop the bar from rolling.

00:12:24.500 --> 00:12:27.019
Any common mistakes with mixed grip? Yeah, two

00:12:27.019 --> 00:12:29.159
big ones. Gripping the bar too deep in your palm

00:12:29.159 --> 00:12:31.759
leads to torn calluses. And pulling with your

00:12:31.759 --> 00:12:33.940
arms, especially trying to curl with that underhand

00:12:33.940 --> 00:12:36.659
arm, that's how you risk biceps tears. Ouch.

00:12:37.279 --> 00:12:39.899
What about muscle imbalances from the mixed grip?

00:12:40.759 --> 00:12:42.679
Honestly, the source says don't worry too much

00:12:42.679 --> 00:12:45.200
unless the deadlift is literally your only back

00:12:45.200 --> 00:12:47.759
training. If you're concerned, just alternate

00:12:47.759 --> 00:12:50.100
which hand is over and which is under from set

00:12:50.100 --> 00:12:53.039
to set or week to week. Okay. And a pro tip from

00:12:53.039 --> 00:12:56.059
the source. Yeah, a good one. Always grip harder

00:12:56.059 --> 00:12:57.899
than you think you need to. Like, crush the bar.

00:12:58.159 --> 00:13:01.639
Really? Why? It's weird. But it often makes the

00:13:01.639 --> 00:13:03.720
lift feel easier. It'd be something called muscle

00:13:03.720 --> 00:13:06.340
irradiation tensing. One muscle helps activate

00:13:06.340 --> 00:13:08.519
others nearby. Or maybe it's just psychological.

00:13:08.700 --> 00:13:11.399
Either way, grip hard. Interesting. What about

00:13:11.399 --> 00:13:14.620
hook grip? Looks painful. It is, initially. The

00:13:14.620 --> 00:13:16.340
hook grip is where you wrap your fingers around

00:13:16.340 --> 00:13:18.340
your thumb, pinning your thumb between your fingers

00:13:18.340 --> 00:13:20.500
and the bar. Used a lot in weightlifting, right?

00:13:20.559 --> 00:13:23.179
Universal there, yeah. Yeah. And gaining popularity

00:13:23.179 --> 00:13:25.460
in powerlifting. For many, it's actually stronger

00:13:25.460 --> 00:13:28.019
than mixed grip, and it completely removes that

00:13:28.019 --> 00:13:31.179
biceps tear risk and asymmetry issue. Downside,

00:13:31.399 --> 00:13:33.720
apart from the pain. The pain is the main one,

00:13:33.799 --> 00:13:36.620
haha. Your thumb nerve's kinda dead in overtime,

00:13:36.980 --> 00:13:39.299
though. Also, if you have really short fingers

00:13:39.299 --> 00:13:42.100
or small hands, It might just not work well.

00:13:42.539 --> 00:13:44.860
OK. And straps. We'll talk more later. Yeah.

00:13:44.899 --> 00:13:47.840
We'll cover when to use them. But basically,

00:13:47.840 --> 00:13:50.240
they work like a mixed grip by preventing barrel

00:13:50.240 --> 00:13:52.720
roll just without relying on your hand strength.

00:13:53.019 --> 00:13:55.200
Gotcha. OK. Breathing and bracing. This sounds

00:13:55.200 --> 00:13:58.480
important. Hugely important. The key is a deep

00:13:58.480 --> 00:14:01.340
diaphragmatic breath. Breathe into your stomach,

00:14:01.419 --> 00:14:04.500
not your chest. Feel your belly expand outwards.

00:14:04.620 --> 00:14:08.019
Not a shallow chest breath. Exactly. Then you

00:14:08.019 --> 00:14:10.529
perform the Valsalva maneuver. You hold that

00:14:10.529 --> 00:14:13.190
deep breath and you brace your entire core hard,

00:14:13.529 --> 00:14:15.169
like someone's about to punch you in the gut

00:14:15.169 --> 00:14:18.029
or, well, you know. Uh -huh, yeah. Creates pressure.

00:14:18.490 --> 00:14:21.190
Enormous pressure inside your abdomen. Interabdominal

00:14:21.190 --> 00:14:23.090
pressure. It acts like an internal weight belt,

00:14:23.350 --> 00:14:25.470
supports your spine, makes the lift safer and

00:14:25.470 --> 00:14:27.129
stronger. And you hold that breath. Throughout

00:14:27.129 --> 00:14:29.710
the entire lift, from bottom to top. You can

00:14:29.710 --> 00:14:31.990
exhale at the top or reset your breath between

00:14:31.990 --> 00:14:34.250
reps if doing multiples. And the bracing cue.

00:14:34.549 --> 00:14:37.779
Brace for a punch. That's a great one. tense

00:14:37.779 --> 00:14:40.799
like you're about to get punched. It takes practice

00:14:40.799 --> 00:14:43.539
to get good at generating that tension. If you

00:14:43.539 --> 00:14:46.039
struggle breathing deep while bent over, take

00:14:46.039 --> 00:14:49.100
the breath standing up, brace, then quickly get

00:14:49.100 --> 00:14:51.700
down into position. Works for both conventional

00:14:51.700 --> 00:14:54.299
and sumo. Okay, breathing and bracing locked

00:14:54.299 --> 00:14:57.379
in. Now, setting up, getting into that starting

00:14:57.379 --> 00:15:00.279
position consistently. The source mentions several

00:15:00.279 --> 00:15:02.860
ways for conventional, right? Says personal preference

00:15:02.860 --> 00:15:05.120
is key. That's right. There are a few main strategies.

00:15:05.500 --> 00:15:08.120
The most common and generally recommended are,

00:15:08.120 --> 00:15:10.980
first, the hamstring tension approach. You set

00:15:10.980 --> 00:15:13.340
your hips a bit higher. Down the stretch. Exactly.

00:15:13.679 --> 00:15:14.899
Feeling that stretch like you're pulling back

00:15:14.899 --> 00:15:17.419
a bowstring in your hamstrings. This tends to

00:15:17.419 --> 00:15:19.580
work well for people with longer limbs who are

00:15:19.580 --> 00:15:22.340
more hinge dominant. OK. What's the second main

00:15:22.340 --> 00:15:25.399
one? The compress the spring method. Here, you

00:15:25.399 --> 00:15:27.220
start with your hips a bit lower. Feeling like

00:15:27.220 --> 00:15:29.860
your legs are coiled springs, ready to explode

00:15:29.860 --> 00:15:32.460
upwards. Better for shorter limbs, more quad

00:15:32.460 --> 00:15:35.379
-dominant people. Generally, yeah. And the third

00:15:35.379 --> 00:15:37.460
common way is to just sort of rock your hips

00:15:37.460 --> 00:15:40.740
back into position. Maybe less dynamic tension

00:15:40.740 --> 00:15:42.720
initially, but can be very consistent for some

00:15:42.720 --> 00:15:46.799
people. OK. And sumo setup. Fewer options. Yeah.

00:15:46.960 --> 00:15:49.740
Usually simpler. Mimicking those first two, the

00:15:49.740 --> 00:15:51.940
hamstring tension or compress the spring ideas,

00:15:52.440 --> 00:15:55.090
tends to work best. Fewer moving parts to coordinate.

00:15:55.529 --> 00:15:58.590
And a key cue for sumo. A really crucial one.

00:15:59.149 --> 00:16:01.350
Actively try to rip the floor in half between

00:16:01.350 --> 00:16:04.389
your feet. Imagine an earthquake fault line opening

00:16:04.389 --> 00:16:07.090
up right there. Creates tension outward. Tremendous

00:16:07.090 --> 00:16:09.590
outward tension in the hips and quads. And you

00:16:09.590 --> 00:16:11.129
want to maintain that tension throughout the

00:16:11.129 --> 00:16:13.509
entire pull. Right. This leads perfectly to my

00:16:13.509 --> 00:16:15.929
next point, a common pitfall I see all the time

00:16:15.929 --> 00:16:18.529
and definitely done myself, jerking the bar off

00:16:18.529 --> 00:16:21.649
the floor. Yes, the dreaded jerk. Your hips shoot

00:16:21.649 --> 00:16:24.090
up first, backgrounds immediately, form goes

00:16:24.090 --> 00:16:26.649
out the window. How do we stop that? Instead

00:16:26.649 --> 00:16:28.850
of jerking, the key is pulling the slack out.

00:16:28.990 --> 00:16:31.570
or pulling tension into your body before the

00:16:31.570 --> 00:16:33.710
bar even leaves the floor. So engage everything

00:16:33.710 --> 00:16:37.169
first. Exactly. You gradually pull harder and

00:16:37.169 --> 00:16:39.590
harder until you feel the bar get heavy in your

00:16:39.590 --> 00:16:42.409
hands, like it's just about to lift. Then you

00:16:42.409 --> 00:16:44.730
initiate the drive. And those setup strategies

00:16:44.730 --> 00:16:47.509
help with this. They do. Both compress the spring

00:16:47.509 --> 00:16:50.129
and pull back the bowstring are designed to help

00:16:50.129 --> 00:16:52.269
you build that tension before you start the main

00:16:52.269 --> 00:16:54.590
pull. Experienced lifters might look like they

00:16:54.590 --> 00:16:57.389
jerk it. But they're just creating tension instantly.

