WEBVTT 00:00:11.720 --> 00:00:15.060 Breaking free from the chains of the past Where 00:00:15.060 --> 00:00:18.820 truth moves faster than a Holstein calf No law 00:00:18.820 --> 00:00:21.660 waiting on some printed page We're charting new 00:00:21.660 --> 00:00:25.300 ground in the digital age From genomic codes 00:00:25.300 --> 00:00:29.120 to robot facts We cut through the noise, no hold 00:00:29.280 --> 00:00:32.460 them back not your daddy's dairy news tonight 00:00:32.460 --> 00:01:03.560 we're sparking Welcome back to the Bullvine Podcast, 00:01:03.840 --> 00:01:05.959 where we cut through dairy industry noise to 00:01:05.959 --> 00:01:08.060 get you the insights that actually matter for 00:01:08.060 --> 00:01:10.840 your operation. We are here to bust myths and 00:01:10.840 --> 00:01:13.280 look at the cold, hard numbers. And today we're 00:01:13.280 --> 00:01:16.780 diving deep into a topic that has been a huge 00:01:16.780 --> 00:01:19.000 source of frustration and, frankly, disappointment 00:01:19.000 --> 00:01:21.420 for a lot of producers. We're talking about the 00:01:21.420 --> 00:01:24.480 A2 milk phenomenon and asking the essential question, 00:01:24.680 --> 00:01:29.000 why hasn't this explosive... premium market translated 00:01:29.000 --> 00:01:32.200 into a financial win for the heritage herds that 00:01:32.200 --> 00:01:34.219 were supposed to own that advantage. Specifically, 00:01:34.420 --> 00:01:36.799 breeds like the Guernsey. Exactly. Okay, let's 00:01:36.799 --> 00:01:38.719 unpack this right away, because the sheer size 00:01:38.719 --> 00:01:41.400 of the market shift makes this failure to capture 00:01:41.400 --> 00:01:43.420 the premium almost, well, almost unbelievable. 00:01:43.739 --> 00:01:45.659 We looked at the data from Precedence Research, 00:01:45.840 --> 00:01:48.239 and they project the global A2 market to hit 00:01:48.239 --> 00:01:53.659 a staggering $7 .62 billion by 2034. $7 .6 billion. 00:01:53.819 --> 00:01:55.819 Billion with a B. And that market is growing 00:01:55.819 --> 00:01:59.459 at over 11 % annually. That is an economic powerhouse 00:01:59.459 --> 00:02:02.400 being built on a single protein trait. And that's 00:02:02.400 --> 00:02:04.420 where the frustration stems from, isn't it? I 00:02:04.420 --> 00:02:07.200 mean, on one hand, you have this incredibly lucrative 00:02:07.200 --> 00:02:10.620 premium segment expanding across the world. Customers 00:02:10.620 --> 00:02:13.819 are literally paying extra for a perceived health 00:02:13.819 --> 00:02:16.219 benefit. Right. And on the other hand, you have 00:02:16.219 --> 00:02:18.479 the breed most nationally associated with A2 00:02:18.479 --> 00:02:21.219 production, the Golden Guernsey, sitting on the 00:02:21.219 --> 00:02:23.319 Livestock Conservancy's watch list. Right, the 00:02:23.319 --> 00:02:25.099 watch list. Let's be clear what that means for 00:02:25.099 --> 00:02:27.240 people who don't follow it. It means they track 00:02:27.240 --> 00:02:31.659 fewer than 2 ,500 annual U .S. registrations. 00:02:31.719 --> 00:02:35.229 That's a tiny number. It's critically low. The 00:02:35.229 --> 00:02:37.550 global registered population is struggling to 00:02:37.550 --> 00:02:41.229 stay above 10 ,000. It's a species survival problem. 00:02:41.490 --> 00:02:43.370 So the population is dwindling while the very 00:02:43.370 --> 00:02:45.889 milk they naturally produce is booming. That 00:02:45.889 --> 00:02:48.810 is a massive structural disconnect in the dairy 00:02:48.810 --> 00:02:51.090 supply chain that we need to explain. We've been 00:02:51.090 --> 00:02:53.229 hearing the same message for, what, a decade 00:02:53.229 --> 00:02:56.569 now? At least. A2 is the ticket for the small 00:02:56.569 --> 00:02:59.129 producer. It's the unique identity, the premium 00:02:59.129 --> 00:03:01.449 niche, the thing that makes you different from 00:03:01.449 --> 00:03:03.770 the massive conventional herd down the road. 00:03:03.849 --> 00:03:06.469 The story we were all told. But if that was true, 00:03:06.689 --> 00:03:09.710 why are those heritage breeders still struggling? 00:03:09.990 --> 00:03:12.750 Why isn't every Guernsey breeder cashing in? 00:03:12.870 --> 00:03:15.150 That's the controversy we are addressing head 00:03:15.150 --> 00:03:18.409 on. And it all boils down to two things. Genetics 00:03:18.409 --> 00:03:22.590 and logistics. We spoke to a Wisconsin Guernsey 00:03:22.590 --> 00:03:25.009 breeder who really, I think, summed up the pain 00:03:25.009 --> 00:03:27.469 point. What did they say? They said, and I'm 00:03:27.469 --> 00:03:30.050 quoting here, we spent years hearing that A2 00:03:30.050 --> 00:03:32.169 was going to be our ticket, and then we watched 00:03:32.169 --> 00:03:34.990 the market explode, and somehow we're still struggling. 00:03:35.289 --> 00:03:38.530 Oof, that hits hard. It does. So today we are 00:03:38.530 --> 00:03:40.629 looking at the mechanics, the genomic tools, 00:03:40.770 --> 00:03:43.770 and critically, the plant math that explain why 00:03:43.770 --> 00:03:47.069 A2 milk became a commodity feature, not a heritage 00:03:47.069 --> 00:03:49.729 premium. And I think if we can correctly identify 00:03:49.729 --> 00:03:51.689 that the issue is not with the cow, but with 00:03:51.689 --> 00:03:53.830 the supply chain infrastructure, you know, the 00:03:53.830 --> 00:03:56.710 plant side, that's immediately actionable for 00:03:56.710 --> 00:03:58.909 our listeners. How so? Because a plant problem 00:03:58.909 --> 00:04:02.610 requires a business model solution, not an expensive 00:04:02.610 --> 00:04:05.469 multi -generation genetics program. Right. Let's 00:04:05.469 --> 00:04:07.250 figure out if you should be investing in stainless 00:04:07.250 --> 00:04:09.969 steel or just focusing on maximizing components 00:04:09.969 --> 00:04:12.219 in the bulk tank. Okay, let's start with the 00:04:12.219 --> 00:04:13.960 technical analysis because this is where the 00:04:13.960 --> 00:04:17.040 popular marketing -driven narrative about A2 00:04:17.040 --> 00:04:20.120 being some kind of heritage birthright starts 00:04:20.120 --> 00:04:22.339 to fall apart. When we talk about A2, we are 00:04:22.339 --> 00:04:25.079 talking about a specific trait, but it is fundamentally 00:04:25.079 --> 00:04:29.220 not a complex multi -gene heritage package that 00:04:29.220 --> 00:04:31.759 only those breeds can possess. Okay, I need you 00:04:31.759 --> 00:04:33.910 to explain that in farmer English. Because the 00:04:33.910 --> 00:04:36.670 marketing we all see implies that A2 is this 00:04:36.670 --> 00:04:39.149 ancient, difficult -to -reclaim trait. Yeah, 00:04:39.170 --> 00:04:40.829 that it's something that modern commercial breeding 00:04:40.829 --> 00:04:43.209 systems discarded entirely and couldn't easily 00:04:43.209 --> 00:04:46.290 replicate. Exactly. Is that not true? That implied 00:04:46.290 --> 00:04:48.370 complexity is the myth we are busting today. 00:04:48.569 --> 00:04:51.790 Yes, A2 is the original ancestral beta -casein 00:04:51.790 --> 00:04:54.189 protein type, and heritage breeds absolutely 00:04:54.189 --> 00:04:56.629 retained it at a much higher percentage. That 00:04:56.629 --> 00:04:59.279 part is true. But structurally, when you look 00:04:59.279 --> 00:05:02.779 at the DNA, A2 is remarkably simple. It's governed 00:05:02.779 --> 00:05:05.839 by one specific gene, the CSN2 gene. Just one 00:05:05.839 --> 00:05:08.160 gene. One gene. The difference between A1 milk 00:05:08.160 --> 00:05:11.000 and A2 milk is a single tiny change, a single 00:05:11.000 --> 00:05:13.360 nucleotide substitution. So just one letter change 00:05:13.360 --> 00:05:16.009 in the entire DNA code. Exactly. At position 00:05:16.009 --> 00:05:19.850 67 of the beta -casein protein strand, that single 00:05:19.850 --> 00:05:22.970 nucleotide substitution flips one amino acid. 00:05:23.129 --> 00:05:26.170 It goes from histidine, which makes it A1, to 00:05:26.170 --> 00:05:29.290 proline, which makes it A2. And why does that 00:05:29.290 --> 00:05:32.439 one little switch matter so much? structurally. 