If your unit runs live fire on belt-fed platforms — M249, M240, MINIMI — there is a high-probability gap in your range kit that you haven’t filled yet. Not because it isn’t a real problem, but because the solution hasn’t been widely known. That gap is brass management. And filling it is one of the most defensible, immediately useful, low-cost range safety purchases you can make before the fiscal year closes.
In this article, we’ll explain how this tool can help your units with efficiency, safety, and morale, why your unit probably does not have one yet, and how to make the case to justify this product.
The Problem Nobody Talks About (But Everybody deals With)
Ask any range officer what happens after a belt-fed live fire evolution and they’ll tell you the same thing: brass everywhere. Casings scattered across the firing position, surrounding bipod legs, rolling into gear, piling up where they don’t belong.
Brass accountability isn’t optional. Army’s AR 700-28 puts it plainly — the Range Safety Officer is responsible for ensuring a brass and ammunition check is completed before the unit leaves the range. That check takes time. In high-tempo training environments, it eats into the schedule. In environments where brass creates a Foreign Object Debris (FOD) hazard — aircraft ramps, shipboard decks, vehicle-mounted positions. This creates an active safety risk during the exercise itself.
Another serious cost that often is forgotten about: it’s a morale drain. Policing spent brass for hours in extreme environments after a full day is the kind of task that makes training feel like janitorial work instead of warfighting preparation.
Machine-Gun Brass Catchers Are The Solution
A purpose-built machine gun brass catcher — designed specifically for belt-fed platforms — captures spent casings and links at the source, before they scatter. Not after.
The operational benefits are straightforward:
Range safety and FOD prevention.
Casings contained at the weapon mean fewer projectiles rolling into equipment, machinery, or restricted areas. In Air Force security forces and flight line-adjacent training, this maps directly onto existing FOD prevention protocols. For shipboard and small boat environments, it eliminates a deck hazard that has no good workaround.Brass accountability.
When brass is captured in the catcher, the post-fire accountability process becomes faster and more accurate. Less time sweeping. Minimized risk of missing casings in high-grass or gravel positions. Decreased friction on range turnover.Training efficiency.
Time not spent on post-fire cleanup is time that can go back into training repetitions, debrief, or controlled transitions between serials. In the case of National Guard and Reserve units with compressed training windows, this is a measurable return.Morale.
This one is real and worth saying directly. Eliminating a universally dreaded task — one that has nothing to do with warfighting skill — is a genuine quality-of-life improvement for everyone on the range that day. The kind of morale that comes from removing a friction point is more durable than the kind that comes from a squadron bar or a new flat screen in the break room.Why Your Unit Probably Doesn't Have One Yet
Machine gun brass catchers are a relatively new product category. Unlike handgun or rifle brass catchers — which have been available in consumer markets for years — solutions for the M249 and M240 have been limited, poorly designed, or simply unavailable.
Most units haven’t acquired one because they don’t know they exist in a form that actually works. Traditional approaches blocked working parts, or required permanent weapon modification. Additionally, they couldn’t keep pace with the volume and velocity of belt-fed fire, causing jams. The result was that range officers and armorers defaulted to accepting the brass scatter problem as an unavoidable cost of doing business.
It isn’t. The brass catchers KET engineers designed for the M249 and M240 — attach in seconds without tools, don’t interfere with working parts, integrate with bipod and vehicle mounts, and dump quickly when full. The Air Force is already using them in training operations. The capability exists. The question is whether your unit has it.
How to Make the Case to Your Commander
To justify this purchase up the chain, here is language you can use:
“Request approval to procure [X] machine gun brass catchers for use during belt-fed [live fire training, covert missions, hot extracts, UGV deployment, etc]. These attach without tools and without weapon modification, capture spent casings and links at the source, and support [range, warfighter, equipment, etc.] safety accountability requirements [per AR 700-28 / applicable range SOP]. They reduce post-fire cleanup time, and eliminate a FOD exposure point during range operations. Unit cost is low and the purchase requires no installation, maintenance, or follow-on support.”
It doesn’t require a long acquisition process, and it fills a gap rather than duplicating something the unit already has.
The Budget Case
End-of-year unit funds and training account remainders are well-suited to this kind of purchase because it doesn’t require a multi-year commitment, a support contract, or complicated logistics.
The cost per unit is low enough to fall well within micro-purchase thresholds for most unit-level accounts. There’s no installation. No maintenance schedule. No follow-on consumables. And unlike furniture that gets shuffled between offices or stuffed in a closet, a brass catcher goes to the range and does a specific job every time it’s used.
If your unit trains on or actively uses a belt-fed platform — and remaining budget before September 30 — this is the purchase that fills a real gap, holds up to scrutiny, and makes range day better for everyone who shows up.
KET (Kinetic Energy Tools) engineers brass management solutions for military and law enforcement. Our brass catchers are purpose-built for belt-fed platforms — no tools required, no permanent modification, field-ready in seconds. Learn more at ket-us.com.