00:16:57.610 --> 00:17:00.000
Precisely. They've mastered that instant tension.

00:17:00.659 --> 00:17:02.960
Newer lifters really need to practice that gradual

00:17:02.960 --> 00:17:05.099
buildup. It's probably the single biggest thing

00:17:05.099 --> 00:17:07.460
to prevent hips shooting up and backs rounding

00:17:07.460 --> 00:17:10.700
early. Makes sense. OK, another critical piece.

00:17:11.160 --> 00:17:13.720
Bar position and balance. Where should the bar

00:17:13.720 --> 00:17:16.700
be? Ideally, the bar should track straight up,

00:17:16.900 --> 00:17:18.859
remaining directly over your midfoot throughout

00:17:18.859 --> 00:17:22.039
the entire lift. Your body and the bar act as

00:17:22.039 --> 00:17:24.000
a counterbalance system. And if your balance

00:17:24.000 --> 00:17:26.750
is off? weight too far back. If your weight's

00:17:26.750 --> 00:17:29.190
too far back on your heels, it's hard to drive

00:17:29.190 --> 00:17:31.529
your shoulders back effectively at the top. If

00:17:31.529 --> 00:17:34.430
it's too far forward, over your toes. Yeah, you'll

00:17:34.430 --> 00:17:36.670
delay your hip drive. Your back might round to

00:17:36.670 --> 00:17:39.789
compensate. Plus, actively thinking about balance

00:17:39.789 --> 00:17:43.309
takes focus away from just producing maximum

00:17:43.309 --> 00:17:46.549
force. So the goal is effortless balance, second

00:17:46.549 --> 00:17:49.410
nature. Exactly. So you can just focus on pulling

00:17:49.410 --> 00:17:51.910
hard. OK, if someone's struggling with that midfoot

00:17:51.910 --> 00:17:55.730
balance, any quick drills they can try like right

00:17:55.730 --> 00:17:58.109
now in their next session. Absolutely. A really

00:17:58.109 --> 00:18:01.650
simple one is the brief isometric hold. Lift

00:18:01.650 --> 00:18:04.589
the bar just an inch, maybe two off the floor.

00:18:04.970 --> 00:18:06.970
Hold it there for a couple of seconds and feel

00:18:06.970 --> 00:18:09.009
the balance. Yeah, feel where your weight is.

00:18:09.369 --> 00:18:11.529
Adjust your body position slightly until you

00:18:11.529 --> 00:18:13.930
feel perfectly balanced over your midfoot. Then

00:18:13.930 --> 00:18:16.640
put it down, reset and do it again. Great for

00:18:16.640 --> 00:18:19.079
warm -ups. Nice. Any others? You could try putting

00:18:19.079 --> 00:18:21.960
small plates, like 2 .5 pounders, under your

00:18:21.960 --> 00:18:24.279
mid -foot. If your weight shifts forward or back,

00:18:24.640 --> 00:18:26.180
you'll feel the pressure change on the edge of

00:18:26.180 --> 00:18:28.319
the plate. Gives you tactile feedback. Clever.

00:18:29.480 --> 00:18:31.799
And pause deadlifts are always great. Pause just

00:18:31.799 --> 00:18:34.940
off the floor. Pause at the knee. Really helps

00:18:34.940 --> 00:18:37.539
ingrain that proper groove and balance. Okay.

00:18:37.720 --> 00:18:41.220
Great tips. Let's circle back to the lats. We

00:18:41.220 --> 00:18:43.099
mentioned them earlier, but I've definitely heard

00:18:43.099 --> 00:18:45.559
people say, oh, the lats don't do much in deadlifts,

00:18:45.619 --> 00:18:47.920
maybe just stabilization. What's the real story?

00:18:48.400 --> 00:18:50.539
Yeah, it's a common misconception. And understanding

00:18:50.539 --> 00:18:52.859
their real role is actually quite important.

00:18:53.480 --> 00:18:55.720
You're right. They are not prime movers for extending

00:18:55.720 --> 00:18:58.579
your spine. They don't actively pull your back

00:18:58.579 --> 00:19:00.720
straight. OK, so what do they do? Their main

00:19:00.720 --> 00:19:04.099
role is to help reposition the bar and by doing

00:19:04.099 --> 00:19:06.900
so, decrease the demands on your actual hip.

00:19:06.990 --> 00:19:10.190
and spinal extensors. How? By pulling the bar

00:19:10.190 --> 00:19:13.710
closer? Exactly. By engaging your lats, think

00:19:13.710 --> 00:19:16.450
pulling your shoulder blades down and back slightly,

00:19:16.950 --> 00:19:19.130
extending your shoulders relative to the bar.

00:19:19.849 --> 00:19:21.609
You pull the bar closer to your body's center

00:19:21.609 --> 00:19:24.190
of gravity. This slightly shortens the moment

00:19:24.190 --> 00:19:26.829
arms at the hips and lumbar spine. How much difference

00:19:26.829 --> 00:19:29.250
does it make there? Maybe around 3 -5 % reduction

00:19:29.250 --> 00:19:31.750
in demand at the hips and lumbar spine. Which

00:19:31.750 --> 00:19:34.549
is something, but not game changing. Okay. So

00:19:34.549 --> 00:19:37.220
where's the big win? The big win is in your thoracic

00:19:37.220 --> 00:19:39.700
spine, your upper back, because the lats attach

00:19:39.700 --> 00:19:42.839
up there. Pulling the bar in has a much larger

00:19:42.839 --> 00:19:45.420
relative effect on the leverage at, say, T9 or

00:19:45.420 --> 00:19:48.759
T10. It can reduce the extension demands there

00:19:48.759 --> 00:19:52.200
by up to 20%. Wow, 20%. That's huge for the upper

00:19:52.200 --> 00:19:55.500
back. It really is. Think about it. Your hips

00:19:55.500 --> 00:19:58.559
are far from the bar. So moving the bar an inch

00:19:58.559 --> 00:20:01.920
closer makes a small absolute difference. But

00:20:01.920 --> 00:20:04.779
for your upper back, which is much closer horizontally

00:20:04.779 --> 00:20:07.400
to the bar's line of pull, moving at that same

00:20:07.400 --> 00:20:10.000
inch makes a massive relative difference, reducing

00:20:10.000 --> 00:20:12.079
that moment arm from, say, five inches to four

00:20:12.079 --> 00:20:15.049
inches. That's a 20 % drop in demand. So engaging

00:20:15.049 --> 00:20:17.430
the lats makes the lift significantly easier

00:20:17.430 --> 00:20:19.730
on the upper back. Exactly, which makes it easier

00:20:19.730 --> 00:20:22.170
on the entire posterior chain, helps prevent

00:20:22.170 --> 00:20:24.410
rounding, and ultimately lets you lift a bit

00:20:24.410 --> 00:20:26.930
more weight safely. OK, I'm sold. What are some

00:20:26.930 --> 00:20:29.829
good cues to engage the lats? Classic ones are

00:20:29.829 --> 00:20:31.569
put your shoulder blades in your back pockets,

00:20:32.150 --> 00:20:34.069
or pull the bar into your shins, almost like

00:20:34.069 --> 00:20:36.089
you're doing a straight arm pull down right before

00:20:36.089 --> 00:20:38.930
you lift. Another is point your elbows towards

00:20:38.930 --> 00:20:41.470
the wall behind you. And training your lats helps.

00:20:41.769 --> 00:20:43.890
Heavy rows and stuff. Absolutely. Stronger lats

00:20:43.890 --> 00:20:46.150
can perform this function better. Heavy rows,

00:20:46.349 --> 00:20:49.329
pull -ups, pull -downs, all beneficial. And engaging

00:20:49.329 --> 00:20:52.009
the lats properly also tends to lead to a more

00:20:52.009 --> 00:20:55.829
vertical linear bar path. Less wasted front -to

00:20:55.829 --> 00:20:58.829
-back movement. Okay. What about shin angle at

00:20:58.829 --> 00:21:01.190
the start? Should they be perfectly vertical?

00:21:01.529 --> 00:21:04.259
For conventional It's largely personal preference

00:21:04.259 --> 00:21:06.019
and depends on your relative strength off the

00:21:06.019 --> 00:21:08.680
floor. Some start with shins vertical, others

00:21:08.680 --> 00:21:11.480
have a slight forward knee travel. Either way,

00:21:11.859 --> 00:21:13.900
your shins will usually become vertical within

00:21:13.900 --> 00:21:16.019
the first few inches of the pole as your knees

00:21:16.019 --> 00:21:19.200
extend. And sumo. More important to be vertical.

00:21:19.460 --> 00:21:21.920
Generally, yes. Vertical shins from the side

00:21:21.920 --> 00:21:24.680
view are highly preferred in sumo. Forward knee

00:21:24.680 --> 00:21:26.859
travel is less common and usually more detrimental

00:21:26.859 --> 00:21:29.279
because balance and maintaining that specific

00:21:29.279 --> 00:21:32.259
groove are so critical in sumo. Okay, makes sense.