00:05:32.560 --> 00:05:34.879 It matters because of how the protein is digested. 00:05:35.339 --> 00:05:38.300 Histidine at position 67 creates a weak point 00:05:38.300 --> 00:05:40.079 in the protein chain. It's like a perforated 00:05:40.079 --> 00:05:42.639 line on a piece of paper. Okay. When that protein 00:05:42.639 --> 00:05:45.180 chain breaks down in the stomach, that weak point 00:05:45.180 --> 00:05:47.540 facilitates the release of a peptide called beta 00:05:47.540 --> 00:05:50.879 -casomorphin 7 or BCM7. And that's the bad guy. 00:05:51.040 --> 00:05:54.240 That's the supposed bad guy. It's this BCM7 peptide 00:05:54.240 --> 00:05:56.699 that some research suggests is responsible for 00:05:56.699 --> 00:05:58.959 the digestive discomfort many people experience, 00:05:59.240 --> 00:06:02.019 which they often incorrectly label. as lactose 00:06:02.019 --> 00:06:05.680 intolerance. Got it. So A2 milk with a proline 00:06:05.680 --> 00:06:08.639 at that spot has stronger bond, meaning it releases 00:06:08.639 --> 00:06:11.459 little or no BCM7 during digestion. That's the 00:06:11.459 --> 00:06:13.079 theory. And that's what the consumer is paying 00:06:13.079 --> 00:06:15.939 for, that lack of BCM7 release. But here's the 00:06:15.939 --> 00:06:18.199 key point for genetics. Because it's a single 00:06:18.199 --> 00:06:20.720 gene change, it's a light switch trait. Light 00:06:20.720 --> 00:06:23.100 switch trait. Yeah. It's either on or it's off. 00:06:23.180 --> 00:06:24.879 You have it or you don't. This is profoundly 00:06:24.879 --> 00:06:27.079 different from complex traits. Right. Like fertility. 00:06:27.759 --> 00:06:29.740 which is influenced by environment management, 00:06:30.019 --> 00:06:33.379 five different genes, and 50 different modifiers, 00:06:33.519 --> 00:06:36.259 it's messy. Precisely. Or heat tolerance, or 00:06:36.259 --> 00:06:39.259 longevity, or how well a cow manages metabolic 00:06:39.259 --> 00:06:42.500 stress during the transition period. Those traits 00:06:42.500 --> 00:06:45.300 take years and years of subtle selection pressure 00:06:45.300 --> 00:06:49.660 to improve. A2, conversely, can be detected and 00:06:49.660 --> 00:06:52.779 selected for with 100 % accuracy using simple 00:06:52.779 --> 00:06:55.399 genomic testing tools, often costing less than 00:06:55.399 --> 00:06:58.560 50 bucks a sample today. So once genomic tools 00:06:58.560 --> 00:07:01.139 became widespread and the market signaled a premium 00:07:01.139 --> 00:07:03.860 for A2, the commercial breeding programs could 00:07:03.860 --> 00:07:06.300 just fold it into their selection strategy almost 00:07:06.300 --> 00:07:08.680 instantly. Almost instantly, and without sacrificing 00:07:08.680 --> 00:07:11.180 their hard -won yield gains. How fast did that 00:07:11.180 --> 00:07:14.230 turnaround really happen? In the real world. 00:07:14.649 --> 00:07:16.889 Frighteningly fast. We looked at analysis led 00:07:16.889 --> 00:07:19.509 by B .A. Scott in Australia, published in 2023, 00:07:19.850 --> 00:07:22.370 tracking the Holstein population. In the year 00:07:22.370 --> 00:07:25.709 2000, roughly 32 % of the Holstein cows in their 00:07:25.709 --> 00:07:28.649 data set were confirmed A2A2. Okay, about a third. 00:07:28.730 --> 00:07:31.730 That makes sense. By 2017, that proportion had 00:07:31.730 --> 00:07:36.209 risen to approximately 52%. Wait. 52%. They went 00:07:36.209 --> 00:07:38.790 from a third to over half the population in 17 00:07:38.790 --> 00:07:42.129 years. 17 years. It's staggering selection velocity. 00:07:42.170 --> 00:07:44.529 How did they do it so fast? It's a 20 percentage 00:07:44.529 --> 00:07:47.089 point shift in under two decades. And the why 00:07:47.089 --> 00:07:50.360 is simple. The massive AI infrastructure and 00:07:50.360 --> 00:07:52.759 the genetic studs recognized the commercial opportunity 00:07:52.759 --> 00:07:55.420 immediately. Of course they did. They simply 00:07:55.420 --> 00:07:58.519 flagged the A2A2 sires clearly in their proofs 00:07:58.519 --> 00:08:00.939 and catalogs. Breeders who were already focused 00:08:00.939 --> 00:08:03.439 on production and utter health just added A2 00:08:03.439 --> 00:08:06.139 to their criteria checklist. It was just another... 00:08:06.399 --> 00:08:08.639 easy optimization. So for the large commercial 00:08:08.639 --> 00:08:11.439 producer, it wasn't a choice between A2 and yield. 00:08:11.560 --> 00:08:14.120 It was just adding one more box to tick on the 00:08:14.120 --> 00:08:16.360 mating program. Exactly that. They leveraged 00:08:16.360 --> 00:08:18.800 scale and technology to completely erase the 00:08:18.800 --> 00:08:21.560 heritage advantage. Exactly. The initial cost 00:08:21.560 --> 00:08:24.240 of testing was a barrier, maybe $100 or more 00:08:24.240 --> 00:08:27.639 per animal 15 years ago. But as genomic testing 00:08:27.639 --> 00:08:30.399 became standard practice and the cost plummeted, 00:08:30.420 --> 00:08:33.460 that barrier to entry just vanished. So they 00:08:33.460 --> 00:08:36.259 could test thousands of animals quickly, identify 00:08:36.259 --> 00:08:40.000 the desired genetics, and proliferate those A2A2 00:08:40.000 --> 00:08:43.139 sires via AI very efficiently. The infrastructure 00:08:43.139 --> 00:08:46.000 made the simple genetic change widespread in 00:08:46.000 --> 00:08:48.759 a heartbeat. That anecdotal example we had about 00:08:48.759 --> 00:08:50.860 Sheldon Creek Dairy in Ontario really drives 00:08:50.860 --> 00:08:52.679 this home, doesn't it? It's the perfect case 00:08:52.679 --> 00:08:55.299 study. They documented how they deliberately 00:08:55.299 --> 00:08:58.120 transitioned their existing Holstein herd to 00:08:58.120 --> 00:09:01.580 produce only A2 beta -casein milk. And they did 00:09:01.580 --> 00:09:04.220 it with just sire selection. Just strategic sire 00:09:04.220 --> 00:09:06.620 selection. They didn't have to rebuild the barn 00:09:06.620 --> 00:09:09.360 for smaller cows. They didn't have to deal with 00:09:09.360 --> 00:09:11.399 the learning curve of a new breed's management 00:09:11.399 --> 00:09:14.240 style. They just changed the genetics they used 00:09:14.240 --> 00:09:17.419 and the milk product changed. So the core takeaway 00:09:17.419 --> 00:09:20.980 here is that the baked -in A2 advantage that 00:09:20.980 --> 00:09:23.500 heritage breeds like Guernsey possessed was real, 00:09:23.600 --> 00:09:26.360 but it was incredibly fragile. Very fragile. 00:09:26.759 --> 00:09:29.100 Because the trade is genetically simple, it was 00:09:29.100 --> 00:09:31.840 easy for commercial Holstein programs, backed 00:09:31.840 --> 00:09:34.559 by multi -million dollar genomic and AI infrastructure, 00:09:34.919 --> 00:09:37.860 to copy that advantage almost overnight. As soon 00:09:37.860 --> 00:09:41.179 as the $7 billion market premium justified the 00:09:41.179 --> 00:09:44.440 selection focus, it was a done deal. It turned 00:09:44.440 --> 00:09:47.940 A2, from a unique selling proposition for heritage 00:09:47.940 --> 00:09:50.860 breeders, into a standard selectable feature 00:09:50.860 --> 00:09:53.440 for any high -yielding commercial herd. And that 00:09:53.440 --> 00:09:55.240 sets the stage for the real problem because the 00:09:55.240 --> 00:09:57.519 bottleneck wasn't the cow. It was the plant that 00:09:57.519 --> 00:09:59.980 determined who actually got paid. OK, now we 00:09:59.980 --> 00:10:02.519 are getting to the cold, hard economics of logistics, 00:10:02.860 --> 00:10:05.320 which is what actually determines your milk check 00:10:05.320 --> 00:10:07.100 at the end of the day. This is it. This is the 00:10:07.100 --> 00:10:09.559 whole ballgame. We focus so much on what the 00:10:09.559 --> 00:10:11.860 cow does, how many pounds, how much fat, how 00:10:11.860 --> 00:10:14.360 much protein, that we forget that the plant is 00:10:14.360 --> 00:10:17.259 a business and its economics are entirely based 00:10:17.259 --> 00:10:19.590 on scale and efficiency. That's the critical 00:10:19.590 --> 00:10:22.110 pivot. You can have the most perfect certified 00:10:22.110 --> 00:10:24.929 A2 milk in the world. But if the volume doesn't 00:10:24.929 --> 00:10:27.169 justify the logistical headache, that premium 00:10:27.169 --> 00:10:31.029 vanishes into thin air. Let's look at why scale 00:10:31.029 --> 00:10:33.149 dictates the outcome. Let's run two scenarios. 