Sure I wanted to this mix:
50 lbs chicken wheat animal feed
50 lbs whole field peas animal feed
45lb barley
30lb oats with hulls animal feed
5lb flaxseed
5lb black oil sunflower seeds.
Thanks
Yeah, don't.
I'm going to assume soft wheat. Hard wheat is higher protein, more expensive, mostly nutritionally better across the board.
That's a LOT of field peas - they have some antinutritional factors you need to consider. Oats too, mostly beta-glucans.
Flaxseed is damned expensive, and BOSS has not nearly the protein numbers you routinely seen thrown about the internet by people who know a little and understand less.
Using Feedipedia's numbers, correcting for moisture content, soft wheat, no particular variety of field peas, averaged nutritional assays (some of these can vary wildly) -
My calculator says:
Roughly 14.5% Protein (low), 5.8 fiber (a bit high, but acceptable), 4.2% fat (a bit high but acceptable), less than 0.25% Methionine (LOW), Lysine is fine (its all the gains), Threonine 0.5% (that's pretty iminimal, you want higher), Tryptophan is borderline to low. Energy content is in the normal/expected range. Vitamin content is essentially unknown. Calcium will need to be provided by seperate source, and you have almost no useful phosphorus.
The easiest way to fix the Met, Thre, Tryp would be to increase the field peas, but its normally suggested field peas not exceed 15% of the diet due to antinutritional factors, and this recipe is close to 30% already, so that's not really an option. Completely removing the barley (which appears to be standing in the place of corn) improves the recipe, but not enough to hit the usual targets. Dropping the barley entirely and replacing the soft wheat with hard (winter) wheat gets you to the bottom of the usual recommends (except Calcium and Phos and the unknown vitamins), with a total energy at the high end of the range, but still still a lot of antinutritional factors from the field peas and the oats. Add a calcium source and a multivitamin/mineral with some extra Met,
like the Fertrell's product, and you have a layer formulation.