00:21:32.579 --> 00:21:35.839
Now, the main event. Lifting the damn bar, as

00:21:35.839 --> 00:21:39.059
this source puts it. Execution time. Right. The

00:21:39.059 --> 00:21:41.279
core philosophy here is critical. Focus on what

00:21:41.279 --> 00:21:43.480
your body's doing, not just on the bar itself.

00:21:43.720 --> 00:21:46.599
Don't just think, pick the bar up. Exactly. That

00:21:46.599 --> 00:21:49.359
often leads to just yanking with your back. Instead,

00:21:49.759 --> 00:21:51.599
think about the movements of your body driving

00:21:51.599 --> 00:21:54.660
the lift. So what cues should we focus on during

00:21:54.660 --> 00:21:57.099
the lift itself? Okay, throughout the entire

00:21:57.099 --> 00:22:01.630
lift, a good general cue is chest up. Not arching

00:22:01.630 --> 00:22:04.089
excessively, but keeping the chest proud helps

00:22:04.089 --> 00:22:07.089
maintain spinal stiffness and engages the lats.

00:22:07.369 --> 00:22:09.970
Okay, chest up. What about initiating the pull?

00:22:10.150 --> 00:22:13.089
First few inches. For those crucial first three

00:22:13.089 --> 00:22:16.069
to four inches, the best cue is often drive the

00:22:16.069 --> 00:22:19.210
floor away or push the world away with your feet.

00:22:19.410 --> 00:22:22.700
Like a leg press. Kind of, yeah. It emphasizes

00:22:22.700 --> 00:22:24.960
using your legs to start the movement and helps

00:22:24.960 --> 00:22:26.700
prevent those hips from shooting up too early.

00:22:26.900 --> 00:22:28.799
Okay, drive the floor away, then what? Once the

00:22:28.799 --> 00:22:31.000
bar's moving past the knees... Once it's moving,

00:22:31.099 --> 00:22:33.220
especially after clearing the knees, the focus

00:22:33.220 --> 00:22:36.039
shifts almost entirely to powerful hip extension.

00:22:36.420 --> 00:22:38.599
The classic cues here are shoulders back and

00:22:38.599 --> 00:22:41.779
hips forward. Explain those a bit more. Shoulders

00:22:41.779 --> 00:22:43.680
back. Think about pulling your shoulder blades

00:22:43.680 --> 00:22:46.799
back and standing tall. If you struggle to feel

00:22:46.799 --> 00:22:49.619
it, maybe try some high bar good mornings, or

00:22:49.619 --> 00:22:51.720
deadlifts with a light resistance band looped

00:22:51.720 --> 00:22:53.759
around your upper back, pulling you forward.

00:22:54.319 --> 00:22:56.160
You'll have to actively pull your shoulders back

00:22:56.160 --> 00:22:59.680
against it. Okay, and hips forward. This is about

00:22:59.680 --> 00:23:02.059
driving your hips through aggressively. Think

00:23:02.059 --> 00:23:04.680
hip thrusts, or again banded deadlifts, where

00:23:04.680 --> 00:23:06.759
a band is pulling your hips backward, forcing

00:23:06.759 --> 00:23:08.819
you to drive them forward powerfully to lock

00:23:08.819 --> 00:23:11.519
out. So drive the floor away, then shoulders

00:23:11.519 --> 00:23:14.789
back, hips forward. Pretty much sums it up. And

00:23:14.789 --> 00:23:16.950
you should prioritize the cue that addresses

00:23:16.950 --> 00:23:19.430
your biggest weakness. If your hips shoot up,

00:23:19.809 --> 00:23:22.750
focus on drive the floor away. If you struggle

00:23:22.750 --> 00:23:25.450
at lockout, focus on hips forward. And always

00:23:25.450 --> 00:23:27.490
lift aggressively. Perform every single rep,

00:23:27.630 --> 00:23:30.329
even warm -ups, as aggressively as possible while

00:23:30.329 --> 00:23:34.250
maintaining good form. Maximal intent. Research

00:23:34.250 --> 00:23:36.650
actually shows that lifting with maximal velocity

00:23:36.650 --> 00:23:39.309
intent leads to roughly twice the strength gains

00:23:39.309 --> 00:23:42.400
compared to lifting slowly. Learn slow. Practice

00:23:42.400 --> 00:23:45.500
the movement, then execute fast. Exactly. For

00:23:45.500 --> 00:23:48.140
sumo, by the way, the cues are similar, but that

00:23:48.140 --> 00:23:50.380
drive the floor away cue tends to last a bit

00:23:50.380 --> 00:23:52.519
longer because it's more quad dominant off the

00:23:52.519 --> 00:23:55.079
floor. And you really need to keep actively ripping

00:23:55.079 --> 00:23:57.819
the floor apart until the bar clears your knees

00:23:57.819 --> 00:24:00.880
to keep those knees out and hips in position.

00:24:01.099 --> 00:24:04.319
Got it. OK, locking out, finishing the lift.

00:24:04.500 --> 00:24:07.339
What's the goal? The goal is simple. Finish with

00:24:07.339 --> 00:24:10.559
your spine, hips, and knees straight, standing

00:24:10.559 --> 00:24:13.700
tall in a natural neutral position. That's it.

00:24:13.759 --> 00:24:16.859
What should we avoid? Avoid hyperextension. Leaning

00:24:16.859 --> 00:24:19.859
back excessively at the top, it's totally unnecessary,

00:24:20.240 --> 00:24:22.500
actually makes the lift harder on your low back,

00:24:22.859 --> 00:24:25.200
doesn't help, and can even get you disqualified

00:24:25.200 --> 00:24:27.619
in a powerlifting meet. Right, just stand up

00:24:27.619 --> 00:24:29.960
straight. What if someone struggles to lock out,

00:24:30.440 --> 00:24:32.890
gets stuck near the top? Often it comes down

00:24:32.890 --> 00:24:35.009
to proper glute engagement. A lot of lifters

00:24:35.009 --> 00:24:37.430
finish the pull but still have a bit of an anterior

00:24:37.430 --> 00:24:39.990
pelvic tilt. Their lower back is still arched.

00:24:40.069 --> 00:24:42.890
Haven't fully extended the hips. Exactly. The

00:24:42.890 --> 00:24:45.329
fix is usually learning to consciously squeeze

00:24:45.329 --> 00:24:48.730
the glutes hard at the top to drive the hips

00:24:48.730 --> 00:24:52.190
forward into full extension. Think of it like

00:24:52.190 --> 00:24:54.789
a powerful loaded pelvic thrust right at the

00:24:54.789 --> 00:24:57.140
end. Good drills for that. Practicing forceful

00:24:57.140 --> 00:25:00.019
lockouts with lighter loads helps. Cable pull

00:25:00.019 --> 00:25:02.140
-throughs are great for feeling that glute squeeze.

00:25:02.480 --> 00:25:05.299
Kettlebell swings, really focusing on that powerful

00:25:05.299 --> 00:25:07.460
hip snap and vertical finish with the glutes.

00:25:07.640 --> 00:25:11.200
Okay, good stuff. Now, lowering the bar. I have

00:25:11.200 --> 00:25:13.440
to admit, especially after a heavy single, I'm

00:25:13.440 --> 00:25:16.380
often guilty of just dropping it. Uh -huh. You

00:25:16.380 --> 00:25:18.960
and many others. It's tempting. But the source

00:25:18.960 --> 00:25:21.059
argues strongly for lowering it under control,

00:25:21.240 --> 00:25:23.559
right? The eccentric phase, why? Absolutely.

00:25:24.099 --> 00:25:26.279
Controlled eccentrics are incredibly beneficial

00:25:26.279 --> 00:25:28.779
for like four main reasons. First, hypertrophy,

00:25:29.319 --> 00:25:31.359
muscle growth. The lowering part builds muscle.

00:25:31.519 --> 00:25:33.779
Yes. The eccentric phase, where your muscles

00:25:33.779 --> 00:25:36.720
are lengthening under tension, provides a really

00:25:36.720 --> 00:25:39.180
potent stimulus for muscle growth. If you just

00:25:39.180 --> 00:25:41.420
drop the bar, you're basically cutting out half

00:25:41.420 --> 00:25:43.259
the rep's potential for building muscle in your

00:25:43.259 --> 00:25:45.339
back and hips. OK, that's a big one. What else?

00:25:45.920 --> 00:25:49.259
Second, safety. Especially as you get tired during

00:25:49.259 --> 00:25:51.700
a set, controlling the descent helps maintain

00:25:51.700 --> 00:25:54.660
good form, prevents your back from rounding suddenly,

00:25:55.220 --> 00:25:58.099
and reduces overall injury risk. Makes sense.

00:25:58.359 --> 00:26:01.579
Less chance of losing position. Third, just respect

00:26:01.579 --> 00:26:03.740
for the equipment. Powerlifting bars aren't really

00:26:03.740 --> 00:26:05.940
designed to be dropped repeatedly, like Olympic

00:26:05.940 --> 00:26:08.220
weightlifting bumper plates and bars. You can

00:26:08.220 --> 00:26:10.799
damage bars, chip plates, mess up the floor.