00:10:33.429 --> 00:10:35.809 Right. Play it out. Scenario A, the scale advantage. 00:10:36.370 --> 00:10:39.610 Let's take a large modern 5 ,000 cow Holstein 00:10:39.610 --> 00:10:43.309 operation. They decide to identify and segregate 00:10:43.309 --> 00:10:46.110 their A2 -A2 cows. Big investment in testing 00:10:46.110 --> 00:10:48.490 right off the bat. A big number, but manageable 00:10:48.490 --> 00:10:51.649 for them. Testing costs them maybe $225 ,000 00:10:51.649 --> 00:10:55.730 at 45 to 50 bucks a head. But if they've followed 00:10:55.730 --> 00:10:58.830 the trend we just discussed, let's say 45 % of 00:10:58.830 --> 00:11:01.490 those cows are A2 -A2. Okay, so that's over 2 00:11:01.490 --> 00:11:05.090 ,000 cows. It's 2 ,250 cows producing A2 milk. 00:11:05.309 --> 00:11:08.149 And those are high output cows, maybe averaging 00:11:08.149 --> 00:11:10.669 80, 90 pounds per cow if they're managed well. 00:11:10.750 --> 00:11:12.750 Exactly. You do the math. You are generating 00:11:12.750 --> 00:11:16.529 north of 50 ,000 pounds of A2 milk per day. Easily. 00:11:16.889 --> 00:11:19.490 Sometimes much more. 50 ,000 pounds. That is 00:11:19.490 --> 00:11:22.169 a dedicated tanker run. That is a dedicated scheduling 00:11:22.169 --> 00:11:25.639 slot. The plant can justify that volume. Absolutely. 00:11:25.759 --> 00:11:27.700 The large volume covers the cost of segregation. 00:11:28.120 --> 00:11:30.799 We see processors offering premiums ranging from, 00:11:30.840 --> 00:11:34.299 say, $1 .50 to $2 .50 per hundredweight over 00:11:34.299 --> 00:11:36.940 conventional prices for that guaranteed A2 stream. 00:11:37.080 --> 00:11:38.940 And shipping 50 ,000 pounds a day means that 00:11:38.940 --> 00:11:41.419 premium quickly pays back the testing cost and 00:11:41.419 --> 00:11:43.700 covers all the operational costs associated with 00:11:43.700 --> 00:11:45.460 specialty segregation. And the biggest operational 00:11:45.460 --> 00:11:48.039 cost, the one most producers overlook, is the 00:11:48.039 --> 00:11:51.340 clean -in -place cycle, or CIP. The washout. 00:11:51.500 --> 00:11:54.529 Precisely. For a plant, maintaining A2 integrity 00:11:54.529 --> 00:11:57.409 means they have to guarantee zero cross -contamination. 00:11:57.570 --> 00:11:59.389 That's not a suggestion. It's a requirement. 00:11:59.649 --> 00:12:04.009 So that means a full, rigorous CIP cycle on every 00:12:04.009 --> 00:12:06.210 single piece of equipment that touches that milk. 00:12:06.350 --> 00:12:08.870 Every piece. The truck lines, the receiving bay, 00:12:09.009 --> 00:12:11.610 the dedicated silo, the pumps, and all the processing 00:12:11.610 --> 00:12:13.809 lines. Let's break down the CIP cost because 00:12:13.809 --> 00:12:16.269 this is the 50 ,000 pound problem in action. 00:12:16.450 --> 00:12:18.889 It's not just soap and water. Not at all. A full 00:12:18.889 --> 00:12:22.450 CIP cycle is not cheap and it is not fast. You 00:12:22.450 --> 00:12:25.250 are running caustic and acidic wash cycles. You 00:12:25.250 --> 00:12:27.570 are heating thousands of gallons of water, which 00:12:27.570 --> 00:12:29.970 is a major utility cost. And the chemicals themselves 00:12:29.970 --> 00:12:32.990 are specialized and expensive. Right. And critically, 00:12:33.289 --> 00:12:36.850 you are dedicating labor and downtime. A full 00:12:36.850 --> 00:12:39.269 CIP sequence can take three to four hours of 00:12:39.269 --> 00:12:42.190 downtime, labor, and chemical consumption every 00:12:42.190 --> 00:12:44.330 time that line switches from conventional to 00:12:44.330 --> 00:12:47.450 A2. And that downtime is lost revenue opportunity 00:12:47.450 --> 00:12:49.230 for the plant. That's the key. They could be 00:12:49.230 --> 00:12:51.190 running 50 ,000 pounds of conventional milk in 00:12:51.190 --> 00:12:54.490 that time. So when a 5 ,000 cow herd delivers 00:12:54.490 --> 00:12:58.929 50 ,000 pounds, that CIP cost, let's just put 00:12:58.929 --> 00:13:01.840 a number on it, say... $1 ,500 total operational 00:13:01.840 --> 00:13:04.220 cost, including labor and downtime, is spread 00:13:04.220 --> 00:13:06.279 out over 50 ,000 pounds. So it's a few cents 00:13:06.279 --> 00:13:08.480 per hundredweight. It's manageable. It justifies 00:13:08.480 --> 00:13:10.700 the premium. Exactly. The math works. Now hit 00:13:10.700 --> 00:13:12.940 me with Scenario B, the small heritage operation. 00:13:13.379 --> 00:13:17.240 The 150 -cow Guernsey herd. Scenario B, you're 00:13:17.240 --> 00:13:20.620 milking 150 registered Guernsey cows. You test 00:13:20.620 --> 00:13:23.460 the whole herd, what, $6 ,000, $7 ,000 total 00:13:23.460 --> 00:13:26.580 cost. It's a big but manageable initial investment. 00:13:26.860 --> 00:13:29.440 And you find, as expected, that 90 % or more 00:13:29.440 --> 00:13:32.340 are A2A2. The genetics pitch was true for you. 00:13:32.379 --> 00:13:34.419 You have the golden ticket. But the reality check 00:13:34.419 --> 00:13:36.539 comes when the plant looks at the tanker. That 00:13:36.539 --> 00:13:39.840 herd is likely producing maybe 3 ,000 to 4 ,000 00:13:39.840 --> 00:13:42.220 pounds of milk per day, depending on management 00:13:42.220 --> 00:13:44.559 and components focus. Let's be generous and say 00:13:44.559 --> 00:13:46.940 4 ,000 pounds. Wait, so the processor has the 00:13:46.940 --> 00:13:50.279 same $1 ,500 CIP cost? Same three hours of downtime, 00:13:50.600 --> 00:13:52.659 the same chemical consumption. The same fixed 00:13:52.659 --> 00:13:54.899 costs. But they're applying it to 4 ,000 pounds 00:13:54.899 --> 00:13:58.019 of milk instead of 50 ,000 pounds. That is the 00:13:58.019 --> 00:13:59.919 killer math. That's the whole story right there. 00:14:00.529 --> 00:14:03.389 Most upper Midwest plant managers and processing 00:14:03.389 --> 00:14:06.809 consultants we've talked to cite a rough, non 00:14:06.809 --> 00:14:09.570 -negotiable threshold of 50 ,000 pounds per run 00:14:09.570 --> 00:14:12.769 where a dedicated segregated stream becomes economically 00:14:12.769 --> 00:14:15.110 feasible. It's a hard floor. It's a hard floor. 00:14:15.210 --> 00:14:18.350 Below that, the cost per unit for CIP and guaranteed 00:14:18.350 --> 00:14:21.590 segregation just explodes. So if my Guernsey 00:14:21.590 --> 00:14:24.169 milk shows up, certified A2, but it's only 4 00:14:24.169 --> 00:14:26.929 ,000 pounds. The premium isn't just reduced. 00:14:27.169 --> 00:14:29.889 It's entirely consumed by the operating cost. 00:14:30.070 --> 00:14:31.870 Completely. The plant might pay you commodity 00:14:31.870 --> 00:14:34.990 price or maybe a tiny bump for components, but 00:14:34.990 --> 00:14:38.210 they cannot afford that $2 .50 Sutterite premium. 