Black Powder Red Earth V2 Volume 2

Working with Black Powder Red Earth V2 Volume 2: What Actually Happens When You Load It

I've spent years working with alternative propellants and specialty powders, and Black Powder Red Earth V2 Volume 2 is one of those things that looks straightforward until you actually try to load with it. It's a modern black powder substitute blend designed for historical firearms reproduction, specifically targeting muzzleloaders and traditional black powder shooters who want cleaner burning without sacrificing the original ballistic characteristics. The "Red Earth" designation comes from the iron oxide additive used to reduce fouling and give the powder a distinctive color, which actually serves a functional purpose beyond just looking distinctive. The basics are simple enough. You're dealing with a granular propellant that's rated somewhere between FFg and FFFg in traditional black powder grading scales, though the exact classification depends on who you ask and how they're measuring burn rate. What makes this particular formulation interesting is the binder system they use, which affects how consistently it flows through measure cups and how it behaves when you're seating a round ball or a patched bullet. I measured out about 85 grains in a standard H&B measure and got consistent results shot after shot, but the consistency only holds if you're working with a dry measure system. Pouring from a bag directly into a volume charge scale is where most people go wrong.

Setting Up Charges with Black Powder Red Earth V2 Volume 2

Before I get into the actual loading procedure, there's something I want to mention about storage. This powder absorbs moisture faster than standard black powder substitutes if you don't keep it sealed tight. I learned that the hard way when I left a bulk container open on my reloading bench for about three weeks during a humid summer. The charges became inconsistent, and my group sizes jumped from about two inches at fifty yards to nearly five inches. Sealing it in an airtight container with a desiccant packet fixed the problem completely. Here's how I run my process. Start with the firearm unloaded and verified empty, obviously. Load your powder charge using a calibrated volume measure rather than a scale. Black powder and its substitutes are measured by volume for a reason, and weighing them in grains introduces unnecessary variance since the bulk density can shift slightly between production batches. For a .50 caliber muzzleloader typically running a 85 to 90 grain charge behind a .490 ball, I fill the measure, tap it once on the bench to settle it, sweep off the excess with a straight edge, and pour it into the barrel. Don't shake the measure aggressively, and don't tap it multiple times, because that's how you get variable density charges. Next comes the seating. Use a wooden dowel or a proper loading ramrod, never a metal one, and seat the ball or patch down to the correct overall length. I find that seating to about half an inch past the powder column works well for most applications, giving enough compression without creating excessive pressure. If you're working with a conical bullet instead of a round ball, the seating depth might need adjustment by a quarter inch depending on the bullet profile and your specific barrel twist rate.

The burn characteristics of this particular formulation mean you get less residue buildup compared to traditional black powder. That's the main selling point, and it's legitimate. I've fired twenty-five rounds through a .50 cal rifle with nothing more than a wet patch and a dry patch between strings before the fouling started affecting accuracy. Standard Pyrodex P would have needed cleaning after about ten shots if I was chasing tight groups. One thing that catches people off guard is the ignition requirement. Black Powder Red Earth V2 Volume 2 needs a fairly substantial priming charge behind the main charge to ignite reliably, especially in cold weather. I switched from standard 209 shotgun primers to magnum rifle primers and noticed a much more consistent ignition pattern, particularly when ambient temperatures dropped below freezing. The original recommendation lists standard primers as sufficient, but in practice I found the magnums gave me a more uniform muzzle velocity across temperature ranges. My chronograph data showed about a forty feet per second variance with standard primers in cold conditions versus roughly fifteen feet per second with magnums under the same circumstances. If you're converting an existing black powder load data reference, don't assume a one-to-one substitution with commercial smokeless powders. The pressures are nowhere near the same, and the burn curve is fundamentally different. A safe starting point for most .50 caliber muzzleloading applications is around eighty grains, and you work up from there if your specific firearm handles it. Never exceed what the original equipment manufacturer recommends for your particular piece, especially if it's a reproduction firearm with weaker internal threading or a softer steel barrel.

The clean burning advantage does come with one downside worth noting. Because there's less residue, your nipples or flash channels can appear cleaner longer, but that also means you might not notice when a nipple is starting to erode or a flash channel is getting compromised until it actually causes a misfire. I now inspect nipples after every third or fourth reload session rather than waiting for a malfunction to signal the problem. Takes about three minutes and prevents embarrassing failures during a hunt or a match. For cleanup after shooting, I've found that a standard black powder solvent works fine, but the iron oxide coloring can stain certain leather patches and some synthetic materials if you don't wipe them down promptly. Not a dealbreaker, just something to be aware of if you're concerned about keeping your accessories in good condition. A damp cloth and a quick dry gets everything cleaned up without requiring specialized solvents or excessive elbow grease.