00:26:11.119 --> 00:26:14.000
Good point. Gym etiquette too. And fourth, it

00:26:14.000 --> 00:26:15.940
actually preps your body better for the next

00:26:15.940 --> 00:26:18.740
rep if you're doing multiples. It utilizes the

00:26:18.740 --> 00:26:20.759
stretch shortening cycle. Like loading a spring.

00:26:21.380 --> 00:26:23.980
Exactly. Your muscles store elastic energy on

00:26:23.980 --> 00:26:25.539
the way down, which gives you a little extra

00:26:25.539 --> 00:26:28.200
boost for the next rep up. The author of the

00:26:28.200 --> 00:26:30.460
source material actually shared a story. Yeah.

00:26:30.539 --> 00:26:33.059
He said he made way faster deadlift progress

00:26:33.059 --> 00:26:35.839
personally when he was forced to train in commercial

00:26:35.839 --> 00:26:38.400
gyms, where dropping weights was frowned upon,

00:26:38.460 --> 00:26:40.839
so he had to control the eccentrics. He felt

00:26:40.839 --> 00:26:43.900
it was a game changer for him. Wow. Okay, I'm

00:26:43.900 --> 00:26:46.839
convinced. How do you lower it properly? Basically

00:26:46.839 --> 00:26:49.000
the reverse of how you picked it up. Keep your

00:26:49.000 --> 00:26:52.000
chest up. Initiate by pushing your hips back

00:26:52.000 --> 00:26:54.220
until the bar clears your knees, then continue

00:26:54.220 --> 00:26:56.140
bending your knees, pressing through the floor

00:26:56.140 --> 00:26:59.579
until the bar makes light contact. Sit it down.

00:26:59.859 --> 00:27:02.359
Don't slam it. Okay, control the descent. Got

00:27:02.359 --> 00:27:05.569
it. So... Let's say I'm trying to implement all

00:27:05.569 --> 00:27:07.210
this great technique, but I'm still hitting a

00:27:07.210 --> 00:27:09.990
wall, a sticking point. How do I figure out what's

00:27:09.990 --> 00:27:12.250
actually weak? Especially telling the difference

00:27:12.250 --> 00:27:14.589
between hip strength and back strength issues.

00:27:14.750 --> 00:27:16.849
That's often the trickiest part. Assuming your

00:27:16.849 --> 00:27:19.829
technique is reasonably good up to, say, 70 -80

00:27:19.829 --> 00:27:23.130
% of your max, bad technique can definitely mask

00:27:23.130 --> 00:27:25.589
or mimic a weakness. Right. Assume technique

00:27:25.589 --> 00:27:28.549
is decent, now what? Okay, for conventional deadlifts,

00:27:28.990 --> 00:27:31.230
your quads are almost never the limiting factor.

00:27:31.579 --> 00:27:34.420
Like we said, squat demands are way higher. Grip

00:27:34.420 --> 00:27:36.599
weakness is usually pretty obvious. The bar just

00:27:36.599 --> 00:27:39.579
slips. So it's usually hips or back? Yeah. And

00:27:39.579 --> 00:27:42.180
telling them apart is hard. Why? Because back

00:27:42.180 --> 00:27:44.519
rounding can actually be your body compensating

00:27:44.519 --> 00:27:47.240
for weak hips. How does that work? If your back

00:27:47.240 --> 00:27:49.819
rounds, it effectively shortens the lever arm

00:27:49.819 --> 00:27:52.599
of your torso, which reduces the amount of torque

00:27:52.599 --> 00:27:55.460
your hips need to produce. So a rounding back

00:27:55.460 --> 00:27:57.900
doesn't always mean weak back. It could mean

00:27:57.900 --> 00:28:00.299
your hips couldn't handle the load. with a straight

00:28:00.299 --> 00:28:02.440
back. Okay, that's a crucial distinction. How

00:28:02.440 --> 00:28:04.960
do we test it? If you're consistently missing

00:28:04.960 --> 00:28:07.440
at the floor and it's not just trying too big

00:28:07.440 --> 00:28:10.400
a weight jump, that eccentric only test is great.

00:28:10.720 --> 00:28:14.539
Try to lower, say, 90 % to maybe 103 % of your

00:28:14.539 --> 00:28:17.839
1RM under perfect control. Okay. If your spine

00:28:17.839 --> 00:28:21.380
flexes significantly, rounds over involuntarily

00:28:21.380 --> 00:28:23.680
during that controlled negative, That points

00:28:23.680 --> 00:28:26.220
towards needing more back strength. Think exercises

00:28:26.220 --> 00:28:29.180
like back raises, heavy rows, maybe rack pulls

00:28:29.180 --> 00:28:31.079
above the knee. And if the back stays straight,

00:28:31.200 --> 00:28:34.400
but you still fail? If your back holds its position

00:28:34.400 --> 00:28:37.200
beautifully, but you just can't physically lift

00:28:37.200 --> 00:28:40.180
it concentrically after lowering it, that suggests

00:28:40.180 --> 00:28:43.160
it's more likely hip strength. Think RDLs, good

00:28:43.160 --> 00:28:45.339
mornings, hip thrusts. What if you just can't

00:28:45.339 --> 00:28:47.619
control the eccentric at all? Then your first

00:28:47.619 --> 00:28:49.920
priority is just practicing controlled eccentrics

00:28:49.920 --> 00:28:53.650
with lighter weights until you can. Also, don't

00:28:53.650 --> 00:28:56.869
rule out setup issues. Maybe stance needs tweaking.

00:28:57.210 --> 00:28:59.470
Maybe pausing off the floor could help find a

00:28:59.470 --> 00:29:01.589
stronger position. Okay, that's helpful for misses

00:29:01.589 --> 00:29:03.750
off the floor. What about missing at lockout?

00:29:04.170 --> 00:29:06.789
Usually one of two scenarios. Scenario one. Your

00:29:06.789 --> 00:29:08.829
hips are fully extended, but you're stuck bent

00:29:08.829 --> 00:29:12.029
over. Can't re -extend your spine fully. Often

00:29:12.029 --> 00:29:14.690
happens if you pulled with a rounded back. That

00:29:14.690 --> 00:29:16.849
points to spinal erector weakness in that extended

00:29:16.849 --> 00:29:20.049
position. Front squats, high rack pulls can help.

00:29:20.150 --> 00:29:22.519
Scenario two. Your spine is extended and straight,

00:29:22.579 --> 00:29:24.319
but you just can't push your hips through that

00:29:24.319 --> 00:29:26.779
last little bit to full lockout. That suggests

00:29:26.779 --> 00:29:29.819
hip expansors are weak near full extension. Hip

00:29:29.819 --> 00:29:32.579
thrusts, maybe kneeling squats with band resistance

00:29:32.579 --> 00:29:34.859
are great here. OK, that covers conventional

00:29:34.859 --> 00:29:37.140
weaknesses. What about sumo? Different sticking

00:29:37.140 --> 00:29:40.019
points. Sumo is a bit different. Balance is more

00:29:40.019 --> 00:29:42.779
critical. So just miss grooving the lift can

00:29:42.779 --> 00:29:45.759
cause a miss more easily. If the bar barely moves

00:29:45.759 --> 00:29:48.539
off the floor, assuming good setup, it's often

00:29:48.539 --> 00:29:50.809
just overall strength needing improvement. What

00:29:50.809 --> 00:29:53.589
about misses in the middle? Mid shin to knee?

00:29:53.910 --> 00:29:56.869
A common sumo issue is the hips shooting up and

00:29:56.869 --> 00:29:59.690
back in the mid -range. The lifter sort of shifts

00:29:59.690 --> 00:30:02.849
into a semi -conventional position. This often

00:30:02.849 --> 00:30:05.170
happens if someone has really strong hamstrings

00:30:05.170 --> 00:30:07.769
relative to their glutes and quads. They're trying

00:30:07.769 --> 00:30:09.910
to get more hamstring involvement. How do you

00:30:09.910 --> 00:30:12.150
fix that? Usually means backing off the weight,

00:30:12.430 --> 00:30:14.650
really drilling good positioning, maybe doing

00:30:14.650 --> 00:30:17.089
bottom -half pause deadlifts to strengthen that

00:30:17.089 --> 00:30:20.339
specific range while staying upright. And sumo

00:30:20.339 --> 00:30:22.940
lockout issues. It can be just a lack of strength

00:30:22.940 --> 00:30:26.859
specific to that top range. So again, hip thrusts,

00:30:26.960 --> 00:30:29.539
rack pulls from knee height. But technical issues

00:30:29.539 --> 00:30:31.819
are also common culprits. Weight drifting too

00:30:31.819 --> 00:30:34.480
far forward. Balance drills needed. Right. Or

00:30:34.480 --> 00:30:36.700
maybe the stance is just too wide for their hip

00:30:36.700 --> 00:30:39.299
structure, causing impingement. Experimenting

00:30:39.299 --> 00:30:41.500
with slightly narrower stances or different toe

00:30:41.500 --> 00:30:44.720
angles or using rack pulls to build top end strength

00:30:44.720 --> 00:30:47.019
without the mobility constraint can help. And

00:30:47.019 --> 00:30:49.700
spinal erectors and sumo. Less of a limiter.