00:14:38.429 --> 00:14:40.129 They can't. It would be a loss leader for them. 00:14:40.230 --> 00:14:42.529 It can't. The processor constraint is brutally 00:14:42.529 --> 00:14:45.370 simple. Below that 50 ,000 pound threshold, the 00:14:45.370 --> 00:14:47.809 high fixed cost of labor, chemicals, water, and 00:14:47.809 --> 00:14:50.950 downtime for a full CIP cycle erodes the premium 00:14:50.950 --> 00:14:53.980 completely. Your A2 milk, unfortunately, simply 00:14:53.980 --> 00:14:56.519 disappears into the conventional bulk tank. It's 00:14:56.519 --> 00:14:58.580 a logistical failure, not a quality failure. 00:14:58.820 --> 00:15:00.940 That's the moment of truth for the heritage farmer. 00:15:01.220 --> 00:15:03.879 The pain point isn't that the processor is biased 00:15:03.879 --> 00:15:07.340 against their breed. It's that the entire infrastructure 00:15:07.340 --> 00:15:10.139 is optimized for massive scale. And specialty 00:15:10.139 --> 00:15:12.639 segregation at low volume is the definition of 00:15:12.639 --> 00:15:15.399 inefficiency for them. So this leaves the heritage 00:15:15.399 --> 00:15:18.740 producer at a stark... Three -way fork. And you 00:15:18.740 --> 00:15:21.379 have to choose consciously because waiting for 00:15:21.379 --> 00:15:24.159 a large processor to create a dedicated 4 ,000 00:15:24.159 --> 00:15:28.240 -pound specialty stream is financially unsound. 00:15:28.360 --> 00:15:30.799 It's a fantasy. So what's fork number one? The 00:15:30.799 --> 00:15:33.419 first path is full commitment. Invest a massive 00:15:33.419 --> 00:15:36.139 capital to set up on -farm processing. Take full 00:15:36.139 --> 00:15:38.600 control of the logistics, manage the retail end, 00:15:38.659 --> 00:15:40.539 and capture the full retail margin yourself. 00:15:40.940 --> 00:15:43.179 Okay. The high -risk, high -reward path. What's 00:15:43.179 --> 00:15:45.059 number two? The second path is collaboration. 00:15:46.090 --> 00:15:48.509 Organize a significant pooled stream with neighbors. 00:15:48.710 --> 00:15:51.210 Maybe you, your Jersey neighbor, and your Ayrshire 00:15:51.210 --> 00:15:53.389 neighbor can coordinate collection and testing 00:15:53.389 --> 00:15:55.889 to hit that 50 ,000 pound volume consistently. 00:15:56.190 --> 00:15:58.049 That sounds great on paper, but that requires 00:15:58.049 --> 00:16:00.470 incredible coordination, legal agreements, and 00:16:00.470 --> 00:16:03.470 trust. A huge amount of trust. But it mitigates 00:16:03.470 --> 00:16:05.850 the capex risk of going it alone. And the third 00:16:05.850 --> 00:16:08.570 path. And the third path, the reality for many, 00:16:08.730 --> 00:16:12.450 is to accept that A2 won't change your milk check 00:16:12.450 --> 00:16:15.700 if you ship into the conventional pool. And instead, 00:16:15.919 --> 00:16:19.299 you focus relentlessly on other, more controllable 00:16:19.299 --> 00:16:22.120 profit levers, like maximizing components fat 00:16:22.120 --> 00:16:24.940 and protein, which often do pay a better premium 00:16:24.940 --> 00:16:27.159 in the commodity market anyway. You nailed it. 00:16:27.220 --> 00:16:29.379 A Vermont producer we referenced saw this clearly. 00:16:29.679 --> 00:16:32.759 The A2 premium is real, but capturing it requires 00:16:32.759 --> 00:16:35.240 becoming a completely different kind of business. 00:16:35.480 --> 00:16:37.259 You have to stop being just a milk producer. 00:16:37.539 --> 00:16:39.759 And you have to become a niche food manufacturer 00:16:39.759 --> 00:16:42.200 or a logistics coordinator. That's a whole new 00:16:42.200 --> 00:16:44.879 skill set. And a whole new set of costs. So if 00:16:44.879 --> 00:16:47.039 the plant math forces the small producer into 00:16:47.039 --> 00:16:49.379 self -processing to capture that premium, we 00:16:49.379 --> 00:16:51.500 must be brutally honest about the financial leap 00:16:51.500 --> 00:16:54.759 required. This is where the shiny dream of farmstead 00:16:54.759 --> 00:17:02.169 bottling hits the Right. We need to move past 00:17:02.169 --> 00:17:05.609 the idea that you can buy a small kettle pasteurizer 00:17:05.609 --> 00:17:08.349 on eBay and start selling milk. That's not how 00:17:08.349 --> 00:17:10.710 this works. We're talking about regulatory compliance, 00:17:10.970 --> 00:17:13.069 food safety, and serious expensive machinery. 00:17:13.490 --> 00:17:15.569 What are the capital expenditure numbers we're 00:17:15.569 --> 00:17:18.559 really seeing for a modest operation? When you 00:17:18.559 --> 00:17:21.079 consult with engineers specializing in small 00:17:21.079 --> 00:17:25.779 dairy plants for, say, 50 to 150 cow setup, the 00:17:25.779 --> 00:17:28.859 total PAPEX often lands in the range of $175 00:17:28.859 --> 00:17:33.599 ,000 on the very, very low end, up to $325 ,000 00:17:33.599 --> 00:17:36.339 or sometimes more. Whoa. That is the sticker 00:17:36.339 --> 00:17:39.140 shock and it must be planned for. That's a second 00:17:39.140 --> 00:17:40.960 mortgage on the farm just to start bottling. 00:17:41.079 --> 00:17:43.000 Yeah. We need to break down exactly where that 00:17:43.000 --> 00:17:44.700 quarter million dollars goes because farmers 00:17:44.700 --> 00:17:46.599 are already struggling to service existing debt. 00:17:46.839 --> 00:17:49.079 We absolutely do. The first major chunk is the 00:17:49.079 --> 00:17:51.339 processing equipment itself. A quality batch 00:17:51.339 --> 00:17:54.480 pasteurizer or a small HTST system, high temperature 00:17:54.480 --> 00:17:57.420 short time, plus a filler, a capper, and basic 00:17:57.420 --> 00:18:00.680 controls. That will run anywhere from $75 ,000 00:18:00.680 --> 00:18:03.960 to $125 ,000. And that depends on volume and 00:18:03.960 --> 00:18:06.539 if it's new or reconditioned. Right. Reconditioned 00:18:06.539 --> 00:18:08.480 can save you money up front, but you might inherit 00:18:08.480 --> 00:18:10.460 someone else's maintenance issues. So that's 00:18:10.460 --> 00:18:12.680 just the machine. Now the infrastructure. You 00:18:12.680 --> 00:18:14.819 can't put that equipment in your existing barn 00:18:14.819 --> 00:18:17.980 next to the tractor. You need a dedicated, food 00:18:17.980 --> 00:18:20.839 -grade processing room. Correct. And infrastructure 00:18:20.839 --> 00:18:23.900 costs are huge and often underestimated by producers. 00:18:24.299 --> 00:18:27.019 You need walls that can be washed down, proper 00:18:27.019 --> 00:18:29.849 slips for drainage. food -grade epoxy floors. 00:18:30.289 --> 00:18:32.789 Drains are a huge deal with inspectors. A huge 00:18:32.789 --> 00:18:35.769 deal. You need dedicated HVAC to manage temperature 00:18:35.769 --> 00:18:38.849 and humidity, and upgraded three -phase electrical 00:18:38.849 --> 00:18:41.650 service, which is often required for pasteurizers. 00:18:42.069 --> 00:18:45.230 That build -out easily adds another $40 ,000 00:18:45.230 --> 00:18:48.140 to $80 ,000 to the bill. I remember one producer 00:18:48.140 --> 00:18:50.240 telling me the hardest part wasn't buying the 00:18:50.240 --> 00:18:52.819 pasteurizer. It was paying the engineer to confirm 00:18:52.819 --> 00:18:55.539 the drainage slope was food grade compliant to 00:18:55.539 --> 00:18:57.440 satisfy the state inspector. That's the reality. 00:18:57.539 --> 00:18:59.640 You're buying safety compliance as much as you're 00:18:59.640 --> 00:19:01.740 buying equipment. And the state and federal governments 00:19:01.740 --> 00:19:03.380 have their fees and permits. Oh yeah, you can't 00:19:03.380 --> 00:19:06.609 forget that. Yes, the regulatory side. Design 00:19:06.609 --> 00:19:09.589 review, permits, initial inspections, mandatory 00:19:09.589 --> 00:19:12.170 initial lab work, and quality assurance protocols. 00:19:12.549 --> 00:19:16.470 That process can cost $15 ,000 to $40 ,000 just 00:19:16.470 --> 00:19:18.789 to get the green light to operate legally. Before 00:19:18.789 --> 00:19:20.690 you've even sold a single bottle of milk. Before 00:19:20.690 --> 00:19:22.549 you've sold a drop. Yeah. Then there's the support 00:19:22.549 --> 00:19:25.529 equipment, cold storage units. Packaging materials 00:19:25.529 --> 00:19:28.450 like bottles, caps, labels, cases, and maybe 00:19:28.450 --> 00:19:30.630 a refrigerated distribution vehicle. You're talking 00:19:30.630 --> 00:19:33.569 another $40 ,000, $80 ,000 right there. Combined, 00:19:33.569 --> 00:19:35.890 yeah. And you must factor in the working capital 00:19:35.890 --> 00:19:37.890 buffer. This is what sinks a lot of businesses. 00:19:38.190 --> 00:19:40.109 The cash flow gap. The cash flow gap. Yeah. You 00:19:40.109 --> 00:19:42.289 don't get paid until you sell the milk, but you 00:19:42.289 --> 00:19:44.650 have to pay the bottle supplier, the label printer, 00:19:44.849 --> 00:19:47.509 the utility company, and any initial staff for 00:19:47.509 --> 00:19:50.049 months before revenue stabilizes. And get a safety 00:19:50.049 --> 00:19:53.259 net. Add another $25 ,000 to $40 ,000 for that 00:19:53.259 --> 00:19:56.380 crucial working capital. It's clear how you quickly 00:19:56.380 --> 00:20:00.599 inflate into that $175 ,000 to $325 ,000 range. 00:20:01.000 --> 00:20:03.599 Okay, so now for the crucial financial test. 00:20:04.140 --> 00:20:06.880 What does this massive investment need to generate 00:20:06.880 --> 00:20:10.579 to make sense? If you borrow $250 ,000 at, say, 00:20:10.700 --> 00:20:14.619 7 % over 10 years, your debt service is substantial. 00:20:15.000 --> 00:20:16.920 You are talking about thousands of dollars in 00:20:16.920 --> 00:20:19.359 debt service. every single month. You cannot 00:20:19.359 --> 00:20:22.880 be operating on commodity prices anymore, ever 00:20:22.880 --> 00:20:24.940 again. You get a revolutionary return on that 00:20:24.940 --> 00:20:27.880 milk. You do. Direct market farms selling basic 00:20:27.880 --> 00:20:30.799 fluid milk often see a gross equivalent of, say, 00:20:30.880 --> 00:20:33.480 high 30s to mid 40s per 100 weight equivalent 00:20:33.480 --> 00:20:35.940 once they reverse engineer their retail sales 00:20:35.940 --> 00:20:38.559 back to the farm gate. But that barely justifies 00:20:38.559 --> 00:20:42.319 the $250 ,000 risk and the incredible added labor. 00:20:42.460 --> 00:20:43.819 I mean, you've just bought yourself another full 00:20:43.819 --> 00:20:46.220 -time job. At least one. To truly make it worthwhile, 00:20:46.500 --> 00:20:48.759 you need to be making high margin products. Value 00:20:48.759 --> 00:20:51.579 -added. Absolutely. The real winners, the ones 00:20:51.579 --> 00:20:54.039 who can justify this capex, are utilizing value 00:20:54.039 --> 00:20:56.839 -added products like aged cheese, high -fat yogurt, 00:20:57.000 --> 00:20:59.700 or premium ice cream. Those value -added items 00:20:59.700 --> 00:21:02.200 can generate the equivalent of mid -50s to $80 00:21:02.200 --> 00:21:03.799 per hundredweight equivalent, sometimes even 00:21:03.799 --> 00:21:06.140 higher. So when successful farmstead operations 00:21:06.140 --> 00:21:08.980 blend that product, mix, a little bottled milk, 00:21:09.019 --> 00:21:11.200 a lot of high -margin cheese, some cream, they 00:21:11.200 --> 00:21:13.920 often report blended returns in the sweet spot 00:21:13.920 --> 00:21:17.059 of $48, $2, or $65 per hundredweight equivalent. 00:21:17.220 --> 00:21:19.160 That is the target. That's the magic number. 00:21:19.299 --> 00:21:22.819 You need that $45 minimum just to sleep at night, 00:21:22.900 --> 00:21:25.380 knowing you can service that debt. And that is 00:21:25.380 --> 00:21:27.880 the core question for you, the listener. You 00:21:27.880 --> 00:21:30.259 need to stop looking at the A2 gene as the savior 00:21:30.259 --> 00:21:33.279 and start looking at your local market. Can you 00:21:33.279 --> 00:21:36.900 realistically see a path to generating that $45 00:21:36.900 --> 00:21:39.539 plus per hundredweight equivalent in your specific 00:21:39.539 --> 00:21:42.559 postcode? And do you have the time, the talent, 00:21:42.640 --> 00:21:44.980 and the temperament, not just to milk the cows, 00:21:45.099 --> 00:21:47.700 but to be a quality control manager, a plant 00:21:47.700 --> 00:21:50.420 scheduler, a sales representative, and a delivery 00:21:50.420 --> 00:21:52.569 driver? It's the difference between being a high 00:21:52.569 --> 00:21:55.130 -volume farmer and being a specialized food entrepreneur. 00:21:55.329 --> 00:21:58.890 The A2 gene is free. The $250 ,000 needed to 00:21:58.890 --> 00:22:00.930 capture the premium is definitely not. So we've 00:22:00.930 --> 00:22:02.769 established that the genetic advantage was easily 00:22:02.769 --> 00:22:05.349 copied and the plant economics ruthlessly favor 00:22:05.349 --> 00:22:07.430 scale. So if the heritage herds are going to 00:22:07.430 --> 00:22:10.170 survive, they aren't waiting for a premium contract 00:22:10.170 --> 00:22:12.869 to show up at the door. Who is winning and what 00:22:12.869 --> 00:22:14.809 are they doing differently? The successful heritage 00:22:14.809 --> 00:22:18.109 operations are surviving and often thriving because 00:22:18.109 --> 00:22:21.150 they stack premiums. That's the key term. stacking 00:22:21.150 --> 00:22:24.869 premiums. A2 is merely the hook. It's the baseline 00:22:24.869 --> 00:22:27.750 qualification. Their long -term success relies 00:22:27.750 --> 00:22:30.150 on controlling the product, maximizing unique 00:22:30.150 --> 00:22:32.750 features, and building a deep customer relationship. 00:22:33.130 --> 00:22:35.069 It's a whole different business model. Let's 00:22:35.069 --> 00:22:38.109 take case study one. Two Guernsey girls creamery 00:22:38.109 --> 00:22:41.549 in Wisconsin. The owner, Tammy Frisch, didn't 00:22:41.549 --> 00:22:43.849 start her micro dairy with a spreadsheet saying, 00:22:43.930 --> 00:22:47.160 I must capture the A2 market. She started because 00:22:47.160 --> 00:22:49.599 of organic customer pull. She spent years at 00:22:49.599 --> 00:22:51.640 the state fair with her Guernseys, and the public 00:22:51.640 --> 00:22:54.420 constantly asked her, where can we buy that specific 00:22:54.420 --> 00:22:57.019 historical golden Guernsey milk we remember? 00:22:57.319 --> 00:23:00.480 But it is invaluable market data. The demand 00:23:00.480 --> 00:23:02.700 was already there based on the breed's reputation 00:23:02.700 --> 00:23:05.519 for high butterfat, natural golden color, and 00:23:05.519 --> 00:23:08.490 unique flavor profile. The A2 status was just 00:23:08.490 --> 00:23:10.789 confirmation of the high quality the customer 00:23:10.789 --> 00:23:12.670 has already believed was there. It wasn't the 00:23:12.670 --> 00:23:14.750 primary sales driver. So how are they stacking 00:23:14.750 --> 00:23:17.289 the premiums? First, they confirm A2 status. 00:23:17.390 --> 00:23:19.750 That's the entry ticket. Second, they utilize 00:23:19.750 --> 00:23:22.650 on -farm processing, giving them absolute control 00:23:22.650 --> 00:23:26.269 over quality and logistics. Third, and this is 00:23:26.269 --> 00:23:28.930 the big one, they sell non -homogenized milk. 00:23:29.170 --> 00:23:32.299 The cream line. The non -homogenized part is 00:23:32.299 --> 00:23:34.799 key for the consumer experience. It's visual. 00:23:34.880 --> 00:23:37.059 When you pour that non -homogenized milk and 00:23:37.059 --> 00:23:39.460 see the thick cream line floating at the top, 00:23:39.559 --> 00:23:43.319 that's immediate, tangible proof of quality and 00:23:43.319 --> 00:23:45.700 high components. Customers immediately associate 00:23:45.700 --> 00:23:47.940 that visible difference with premium quality. 