00:30:50.119 --> 00:30:52.319
Generally less limiting than in conventional

00:30:52.319 --> 00:30:55.200
because the torso is more upright. That said,

00:30:55.519 --> 00:30:57.779
it's still a good idea for sumo pullers to keep

00:30:57.779 --> 00:30:59.960
some conventional deadlifting or RDLs in their

00:30:59.960 --> 00:31:02.759
program to maintain overall back strength and

00:31:02.759 --> 00:31:05.359
resilience. Good advice. What if the main issue

00:31:05.359 --> 00:31:08.460
seems to be mobility or just that persistent

00:31:08.460 --> 00:31:10.740
backgrounding even with lighter weights? Yeah,

00:31:10.779 --> 00:31:13.259
often that comes down to either hip mobility

00:31:13.259 --> 00:31:16.789
limitations or just poor motor control not knowing

00:31:16.789 --> 00:31:19.430
how to find or maintain a neutral spine position.

00:31:19.630 --> 00:31:21.410
So how do you tackle that? Just stretch more.

00:31:21.670 --> 00:31:24.289
Stretching can help, but targeted exercises are

00:31:24.289 --> 00:31:27.690
usually better. A fantastic approach is progressive

00:31:27.690 --> 00:31:30.170
range of motion. Start with rack pulls or block

00:31:30.170 --> 00:31:32.769
pulls. Set the bar high enough that you can maintain

00:31:32.769 --> 00:31:34.890
a perfectly neutral spine throughout the lift.

00:31:35.029 --> 00:31:38.490
Start where you can succeed. Exactly. Then, session

00:31:38.490 --> 00:31:41.430
by session or week by week, gradually lower the

00:31:41.430 --> 00:31:43.250
starting height of the bar by just a little bit.

00:31:43.450 --> 00:31:45.829
An inch or two. Slowly increasing the range.

00:31:46.190 --> 00:31:49.569
Yep. This does a few things. It gradually improves

00:31:49.569 --> 00:31:51.910
your hip mobility in the specific pattern needed.

00:31:52.390 --> 00:31:54.930
It builds strength at those specific joint angles.

00:31:55.589 --> 00:31:57.849
And it teaches your body spinal awareness under

00:31:57.849 --> 00:32:01.089
load. Patience is absolutely key here. That sounds

00:32:01.089 --> 00:32:03.769
really effective. Anything else? Romanian deadlifts.

00:32:04.839 --> 00:32:07.339
RDLs, especially with a focus on the stretch

00:32:07.339 --> 00:32:09.480
and a pause at the bottom, are basically the

00:32:09.480 --> 00:32:11.920
gold standard for increasing deadlift -specific

00:32:11.920 --> 00:32:14.599
hip mobility and hamstring flexibility. How should

00:32:14.599 --> 00:32:17.559
you do them for mobility? Focus on a slow eccentric,

00:32:18.039 --> 00:32:20.299
like three to five seconds on the way down. Pause

00:32:20.299 --> 00:32:22.440
for two or three seconds at the bottom, really

00:32:22.440 --> 00:32:24.200
feeling that deep stretch in the hamstrings,

00:32:24.440 --> 00:32:27.700
but not pain. Don't force it into painful ranges.

00:32:28.019 --> 00:32:30.519
Try to go a tiny bit deeper each rep or set as

00:32:30.519 --> 00:32:32.940
you warm up. This builds mobility and control

00:32:32.940 --> 00:32:35.269
beautifully. And rule out other causes of rounding,

00:32:35.569 --> 00:32:37.289
too. Oh, yeah. Like we said, jerking the bar

00:32:37.289 --> 00:32:39.269
can cause rounding. Or simply setting up with

00:32:39.269 --> 00:32:41.809
a bar too far away from your shins initially.

00:32:42.150 --> 00:32:44.990
Fix the setup first. OK. Great troubleshooting

00:32:44.990 --> 00:32:48.150
advice. Let's shift gears slightly and hit some

00:32:48.150 --> 00:32:50.410
frequently asked questions, some common nuances.

00:32:51.109 --> 00:32:54.269
The big one always comes up. Sumo versus conventional.

00:32:54.769 --> 00:32:58.210
How on earth do you choose? Ah, the eternal question.

00:32:58.450 --> 00:33:01.170
There's really no easy definitive answer. You

00:33:01.170 --> 00:33:04.109
see trends. Like, smaller lifters often prefer

00:33:04.109 --> 00:33:07.150
sumo. Yeah, often. And larger lifters may be

00:33:07.150 --> 00:33:09.529
trend towards conventional. But it's absolutely

00:33:09.529 --> 00:33:11.890
not a guarantee. It comes down to individual

00:33:11.890 --> 00:33:14.410
anatomy and strengths. We talked about the demands.

00:33:14.750 --> 00:33:17.210
Right. Hip demands are similar overall, but the

00:33:17.210 --> 00:33:19.009
type of hip movement is different. Conventional

00:33:19.009 --> 00:33:21.869
is more pure flexion extension. Sumo involves

00:33:21.869 --> 00:33:24.809
more abduction, moving legs apart. So unique

00:33:24.809 --> 00:33:26.970
hip socket structure matters a lot. And quad

00:33:26.970 --> 00:33:29.789
demands. Considerably higher in sumo. People

00:33:29.789 --> 00:33:32.029
who are naturally strong squatters often take

00:33:32.029 --> 00:33:34.109
well to sumo because they have strong quads.

00:33:34.549 --> 00:33:37.569
About 10 % higher spinal loading in conventional.

00:33:38.170 --> 00:33:40.789
So if you have a naturally strong back, conventional

00:33:40.789 --> 00:33:43.250
might feel better. If your back is maybe a weak

00:33:43.250 --> 00:33:45.569
point but you have strong legs, sumo might be

00:33:45.569 --> 00:33:47.829
more forgiving. What's the recommendation? Honestly.

00:33:48.589 --> 00:33:50.430
The best advice is usually to spend some real

00:33:50.430 --> 00:33:53.349
time, like 6 to 12 months, seriously training

00:33:53.349 --> 00:33:56.769
both styles. See which one feels stronger. progresses

00:33:56.769 --> 00:33:59.190
better, and causes fewer aches and pains for

00:33:59.190 --> 00:34:00.950
you. And they help each other anyway, right?

00:34:01.049 --> 00:34:03.609
Exactly. They complement each other really well

00:34:03.609 --> 00:34:06.109
in a training program. A conventional lifter

00:34:06.109 --> 00:34:08.230
might use sumo occasionally to give their lower

00:34:08.230 --> 00:34:11.150
back a break. A sumo lifter might use conventional

00:34:11.150 --> 00:34:14.250
or RDLs to build more overall back strength or

00:34:14.250 --> 00:34:17.610
manage hip fatigue, knowing both is ideal. OK,

00:34:17.610 --> 00:34:20.769
good practical advice. Quick hits, chalk and

00:34:20.769 --> 00:34:24.269
baby powder necessary. Chalk is almost always

00:34:24.269 --> 00:34:27.570
a good idea for grip. increases friction, absorbs

00:34:27.570 --> 00:34:30.449
sweat. Liquid chalk is often preferred by gyms

00:34:30.449 --> 00:34:33.289
if they dislike powder mess. Baby powder is different,

00:34:33.449 --> 00:34:35.409
it decreases friction. So you put that on your

00:34:35.409 --> 00:34:37.309
thighs? Yeah, on your thighs to help the bar

00:34:37.309 --> 00:34:39.670
slide up easier during lockout. You definitely

00:34:39.670 --> 00:34:41.269
don't want it on your hands. It's typically only

00:34:41.269 --> 00:34:43.030
used for meat attempts, not regular training.

00:34:43.349 --> 00:34:45.710
Gotcha. Perfectly vertical shin at the start

00:34:45.710 --> 00:34:49.010
mandatory. Nope. As we said, depends on your

00:34:49.010 --> 00:34:51.840
leverages and strengths. Shins will usually move

00:34:51.840 --> 00:34:53.840
towards vertical shortly after you initiate the

00:34:53.840 --> 00:34:56.780
pull anyway. Suno benefits more from starting

00:34:56.780 --> 00:34:59.699
vertical though. Okay. Ramping versus scooping.

00:35:00.179 --> 00:35:04.380
What's that? Sounds like cheating. It's a specific

00:35:04.380 --> 00:35:06.920
technique mainly for conventional lockout issues.

00:35:07.519 --> 00:35:09.159
It's not the same as hitching, which is illegal.