00:23:48.460 --> 00:23:50.660 Far more than they understand the histidine to 00:23:50.660 --> 00:23:53.140 proline substitution. Absolutely. And then they 00:23:53.140 --> 00:23:55.339 added the value -added products. Of course. They 00:23:55.339 --> 00:23:57.759 leveraged the high component profile of the Guernsey 00:23:57.759 --> 00:24:00.140 milk, which is naturally excellent for cheese, 00:24:00.240 --> 00:24:02.619 to make things like fresh Guernsey cheese curds. 00:24:03.079 --> 00:24:06.039 A2 is the baseline. The visible cream line, the 00:24:06.039 --> 00:24:08.480 flavor, and the cheese curds are the sales drivers. 00:24:08.779 --> 00:24:11.440 They've essentially created a unique retail lane 00:24:11.440 --> 00:24:14.240 where they have no direct competition. And it's 00:24:14.240 --> 00:24:16.700 not just a U .S. niche phenomenon. Case study 00:24:16.700 --> 00:24:21.200 two. AB Manor in Ontario. This is even more interesting 00:24:21.200 --> 00:24:23.299 because they operate within the Canadian quota 00:24:23.299 --> 00:24:25.779 system, which adds another layer of regulatory 00:24:25.779 --> 00:24:28.640 complexity. A big layer. They built their brand 00:24:28.640 --> 00:24:31.259 around their Golden Guernsey label. They bottle 00:24:31.259 --> 00:24:34.420 the A2 rich fluid milk, but they immediately 00:24:34.420 --> 00:24:37.240 expand into high margin products like rich chocolate 00:24:37.240 --> 00:24:40.480 milk, heavy cream, specialty yogurt, and farmstead 00:24:40.480 --> 00:24:42.619 cheese. They weren't waiting for a processor. 00:24:42.859 --> 00:24:45.720 They became their own retail solution. The pattern 00:24:45.720 --> 00:24:48.339 is indisputable. The heritage herds making it 00:24:48.339 --> 00:24:50.720 work are vertically integrated. They control 00:24:50.720 --> 00:24:53.799 packaging, processing, distribution, and they 00:24:53.799 --> 00:24:55.799 have built a direct relationship with their customer 00:24:55.799 --> 00:24:58.960 base. They built their own 50 ,000 -pound silo, 00:24:58.960 --> 00:25:01.380 metaphorically, one bottle at a time. That's 00:25:01.380 --> 00:25:03.279 a great way to put it. But let's address a major 00:25:03.279 --> 00:25:05.339 headwind that all these local processors face, 00:25:05.519 --> 00:25:08.490 and that's consumer confusion. We, as producers 00:25:08.490 --> 00:25:10.829 and industry analysts, understand the sharp distinction 00:25:10.829 --> 00:25:13.369 between lactose intolerance and beta -casein 00:25:13.369 --> 00:25:16.170 protein sensitivity. The vast majority of consumers 00:25:16.170 --> 00:25:19.650 do not. No, not at all. They use lactose intolerance 00:25:19.650 --> 00:25:21.809 as the catch -all diagnosis for any digestive 00:25:21.809 --> 00:25:24.589 discomfort they feel after consuming milk. And 00:25:24.589 --> 00:25:27.029 this creates a huge marketing problem for A2 00:25:27.029 --> 00:25:30.369 milk. It does. A consumer who is genuinely lactose 00:25:30.369 --> 00:25:33.950 intolerant lacks the lactase enzyme needed to 00:25:33.950 --> 00:25:35.890 break down the lactose sugar. It's a sugar problem, 00:25:35.970 --> 00:25:38.410 not a protein problem. So if they hear A2 milk 00:25:38.410 --> 00:25:41.450 is easier to digest, try it, and still feel sick, 00:25:41.630 --> 00:25:45.289 they conclude that A2 milk is a scam. Why? Because 00:25:45.289 --> 00:25:47.730 A2 milk still contains the exact same amount 00:25:47.730 --> 00:25:50.509 of lactose sugar as conventional A1 milk. And 00:25:50.509 --> 00:25:53.009 that ruined customer walks away thinking, A2 00:25:53.009 --> 00:25:55.839 is just expensive milk that didn't help me. That 00:25:55.839 --> 00:25:58.279 hurts the reputation for the next local A2 producer 00:25:58.279 --> 00:26:00.700 who tries to reach that customer with an honest, 00:26:00.779 --> 00:26:02.779 high -quality product. It muddies the water. 00:26:02.980 --> 00:26:06.720 The big national A2 brands successfully popularized 00:26:06.720 --> 00:26:09.480 the term A2, but they failed to educate the public 00:26:09.480 --> 00:26:12.359 on the nuance between lactose deficiency and 00:26:12.359 --> 00:26:15.339 BCM7 protein sensitivity. Which means small local 00:26:15.339 --> 00:26:17.259 dairies have a massive, expensive educational 00:26:17.259 --> 00:26:19.559 lift just to get the customer past the first 00:26:19.559 --> 00:26:22.380 trial. Exactly. So A2 isn't the reason for long 00:26:22.380 --> 00:26:24.599 -term customer loyalty, and that required 45 00:26:24.599 --> 00:26:27.420 third -year -old height return. It's a door opener. 00:26:27.660 --> 00:26:29.160 It gets the customer to try the milk for the 00:26:29.160 --> 00:26:31.059 first time because they heard a friend talk about 00:26:31.059 --> 00:26:33.859 it. Exactly. The loyalty, the thing that sustains 00:26:33.859 --> 00:26:35.859 the quarterly debt payment on your quarter -million 00:26:35.859 --> 00:26:38.900 -dollar pasteurizer, comes from flavor, mouthfeel, 00:26:39.119 --> 00:26:42.039 the visible cream line, the farm story, and the 00:26:42.039 --> 00:26:44.440 deep customer relationship. You have to sell 00:26:44.440 --> 00:26:47.299 the whole package, the experience, the visual, 00:26:47.380 --> 00:26:50.200 and the quality, not just the single gene. Let's 00:26:50.200 --> 00:26:52.640 pivot now. We focused heavily on the plant economics, 00:26:52.859 --> 00:26:55.460 but the long -term value of these heritage genetics 00:26:55.460 --> 00:26:58.759 extends far beyond the A2 debate. It's about 00:26:58.759 --> 00:27:01.599 herd resilience, climate adaptation, and future 00:27:01.599 --> 00:27:04.160 farm sustainability. I agree completely. If you 00:27:04.160 --> 00:27:06.099 were running a grazing operation, you know that 00:27:06.099 --> 00:27:08.380 profitability often hinges on functional traits. 00:27:09.019 --> 00:27:11.579 Fertility, hoof health, and survival are often 00:27:11.579 --> 00:27:14.680 bigger profit levers than that one protein gene 00:27:14.680 --> 00:27:17.720 or even peak volume. The cow has to earn her 00:27:17.720 --> 00:27:20.180 keep walking on the land base. And the research 00:27:20.180 --> 00:27:23.680 backs that up decisively. Let's look at the TGASC 00:27:23.680 --> 00:27:26.200 research in Ireland, which focuses heavily on 00:27:26.200 --> 00:27:29.720 seasonal grass -based systems. They compared 00:27:29.720 --> 00:27:33.700 straight Holstein Friesian cows with a Holstein 00:27:33.700 --> 00:27:36.599 Friesian X Jersey crossbred, looking at performance 00:27:36.599 --> 00:27:39.259 entirely on grass. Okay, what were the results 00:27:39.259 --> 00:27:41.230 in terms of profit? That's what matters. The 00:27:41.230 --> 00:27:44.630 cross spreads generated about 162 more profit 00:27:44.630 --> 00:27:47.369 per cow per lactation than the stray Holsteins. 00:27:48.289 --> 00:27:52.329 162 euros per cow. Per cow per lactation. That's 00:27:52.329 --> 00:27:54.789 a staggering amount of extra cash flow year after 00:27:54.789 --> 00:27:58.509 year across a whole herd. Wait a minute. 162 00:27:58.509 --> 00:28:01.150 more profit per cow just by introducing hybrid 00:28:01.150 --> 00:28:02.970 vigor. Where does that money come from? It's 00:28:02.970 --> 00:28:05.180 not higher yield, is it? No, it's not peak yield. 00:28:05.220 --> 00:28:07.039 It's all from functional traits. It's better 00:28:07.039 --> 00:28:09.240 fertility, getting in calf quicker and staying 00:28:09.240 --> 00:28:11.799 on a tight calving schedule. So fewer open cows. 00:28:12.019 --> 00:28:14.559 Fewer open cows. It's better survival and longevity, 00:28:14.880 --> 00:28:17.980 meaning fewer replacement costs. It's less lameness 00:28:17.980 --> 00:28:20.359 and fewer major health events like mastitis. 00:28:20.640 --> 00:28:22.460 The crossbreds are simply more efficient on the 00:28:22.460 --> 00:28:25.059 grass and require less intervention. Less money 00:28:25.059 --> 00:28:27.880 spent on vet bills and semen. That's the critical 00:28:27.880 --> 00:28:30.539 insight for the farmer. Better functional traits 00:28:30.539 --> 00:28:34.019 are profit. The high input TMR star isn't necessarily 00:28:34.019 --> 00:28:36.259 the cow that makes you the most money when you 00:28:36.259 --> 00:28:38.759 factor in feed costs and vet bills, especially 00:28:38.759 --> 00:28:40.799 in a grass system. And that's where the heritage 00:28:40.799 --> 00:28:43.720 breeds naturally fit. Guernseys, Ayr Shears, 00:28:43.720 --> 00:28:46.019 and Brown Swiss, they are inherently known for 00:28:46.019 --> 00:28:48.779 being strong grazers, having hardy feet and legs, 00:28:48.980 --> 00:28:51.960 and offering longevity across diverse climates. 00:28:52.099 --> 00:28:55.000 Ayr Shears are famously tough on rough ground. 00:28:55.180 --> 00:28:58.099 Brown Swiss offer tremendous longevity and those 00:28:58.099 --> 00:29:01.079 high -quality casing profiles perfect for cheesemaking. 00:29:01.690 --> 00:29:04.630 So for a pasture -focused operation, your long 00:29:04.630 --> 00:29:07.329 -term success shouldn't be about chasing a fleeting 00:29:07.329 --> 00:29:10.329 A2 contract. It's about leveraging those functional 00:29:10.329 --> 00:29:12.809 genetics to drive efficiency and reduce input 00:29:12.809 --> 00:29:15.650 costs. A2 is a nice side benefit, but fertility 00:29:15.650 --> 00:29:18.109 and hoof health are the primary profit drivers. 00:29:18.490 --> 00:29:20.809 But there's a quiet, high -value revenue stream 00:29:20.809 --> 00:29:23.470 emerging for heritage breeds, even if their owners 00:29:23.470 --> 00:29:25.849 never process their own milk. And that is cross 00:29:25.849 --> 00:29:28.190 -breeding genetics. This is the genius move shifting 00:29:28.190 --> 00:29:30.089 the business from selling liquid to selling tools. 00:29:30.619 --> 00:29:32.680 Absolutely. Commercial herds are increasingly 00:29:32.680 --> 00:29:35.119 struggling with functional traits, fertility 00:29:35.119 --> 00:29:37.299 rates are dropping, productive lifespans are 00:29:37.299 --> 00:29:40.759 shortening, and lameness costs are soaring. They 00:29:40.759 --> 00:29:42.660 are looking hard at crossbreeding to quickly 00:29:42.660 --> 00:29:45.740 gain heterosis benefits or hybrid vigor. Explain 00:29:45.740 --> 00:29:48.000 hybrid vigor in simple terms for the listener. 00:29:48.059 --> 00:29:50.529 What is it? Hybrid vigor is that boost you get 00:29:50.529 --> 00:29:52.609 when you breed two genetically different parents. 00:29:52.930 --> 00:29:55.769 It's the opposite of inbreeding depression. It 00:29:55.769 --> 00:29:58.170 manifests strongest in low heritability functional 00:29:58.170 --> 00:30:01.210 traits, things like survival, fertility, and 00:30:01.210 --> 00:30:04.730 immunity. So you get a cow that is just tougher. 00:30:05.160 --> 00:30:07.700 lasts an extra year or two, and gets pregnant 00:30:07.700 --> 00:30:09.940 when you want her to. Exactly. And we're seeing 00:30:09.940 --> 00:30:12.119 this in the field. Tom Ripley, working with the 00:30:12.119 --> 00:30:14.599 American Guernsey Association, has documented 00:30:14.599 --> 00:30:17.720 reports from large commercial dairies using A2A2 00:30:17.720 --> 00:30:20.240 Guernsey sires on their Holstein dams. And what 00:30:20.240 --> 00:30:22.759 are they finding? They report tangible, immediate 00:30:22.759 --> 00:30:25.660 improvements in calving ease and a noticeable 00:30:25.660 --> 00:30:28.660 bump in component levels in the resulting crossbreds. 00:30:28.660 --> 00:30:31.339 It works as a functional fix. This presents a 00:30:31.339 --> 00:30:33.900 crucial revenue opportunity for heritage breeders. 00:30:34.059 --> 00:30:36.720 If you can maintain high -performance, proven 00:30:36.720 --> 00:30:39.140 heritage stock documented for good components, 00:30:39.380 --> 00:30:42.559 sound udders, and durable structure. Then you 00:30:42.559 --> 00:30:45.440 can sell A2A2 semen or breeding stock into those 00:30:45.440 --> 00:30:47.819 large commercial operations that desperately 00:30:47.819 --> 00:30:50.500 need functional traits to fix their own cost 00:30:50.500 --> 00:30:53.380 problems. You are selling the solution. And you 00:30:53.380 --> 00:30:55.519 are creating a market for your genetics that 00:30:55.519 --> 00:30:57.819 is totally independent of the volatile fluid 00:30:57.819 --> 00:31:00.529 milk price. It's the ultimate long -term positioning. 00:31:00.710 --> 00:31:03.130 And speaking of the long game, we have to talk 00:31:03.130 --> 00:31:05.369 about the quiet alarm bell ringing across the 00:31:05.369 --> 00:31:08.509 industry, genetic diversity, and inbreeding risk. 00:31:08.750 --> 00:31:11.049 The intense selection pressure in commercial 00:31:11.049 --> 00:31:13.690 whole stones, successful as it has been for yield, 00:31:13.869 --> 00:31:16.549 has led to a small effective population size 00:31:16.549 --> 00:31:18.529 and steadily rising inbreeding coefficients. 00:31:18.970 --> 00:31:21.170 It's a real threat to the future resilience of 00:31:21.170 --> 00:31:23.720 the entire industry. And Scott's 2023 analysis 00:31:23.720 --> 00:31:25.740 we mentioned earlier showed that selecting for 00:31:25.740 --> 00:31:28.319 A2 alone can actually increase inbreeding risk 00:31:28.319 --> 00:31:30.900 by narrowing the acceptable sire pool even further. 00:31:31.099 --> 00:31:33.480 You're stacking criteria on an already narrow 00:31:33.480 --> 00:31:36.180 genetic pace. This brings us back to those small 00:31:36.180 --> 00:31:39.180 heritage populations. The Guernsey is on the 00:31:39.180 --> 00:31:41.799 watch list, under 10 ,000 registered globally. 00:31:42.359 --> 00:31:45.019 We're not saving them just for history. These 00:31:45.019 --> 00:31:47.480 heritage breeds carry trait combinations like 00:31:47.480 --> 00:31:50.000 specific heat tolerance genes that allow them 00:31:50.000 --> 00:31:52.200 to maintain production through hot summers or 00:31:52.200 --> 00:31:55.599 strong grazing instincts that act as an undervalued 00:31:55.599 --> 00:31:58.240 genetic hedge against future systemic risks. 00:31:58.420 --> 00:32:00.299 When you look at the economics of climate change, 00:32:00.519 --> 00:32:03.670 it's staggering. Economic analyses estimate that 00:32:03.670 --> 00:32:06.430 heat stress in U .S. dairy herds results in billion 00:32:06.430 --> 00:32:08.869 -dollar losses annually. Billion -dollar losses. 00:32:09.170 --> 00:32:11.210 If you have genetics that can handle an extra 00:32:11.210 --> 00:32:13.109 five degrees of heat and maintain fertility, 00:32:13.490 --> 00:32:16.230 that is worth more than any A2 premium could 00:32:16.230 --> 00:32:18.670 ever be. Absolutely. They are the genetic insurance 00:32:18.670 --> 00:32:20.589 policy that the whole industry might desperately 00:32:20.589 --> 00:32:23.289 need when climate volatility or a new highly 00:32:23.289 --> 00:32:26.049 contagious pathogen shifts the production landscape 00:32:26.049 --> 00:32:29.049 dramatically. The A2 debate, as fierce as it 00:32:29.049 --> 00:32:31.650 is, is ultimately a distraction from the true 00:32:31.650 --> 00:32:34.049 fundamental value of these heritage animals as 00:32:34.049 --> 00:32:36.250 sources of climate -resilient and functionally 00:32:36.250 --> 00:32:39.670 sound genetics. So the systems we support now, 00:32:39.869 --> 00:32:43.029 flexible local processing, targeted grants for 00:32:43.029 --> 00:32:45.390 heritage breeding programs, and supporting genetic 00:32:45.390 --> 00:32:48.009 diversification, are crucial to keeping those 00:32:48.009 --> 00:32:50.069 options alive for the next generation of producers 00:32:50.069 --> 00:32:52.710 dealing with hotter summers and tighter margins. 