00:35:09.699 --> 00:35:12.260
Ramping is where, after the bar clears your knees,

00:35:12.400 --> 00:35:14.980
you actively drive your knees forward under the

00:35:14.980 --> 00:35:17.719
bar. Rebending the knees. A little, yeah. while

00:35:17.719 --> 00:35:20.380
simultaneously extending your hips, so the bar

00:35:20.380 --> 00:35:22.440
essentially slides up your thighs. It has to

00:35:22.440 --> 00:35:25.380
be one fluid motion. It reduces hip and back

00:35:25.380 --> 00:35:27.699
demands right at the top and increases friction

00:35:27.699 --> 00:35:30.480
against the thighs. Risky in competition? Can

00:35:30.480 --> 00:35:32.980
be. It's a judge's call, whether it was one fluid

00:35:32.980 --> 00:35:35.500
motion or a disallowed hitch. Not something to

00:35:35.500 --> 00:35:37.820
rely on heavily, maybe more of a last resort

00:35:37.820 --> 00:35:40.280
technique. Okay. Resetting between reps versus

00:35:40.280 --> 00:35:42.400
touch and go. Which is better? Depends on the

00:35:42.400 --> 00:35:45.030
goal. Resetting each rep, coming to a dead stop,

00:35:45.230 --> 00:35:47.550
re -bracing, is excellent for practicing your

00:35:47.550 --> 00:35:49.710
setup consistency, especially important if your

00:35:49.710 --> 00:35:51.690
form tends to break down on the first rep of

00:35:51.690 --> 00:35:54.269
a set or on heavy singles. And touch and go.

00:35:54.409 --> 00:35:56.550
Touch and go. Light tap on the floor, immediately

00:35:56.550 --> 00:35:58.909
go into the next rep. Allows for higher training

00:35:58.909 --> 00:36:01.110
volume, potentially faster strength gains for

00:36:01.110 --> 00:36:03.929
some due to the stretch reflex. It also forces

00:36:03.929 --> 00:36:06.309
you to maintain core tension throughout the set.

00:36:06.969 --> 00:36:09.960
Downside. It can sometimes lead to inflated rep

00:36:09.960 --> 00:36:12.179
max calculator estimates because the first rep

00:36:12.179 --> 00:36:14.920
is harder than subsequent ones. So the verdict?

00:36:15.300 --> 00:36:17.280
Choose whichever method allows you to maintain

00:36:17.280 --> 00:36:19.659
consistent high quality form from rep to rep.

00:36:20.139 --> 00:36:23.000
If touch and go get sloppy, reset. If resetting

00:36:23.000 --> 00:36:25.480
feels inefficient and form is solid, touch and

00:36:25.480 --> 00:36:28.039
go might be fine. Makes sense. Head position,

00:36:28.239 --> 00:36:31.079
look up, look down, neutral, doesn't matter.

00:36:31.539 --> 00:36:33.980
Generally, not that much. It's mostly personal

00:36:33.980 --> 00:36:36.739
preference. Looking up slightly, cervical extension

00:36:36.739 --> 00:36:39.119
can sometimes help cue spinal extension and make

00:36:39.119 --> 00:36:41.280
lockout feel easier for some people. Looking

00:36:41.280 --> 00:36:43.760
down or keeping the head neutral aligns the neck

00:36:43.760 --> 00:36:45.739
with the spine, which might feel easier off the

00:36:45.739 --> 00:36:47.940
floor for others. What about neck strain risk

00:36:47.940 --> 00:36:50.300
from looking up? The source material actually

00:36:50.300 --> 00:36:53.599
states the risk is unbelievably low. It's very

00:36:53.599 --> 00:36:55.900
rare to strain your neck deadlifting just by

00:36:55.900 --> 00:36:59.139
looking up slightly. So experiment. Find what

00:36:59.139 --> 00:37:01.239
feels strongest and most comfortable for you.

00:37:01.389 --> 00:37:03.690
Okay, good to know. Improving grip strength,

00:37:03.849 --> 00:37:07.030
the common issue. What actually works best? Those

00:37:07.030 --> 00:37:09.150
hand grippers. Probably not hand grippers. They

00:37:09.150 --> 00:37:11.190
train crushing grip, but the deadlift requires

00:37:11.190 --> 00:37:13.610
support grip, basically. Isometric endurance,

00:37:13.710 --> 00:37:16.510
just holding on. Fat bars are also less specific.

00:37:16.610 --> 00:37:19.289
So what is specific and effective? The single

00:37:19.289 --> 00:37:21.909
best thing is probably timed deadlift holds.

00:37:22.389 --> 00:37:24.510
Load up a bar, ideally with the grip you use

00:37:24.510 --> 00:37:26.989
for deadlifting, mixed or hook. Pick a weight

00:37:26.989 --> 00:37:29.650
you can hold for maybe 15, 20 seconds. And just

00:37:29.650 --> 00:37:32.170
stand there holding it? Yep. Do three, four sets,

00:37:32.289 --> 00:37:34.389
maybe two, three times a week after your main

00:37:34.389 --> 00:37:37.230
deadlift work. It directly trains the exact strength

00:37:37.230 --> 00:37:39.789
needed. Any other good options? Sure. Timed hangs

00:37:39.789 --> 00:37:42.409
from a pull -up bar are great. One -handed barbell

00:37:42.409 --> 00:37:45.010
holds, like a suitcase deadlift hold. Doing things

00:37:45.010 --> 00:37:47.389
like shrugs, rows, or even lighter deadlifts

00:37:47.389 --> 00:37:49.769
with a double overhand grip until your grip fails.

00:37:50.489 --> 00:37:52.849
Farmer's walks are also fantastic for grip endurance.

00:37:53.349 --> 00:37:55.570
OK, timed holds sound like the most direct approach.

00:37:56.329 --> 00:37:58.539
Now, structuring deadlift training. It's often

00:37:58.539 --> 00:38:01.559
called finicky. Why is that, and what should

00:38:01.559 --> 00:38:04.420
listeners know? It is finicky, highly individual.

00:38:04.900 --> 00:38:07.320
It taxes the nervous system and the lower back

00:38:07.320 --> 00:38:10.880
significantly. General guidelines. Start with

00:38:10.880 --> 00:38:13.780
maybe half to two thirds the volume, sets X reps,

00:38:14.300 --> 00:38:16.280
you use for squats. Lower volume than squats.

00:38:16.719 --> 00:38:18.920
Typically, yes. But here's the interesting part.

00:38:19.510 --> 00:38:22.389
Deadlifts seem to respond well to high frequency

00:38:22.389 --> 00:38:24.250
of the general hinge pattern, things like back

00:38:24.250 --> 00:38:27.130
raises, RDLs, kettlebell swings, maybe three

00:38:27.130 --> 00:38:30.190
plus times per week, but low frequency of actual

00:38:30.190 --> 00:38:32.750
heavy deadlifting from the floor. How low frequency?

00:38:32.809 --> 00:38:35.050
For probably 50 % of people, maybe even more,

00:38:35.590 --> 00:38:37.469
pulling heavy from the floor only once per week

00:38:37.469 --> 00:38:40.269
is optimal. Really? Only once a week? For maximal

00:38:40.269 --> 00:38:43.090
effort pulls, often yes. Some people, especially

00:38:43.090 --> 00:38:45.190
those well -suited structurally or maybe sumo

00:38:45.190 --> 00:38:47.289
pullers who are less back limited, can handle

00:38:47.289 --> 00:38:49.860
more volume or frequency. But people whose back

00:38:49.860 --> 00:38:52.019
strength is a limiting factor tend to get worn

00:38:52.019 --> 00:38:54.800
down very easily by frequent heavy deads. And

00:38:54.800 --> 00:38:57.559
technique matters for volume tolerance. Absolutely.

00:38:57.980 --> 00:39:00.719
Better, more efficient technique is less taxing,

00:39:00.719 --> 00:39:03.400
allows for more volume. Also, critically, don't

00:39:03.400 --> 00:39:06.159
try to deadlift heavy if your hips or back are

00:39:06.159 --> 00:39:08.460
already significantly fatigued from other training.

00:39:09.039 --> 00:39:11.059
Better to push the session back a day or two.

00:39:11.260 --> 00:39:15.360
So the key is be conservative. Be conservative.

00:39:15.659 --> 00:39:18.380
Listen to your body. prioritize building general

00:39:18.380 --> 00:39:20.699
back strength and resilience through accessory

00:39:20.699 --> 00:39:23.599
work, and don't overdo the heavy pulls from the

00:39:23.599 --> 00:39:26.300
floor. Got it. What about hip height in the setup?

00:39:26.719 --> 00:39:28.699
People worry, are my hips too high, too low?

00:39:29.119 --> 00:39:31.039
Honestly, your starting hip height is mostly

00:39:31.039 --> 00:39:33.820
dictated by your body's geometry, your limb lengths,

00:39:34.239 --> 00:39:36.780
arm, tibia, femur, and your torso length. So

00:39:36.780 --> 00:39:39.949
it's just anatomy? Largely, yes. Longer arms

00:39:39.949 --> 00:39:42.510
or torso relative to legs, your hips will naturally

00:39:42.510 --> 00:39:45.409
sit lower. Longer legs, especially femurs, relative

00:39:45.409 --> 00:39:47.769
to torso arms. Your hips will naturally start

00:39:47.769 --> 00:39:50.289
higher. Most complaints about hips being too

00:39:50.289 --> 00:39:52.969
high or too low are just observing natural variations

00:39:52.969 --> 00:39:55.570
based on individual build. You generally can't

00:39:55.570 --> 00:39:57.949
force your hips much lower or higher than where

00:39:57.949 --> 00:39:59.949
your structure wants them to be in an efficient

00:39:59.949 --> 00:40:02.429
starting position. Okay, stop worrying about

00:40:02.429 --> 00:40:05.210
matching some ideal picture and find your best

00:40:05.210 --> 00:40:08.429
start position. Exactly. Now let's revisit spinal

00:40:08.429 --> 00:40:11.190
flexion and hip extension demands. You mentioned

00:40:11.190 --> 00:40:13.349
the background and can compensate for weak hips.