00:32:53.319 --> 00:32:55.559 All right, that was a truly deep dive into the 00:32:55.559 --> 00:32:58.319 economics and genetics of this segment. Now let's 00:32:58.319 --> 00:33:01.299 synthesize this. A farmer just finished milking, 00:33:01.400 --> 00:33:03.660 pulled up to the feed store, and is thinking 00:33:03.660 --> 00:33:05.920 about whether or not to invest in A2 testing 00:33:05.920 --> 00:33:09.619 or a new pasteurizer. What are the three things 00:33:09.619 --> 00:33:11.279 they need to remember from today's conversation? 00:33:11.859 --> 00:33:14.200 I'll start with the most immediate, brutal truth 00:33:14.200 --> 00:33:16.079 about the supply chain. Takeaway number one, 00:33:16.440 --> 00:33:19.200 A2 is an opener, not the whole story. Okay, what's 00:33:19.200 --> 00:33:21.079 the immediate action? Immediate action, this 00:33:21.079 --> 00:33:23.400 week. If you are shipping commodity milk today, 00:33:23.640 --> 00:33:26.420 stop factoring a meaningful A2 premium into your 00:33:26.420 --> 00:33:28.359 budget. It will not show up due to the brutal 00:33:28.359 --> 00:33:31.359 50 ,000 pound plant threshold. Acknowledge that 00:33:31.359 --> 00:33:34.920 fact and move on. Medium term strategy, say three 00:33:34.920 --> 00:33:37.259 to six months out. If you are selling direct 00:33:37.259 --> 00:33:40.019 to consumer or considering it, shift your marketing 00:33:40.019 --> 00:33:42.900 focus dramatically. Spend less time talking about 00:33:42.900 --> 00:33:45.980 the invisible A2 gene and more time talking about 00:33:45.980 --> 00:33:48.220 tangible experiential features. Like the cream 00:33:48.220 --> 00:33:51.140 line. The flavor. the visible cream line in non 00:33:51.140 --> 00:33:53.400 -homogenized milk, the farm story, and the functional 00:33:53.400 --> 00:33:55.799 breed benefits. Sell what they can see and taste. 00:33:55.940 --> 00:33:58.599 And long -term, one to two years. Long -term 00:33:58.599 --> 00:34:02.160 positioning. Reposition your A2 genetics as one 00:34:02.160 --> 00:34:04.519 component in a broader breed strategy aimed at 00:34:04.519 --> 00:34:07.539 selling genetics, not liquid. High -performing 00:34:07.539 --> 00:34:10.079 A2A2 sires from breeds known for functional traits 00:34:10.079 --> 00:34:12.360 can be a high -margin product for large commercial 00:34:12.360 --> 00:34:15.360 operations needing hybrid vigor. Okay, takeaway 00:34:15.360 --> 00:34:18.039 number two. Takeaway two. Processing requires 00:34:18.039 --> 00:34:20.300 proven returns. What's the immediate action on 00:34:20.300 --> 00:34:22.719 that one? Immediate action this week. If the 00:34:22.719 --> 00:34:24.760 plant math has convinced you that self -processing 00:34:24.760 --> 00:34:27.519 is your only option, stop. Do not call an equipment 00:34:27.519 --> 00:34:29.679 dealer yet. You need to start consulting before 00:34:29.679 --> 00:34:32.519 you even look at stainless steel. Go walk the 00:34:32.519 --> 00:34:35.139 plant of a successful farmstead dairy in a similar 00:34:35.139 --> 00:34:37.219 market to yours, preferably one that already 00:34:37.219 --> 00:34:39.920 made the jump a few years ago. Learn their specific 00:34:39.920 --> 00:34:42.599 distribution and marketing mistakes. Okay, medium 00:34:42.599 --> 00:34:45.179 term, three to six months. Before committing 00:34:45.179 --> 00:34:48.119 to a quarter million dollar capex loan, you must 00:34:48.119 --> 00:34:50.820 build a detailed data -driven market study for 00:34:50.820 --> 00:34:53.619 your specific postcode. Can you realistically 00:34:53.619 --> 00:34:57.219 project achieving blended returns of $45 or more 00:34:57.219 --> 00:34:59.699 per hundred weight equivalent by selling fluid 00:34:59.699 --> 00:35:02.480 milk, plus at least one high margin value added 00:35:02.480 --> 00:35:04.800 product like cheese or yogurt? If you can't get 00:35:04.800 --> 00:35:06.559 that number on paper, the risk is unacceptable. 00:35:06.940 --> 00:35:09.579 Exactly. And long -term positioning, one to two 00:35:09.579 --> 00:35:12.480 years. Invest in flexible processing infrastructure 00:35:12.480 --> 00:35:15.349 only if your comprehensive market study definitively 00:35:15.349 --> 00:35:17.769 confirms a realistic customer base and projected 00:35:17.769 --> 00:35:21.409 return that can service the $175 ,000 to $325 00:35:21.409 --> 00:35:24.969 ,000 CapEx. Don't buy a shiny new pasteurizer 00:35:24.969 --> 00:35:27.449 until you have the sales channel and the required 00:35:27.449 --> 00:35:30.070 revenue target clearly locked down. All right, 00:35:30.090 --> 00:35:32.150 what's the third and final takeaway? Takeaway 00:35:32.150 --> 00:35:34.670 number three, functional genetics are the best 00:35:34.670 --> 00:35:37.409 hedge. Immediate action. Immediate action this 00:35:37.409 --> 00:35:39.909 week. Take a critical look at your herd records 00:35:39.909 --> 00:35:42.389 right now. Fertility rates, lameness incidents, 00:35:42.650 --> 00:35:45.289 and cow longevity. If those functional traits 00:35:45.289 --> 00:35:49.309 are weak, start researching A2A2 sires from braids 00:35:49.309 --> 00:35:52.130 known for structural strength, grazing fit, and 00:35:52.130 --> 00:35:54.869 durability, whether that's Guernsey, Ayrshire, 00:35:55.030 --> 00:35:58.349 or Brown Swiss. Those functional fixes are free 00:35:58.349 --> 00:36:01.489 profit. Medium term, three to six months out. 00:36:01.730 --> 00:36:04.250 Incorporate genetic diversification through crossbreeding 00:36:04.250 --> 00:36:07.440 to boost hybrid vigor. This is especially critical 00:36:07.440 --> 00:36:09.920 for survival and heat tolerance, as the costs 00:36:09.920 --> 00:36:11.880 associated with climate volatility, the billion 00:36:11.880 --> 00:36:14.300 -dollar annual losses, are only going to increase. 00:36:14.579 --> 00:36:16.800 Treat genetic diversity as a strategic insurance 00:36:16.800 --> 00:36:19.179 policy for your operation's future. And long 00:36:19.179 --> 00:36:21.239 -term. What's the bigger picture? Long -term 00:36:21.239 --> 00:36:24.059 positioning, one to two years. Engage with your 00:36:24.059 --> 00:36:26.079 breed associations and policy groups to push 00:36:26.079 --> 00:36:28.199 for targeted grants or regulatory flexibility 00:36:28.199 --> 00:36:31.960 that support small, flexible processing. Keeping 00:36:31.960 --> 00:36:34.219 heritage genetics and small -scale processing 00:36:34.219 --> 00:36:37.480 options viable protects genetic diversity, which 00:36:37.480 --> 00:36:39.760 is the necessary hedge the entire industry may 00:36:39.760 --> 00:36:42.099 need in a decade when conditions shift dramatically. 00:36:42.559 --> 00:36:45.079 This has been another Bullvine Podcast from the 00:36:45.079 --> 00:36:47.480 Bullvine Podcast. For more straight -talking 00:36:47.480 --> 00:36:49.980 industry analysis and to see all the source data, 00:36:50.119 --> 00:36:51.960 the financial breakdowns, and the links to the 00:36:51.960 --> 00:36:54.679 case studies we discussed today, head to www 00:36:54.679 --> 00:36:58.530 .thebullvine .com. Subscribe wherever you get 00:36:58.530 --> 00:37:01.130 podcasts. We're out with new episodes every day 00:37:01.130 --> 00:37:03.030 and upcoming topics will be deep diving into 00:37:03.030 --> 00:37:05.550 the specific economic impacts of rising heat 00:37:05.550 --> 00:37:08.329 stress on reproduction and how new technologies, 00:37:08.510 --> 00:37:11.070 specifically anaerobic digestion, are shaping 00:37:11.070 --> 00:37:13.449 the future of manure management and farm energy 00:37:13.449 --> 00:37:16.349 independence. Thank you for joining us for this 00:37:16.349 --> 00:37:16.809 deep dive.