00:40:13.510 --> 00:40:15.789
Yeah, that compensatory loop. Can you elaborate?

00:40:15.929 --> 00:40:18.869
Right. When your spine flexes, it shortens the

00:40:18.869 --> 00:40:21.710
effective length of your torso lever. This reduces

00:40:21.710 --> 00:40:24.110
the distance between your hips and the bar's

00:40:24.110 --> 00:40:26.789
line of pull, thereby reducing the torque demand

00:40:26.789 --> 00:40:29.489
on your hip extensors. So the back takes over

00:40:29.489 --> 00:40:32.070
some of the work the hips couldn't do? In a sense,

00:40:32.269 --> 00:40:34.789
yes. It allows you to complete the lift even

00:40:34.789 --> 00:40:36.969
if your hips weren't quite strong enough to do

00:40:36.969 --> 00:40:39.869
it with a perfectly rigid spine. So if your spine

00:40:39.869 --> 00:40:42.510
only flexes right at the very top end, like 90

00:40:42.510 --> 00:40:45.809
-95 % plus of your max, it's quite likely it's

00:40:45.809 --> 00:40:47.949
compensating for maximal hip effort. And if it

00:40:47.949 --> 00:40:50.690
flexes earlier? with lighter weights? If it flexes

00:40:50.690 --> 00:40:54.429
significantly below 90%, say at 80%, it's much

00:40:54.429 --> 00:40:56.730
more likely indicative of actual spinal erector

00:40:56.730 --> 00:40:59.329
weakness. Your back muscles just aren't strong

00:40:59.329 --> 00:41:01.730
enough to hold the position, even when your hips

00:41:01.730 --> 00:41:03.989
could potentially produce the force. OK, that's

00:41:03.989 --> 00:41:06.769
a useful heuristic. 90 % threshold. Yeah, think

00:41:06.769 --> 00:41:08.530
about it like squatting. You might be able to

00:41:08.530 --> 00:41:11.550
quarter squat 110 % of your max, right? Your

00:41:11.550 --> 00:41:14.599
legs are strong enough. But you fail. a full

00:41:14.599 --> 00:41:18.219
squat at 100 % because your core or back can't

00:41:18.219 --> 00:41:21.179
maintain position in the hole. Same idea. You

00:41:21.179 --> 00:41:23.440
can finish a deadlift even if your erectors couldn't

00:41:23.440 --> 00:41:25.900
hold that isometric position perfectly if your

00:41:25.900 --> 00:41:27.719
hips are strong enough to overcome the slightly

00:41:27.719 --> 00:41:30.739
less efficient flexed position. Right. But the

00:41:30.739 --> 00:41:33.739
risks. Spinal flexion. This is maybe the most

00:41:33.739 --> 00:41:36.260
debated topic in lifting. Is it automatically

00:41:36.260 --> 00:41:38.719
bad going to cause injury? It's hugely debated.

00:41:38.920 --> 00:41:41.530
And the answer is nuanced. No, spinal flexion

00:41:41.530 --> 00:41:43.789
during a deadlift is not automatically crippling

00:41:43.789 --> 00:41:46.449
or guaranteed to cause injury. Human tissue is

00:41:46.449 --> 00:41:48.389
adaptable. People lift with flexed spines for

00:41:48.389 --> 00:41:50.849
years without issue. Sometimes. But it's not

00:41:50.849 --> 00:41:53.070
risk -free. Definitely not risk -free. They're

00:41:53.070 --> 00:41:56.289
survivor bias. Flexion does increase compressive

00:41:56.289 --> 00:41:58.769
and shear forces on the spinal discs and ligaments,

00:41:59.329 --> 00:42:01.949
especially towards the end range of motion. A

00:42:01.949 --> 00:42:04.650
neutral spine isn't one single point. It's a

00:42:04.650 --> 00:42:07.960
range. High level lifters often flex, but usually

00:42:07.960 --> 00:42:10.360
within that new surgery not typically into full

00:42:10.360 --> 00:42:14.079
end range flexion. And lumbar, lower back flexion,

00:42:14.360 --> 00:42:16.900
is generally considered riskier than thoracic

00:42:16.900 --> 00:42:19.719
upper back flexion. So the recommendation, especially

00:42:19.719 --> 00:42:21.599
for the average listener, the hobbyist lifter.

00:42:21.699 --> 00:42:24.480
So the hobbyist lifter. The source strongly suggests

00:42:24.480 --> 00:42:26.559
sticking to a neutral spine as much as possible.

00:42:26.730 --> 00:42:29.409
fight to maintain it. There's really no tangible

00:42:29.409 --> 00:42:31.929
payoff that outweighs the potential increased

00:42:31.929 --> 00:42:34.070
long -term risk. And for a competitor trying

00:42:34.070 --> 00:42:36.329
to lift the absolute maximum. For a competitor,

00:42:36.849 --> 00:42:39.309
some degree of flexion, if it stays within their

00:42:39.309 --> 00:42:41.730
body's neutral range and allows them to lift

00:42:41.730 --> 00:42:44.809
significantly more, maybe 5 % benefit, might

00:42:44.809 --> 00:42:47.889
be deemed an acceptable risk for them. But even

00:42:47.889 --> 00:42:50.000
then, The recommendation is to always fight for

00:42:50.000 --> 00:42:52.219
extension in training, build strength in good

00:42:52.219 --> 00:42:54.380
positions, and maybe limit the number of sets

00:42:54.380 --> 00:42:57.079
performed with intentional flexion just to hone

00:42:57.079 --> 00:42:59.639
the motor skill for competition attempts. Okay,

00:42:59.739 --> 00:43:02.059
a very sensible risk -aware approach. Let's broaden

00:43:02.059 --> 00:43:04.340
out again. We've talked conventional and sumo,

00:43:04.340 --> 00:43:06.920
but there are tons of deadlift variations. Can

00:43:06.920 --> 00:43:09.500
you give us a rapid -fire overview of the main

00:43:09.500 --> 00:43:12.099
ones and what they're uniquely good for, like

00:43:12.099 --> 00:43:14.179
building that deadlift toolkit? Sure, let's run

00:43:14.179 --> 00:43:16.460
through them. Conventional and sumo. We've covered

00:43:16.460 --> 00:43:18.840
these differing back wide demands, stance width,

00:43:19.139 --> 00:43:22.019
the main lifts, block rack pulls, starting with

00:43:22.019 --> 00:43:24.579
the bar elevated on blocks or rack pins. Good

00:43:24.579 --> 00:43:26.480
for overloading the top part of the lift, targeting

00:43:26.480 --> 00:43:28.500
lockout strength, and can spare the lower back

00:43:28.500 --> 00:43:30.769
slightly. Blocks are generally better than pins.

00:43:31.070 --> 00:43:33.150
Defs the deadlifts. You stand on a small platform,

00:43:33.250 --> 00:43:36.030
increasing the range of motion. Brutal. Great

00:43:36.030 --> 00:43:37.690
for building strength off the floor if that's

00:43:37.690 --> 00:43:41.230
your weak point. Romanian deadlifts. RDLs. Start

00:43:41.230 --> 00:43:43.090
from the top, lower, with minimal knee bend.

00:43:43.150 --> 00:43:45.789
Focus on hamstring stretch and hip hinge. Excellent

00:43:45.789 --> 00:43:48.030
hamstring glute builder. Less stressful on the

00:43:48.030 --> 00:43:50.329
low back than conventional from the floor. Stiff

00:43:50.329 --> 00:43:52.510
-legged deadlifts. Similar to RDLs, but usually

00:43:52.510 --> 00:43:54.150
performed from the floor, requiring more hip

00:43:54.150 --> 00:43:56.690
mobility. Also very hamstring, glute focused.

00:43:57.429 --> 00:44:00.070
Trap bar, hex bar, deadlifts. Uses a neutral

00:44:00.070 --> 00:44:02.909
grip, bar path is different. Generally more knee

00:44:02.909 --> 00:44:04.809
dominant, less hip back dominant than straight

00:44:04.809 --> 00:44:07.570
bar. Allows higher peak force, power, velocity.

00:44:07.889 --> 00:44:09.690
Often a preferable variation for athletes or

00:44:09.690 --> 00:44:11.449
general fitness folks not competing in power

00:44:11.449 --> 00:44:14.010
lifting. Deadlifts with bands. Bands attached

00:44:14.010 --> 00:44:16.050
add accommodating resistance, gets harder at

00:44:16.050 --> 00:44:18.960
the top. Builds lockout strength and explosiveness.

00:44:19.199 --> 00:44:21.519
Deadlifts with chains. Similar idea to bands.

00:44:21.860 --> 00:44:24.019
Loading increases as chains lift off the floor,

00:44:24.360 --> 00:44:27.440
but the effect is less dramatic. Good for lockout

00:44:27.440 --> 00:44:30.059
work. Reverse band deadlifts. Bands attached

00:44:30.059 --> 00:44:32.559
overhead assist the lift, making it easier off

00:44:32.559 --> 00:44:34.820
the floor. Good for feeling heavier weights in

00:44:34.820 --> 00:44:37.139
your hands. Overloading the lockout. Confidence

00:44:37.139 --> 00:44:40.199
building. Pause deadlifts. Pausing at specific

00:44:40.199 --> 00:44:43.800
points. Feasible just off floor, at knee. Fantastic

00:44:43.800 --> 00:44:45.639
teaching tool for improving balance position

00:44:45.639 --> 00:44:48.559
and control through sticking points. Deadlift

00:44:48.559 --> 00:44:51.280
to knee height, halts. Pulling only to the knee

00:44:51.280 --> 00:44:53.659
then lowering. Build strength and skill through

00:44:53.659 --> 00:44:55.699
that often weakest initial part of the range.

00:44:56.000 --> 00:44:58.239
Generates less overall fatigue than full reps.

00:44:58.900 --> 00:45:00.980
Snatch grip deadlift, using a very wide grip

00:45:00.980 --> 00:45:03.380
like in the Olympic snatch, massively increases

00:45:03.380 --> 00:45:06.280
range of motion. Great overall back and leg accessory

00:45:06.280 --> 00:45:08.659
really hammers the start position and upper back.

00:45:09.219 --> 00:45:11.639
Single leg deadlift RDL. usually with dumbbells

00:45:11.639 --> 00:45:14.199
or kettlebells, excellent for working hip stabilizers,

00:45:14.500 --> 00:45:16.920
abductors, rotators, improving balance, addressing

00:45:16.920 --> 00:45:18.719
imbalances, and promoting general hip health.

00:45:19.019 --> 00:45:21.300
Wow, that's quite a toolbox. Okay, for someone

00:45:21.300 --> 00:45:23.780
who's maybe a complete beginner or needs to relearn

00:45:23.780 --> 00:45:26.320
the movement properly, how should they progress

00:45:26.320 --> 00:45:28.920
towards doing a straight bar deadlift from the

00:45:28.920 --> 00:45:31.400
floor? Good question. Start by just ingraining

00:45:31.400 --> 00:45:34.150
the basic hip hinge pattern. Simple drills like

00:45:34.150 --> 00:45:36.590
standing facing away from a wall, pushing hips

00:45:36.590 --> 00:45:38.409
back to touch it without bending knees much,

00:45:38.909 --> 00:45:41.210
can load this lightly, holding a weight to the

00:45:41.210 --> 00:45:44.150
sternum. Okay, master the hinge first. Yep. Then

00:45:44.150 --> 00:45:46.769
move to kettlebell or dumbbell deadlifts, where

00:45:46.769 --> 00:45:49.250
the weight is between your feet. This is often

00:45:49.250 --> 00:45:51.710
easier to learn initially than a barbell out

00:45:51.710 --> 00:45:53.869
front. Than the bar. From there you have a couple

00:45:53.869 --> 00:45:56.409
of paths. For non -power lifters, progressing

00:45:56.409 --> 00:45:59.590
to the trap bar deadlift might be easier to learn,

00:45:59.969 --> 00:46:03.250
arguably safer for many. If the goal is straight

00:46:03.250 --> 00:46:06.230
bar powerlifting, then progressing from kettlebells

00:46:06.230 --> 00:46:09.250
to Romanian deadlifts, learning controlled hinge

00:46:09.250 --> 00:46:11.590
with the bar, is a great step before attempting

00:46:11.590 --> 00:46:13.769
full deadlifts from the floor. And if they still

00:46:13.769 --> 00:46:16.150
struggle with mobility or control for the floor

00:46:16.150 --> 00:46:18.710
pull? Then use that progressive range of motion

00:46:18.710 --> 00:46:20.829
method we talked about. Start with a rack or

00:46:20.829 --> 00:46:22.969
block, pull from a height they can do perfectly,

00:46:23.570 --> 00:46:26.070
and slowly, patiently lower the height over time.

00:46:26.710 --> 00:46:29.170
Excellent progression. Last question. Lifting

00:46:29.170 --> 00:46:31.929
straps, we mentioned them earlier. When should

00:46:31.929 --> 00:46:35.010
someone use them? Is there a downside? Are they

00:46:35.010 --> 00:46:37.690
cheating? Okay, first off, there's zero evidence

00:46:37.690 --> 00:46:40.510
that using straps increases injury risk. Let's

00:46:40.510 --> 00:46:43.769
dispel that myth. Whether to use them depends

00:46:43.769 --> 00:46:46.309
on your goals. Powerlifters versus everyone else?

00:46:46.469 --> 00:46:48.389
Pretty much. If you compete in powerlifting,

00:46:48.610 --> 00:46:50.329
you obviously need to be able to deadlift without

00:46:50.329 --> 00:46:52.230
straps in competitions, so you'll need some training

00:46:52.230 --> 00:46:55.269
without them to build grip strength specifically.

00:46:55.510 --> 00:46:58.110
But for non -powerlifters, general strength?

00:46:58.269 --> 00:47:01.269
Bodybuilding? Use them as desired. Seriously.

00:47:02.030 --> 00:47:03.849
There are significant advantages. Like what?

00:47:04.110 --> 00:47:06.730
They protect your hands, prevent painful torn

00:47:06.730 --> 00:47:09.710
calluses, reduce grip discomfort, which means

00:47:09.710 --> 00:47:11.690
grip issues are less likely to interrupt your

00:47:11.690 --> 00:47:13.550
training or limit how hard you can work. And

00:47:13.550 --> 00:47:16.329
the big one. They ensure your grip doesn't become

00:47:16.329 --> 00:47:18.409
the limiting factor for training your back and

00:47:18.409 --> 00:47:21.650
hips. Your posterior chain muscles are much stronger

00:47:21.650 --> 00:47:24.730
than your grip muscles. Straps allow you to actually

00:47:24.730 --> 00:47:26.769
train those primary movers to their potential.

00:47:26.989 --> 00:47:29.610
closer to failure without your hands giving out

00:47:29.610 --> 00:47:32.909
first. This can lead to better strength and hypertrophy

00:47:32.909 --> 00:47:34.849
gains in the muscles you're actually trying to

00:47:34.849 --> 00:47:38.030
target with the deadlift. So no, they're not

00:47:38.030 --> 00:47:40.670
cheating unless you're practicing for a comp

00:47:40.670 --> 00:47:43.489
that just allows them. They're a tool. That's

00:47:43.489 --> 00:47:46.570
a great way to put it. Wow. OK, that was a truly

00:47:46.570 --> 00:47:49.110
comprehensive deep dive. We've covered an incredible

00:47:49.110 --> 00:47:51.429
amount of ground. We really did. From the basic

00:47:51.429 --> 00:47:54.389
physics and anatomy that govern the whole movement

00:47:54.389 --> 00:47:56.449
all the way through the nitty gritty of technique,

00:47:57.050 --> 00:47:59.849
troubleshooting, common problems, and that huge

00:47:59.849 --> 00:48:01.889
array of variations. Yeah, it's clear the deadlift

00:48:01.889 --> 00:48:04.349
is way more than just grabbing a bar and yanking

00:48:04.349 --> 00:48:07.610
it. So much more. It's complex, challenging,

00:48:07.789 --> 00:48:10.389
but honestly incredibly rewarding when you start

00:48:10.389 --> 00:48:12.840
to understand it better. And what's really fascinating

00:48:12.840 --> 00:48:14.800
here, I think, is that despite all the science,

00:48:15.099 --> 00:48:17.000
all the biomechanics, all the technique cues

00:48:17.000 --> 00:48:21.739
we've discussed, the deadlift ultimately remains

00:48:21.739 --> 00:48:25.099
deeply personal. Awesome. Because your unique

00:48:25.099 --> 00:48:27.679
body, right, with your specific limb lengths,

00:48:27.880 --> 00:48:29.559
your hip structure, your muscle attachments,

00:48:30.099 --> 00:48:32.280
that's always going to dictate your optimal approach,

00:48:32.519 --> 00:48:35.579
your best scans, your ideal hip height. So it's

00:48:35.579 --> 00:48:37.940
not just applying universal rules. Not entirely.

00:48:38.360 --> 00:48:40.820
The journey to mastering the deadlift isn't just

00:48:40.820 --> 00:48:43.420
about learning those rules. It's also about listening

00:48:43.420 --> 00:48:46.280
to your own body, experimenting and discovering

00:48:46.280 --> 00:48:48.860
what truly makes you strong and allows you to

00:48:48.860 --> 00:48:51.559
lift safely and effectively. That's a fantastic

00:48:51.559 --> 00:48:54.510
final thought. So to everyone listening. Take

00:48:54.510 --> 00:48:56.349
these insights, apply them to your own training

00:48:56.349 --> 00:48:58.550
if you deadlift, experiment safely, and keep

00:48:58.550 --> 00:49:01.269
exploring your own movement potential. We really

00:49:01.269 --> 00:49:04.110
hope this deep dive has armed you with some incredible

00:49:04.110 --> 00:49:06.369
knowledge to become truly well informed about

00:49:06.369 --> 00:49:09.030
this amazing, challenging, yet really rewarding

00:49:09.030 --> 00:49:09.369
lift.