Overload training is one of the most effective things a compound archer can do for hold stability and shot execution. The principle is not complicated. The commercial archery market has made it prohibitively expensive anyway.
That is the problem this article is about — and one Axial is positioned to solve differently than anyone else.
What overload training is and why it works
The principle is applied sports science, not archery folklore. You train with a load significantly heavier than what you will compete with. Your muscles and neuromuscular system adapt to handle that heavier load as the working baseline. When you strip back to competition weight, the bow feels light — lighter than your system is conditioned for. Your hold steadies. Fatigue arrives later in the round. Shot execution feels easier because the load your body is managing is genuinely below its trained capacity.
This is the same principle a baseball pitcher uses throwing a weighted ball, or a sprinter uses doing resistance pulls. You are not getting used to your competition weight — you are making your competition weight feel like less than you can handle. That difference, between what your system can manage and what you are asking it to manage, is where the training effect lives.
For compound archery specifically, the lever is stabilizer weight. The front bar, the side bar, the back bar — the whole system. Heavy setups require more muscle activation to hold the bow still at full draw. Train there long enough and that activation level becomes normal. Compete at significantly less weight and the demand is well within what your system is conditioned to handle.
What the elite have always been doing
Watch Mike Schloesser’s front bar setup footage closely. It is not a minimal system. Kyle Douglas runs heavy. This is not an accident, and it is not purely aesthetic — these archers are not just expressing a preference for how a heavy setup feels.
What has never been openly said about the elite stabilizer setups is this: the heavy training weight is not the competition weight. They are training at loads higher than what they compete with. When the podium arrives, the bow they are shooting is below their maximum trained load. They are deliberately operating inside a margin they built.
The margin is the point. No one at the elite level walks onto a final stage and shoots at the ceiling of what they have trained for. They arrive at the stage already prepared for something harder. Competition weight is never the top of the range — it is a controlled position inside a range they own.
This has been an open secret in elite archery circles, documented in no tutorial and mentioned in no mainstream archery publication. The setups are visible. The reasoning behind them is not.
The rule
It is direct enough to state plainly: never compete at the maximum weight you have trained at.
If your training maximum is X, your competition setup should be X minus something meaningful. The margin is not decorative — it is the entire mechanism. A competition setup at the ceiling of your training load gives you no buffer against fatigue, no advantage from conditioned strength, no margin when the round runs long or conditions are difficult.
The goal is to arrive at competition already stronger than the task requires. That is not the same as being undertrained at competition weight. It means the competition weight is a position you have trained below, not at.
Why most archers never do this
Twenty-five to thirty ounces of total stabilizer weight from commercial archery brands is expensive. Extremely expensive for weight that has one purpose — training — and will never see a tournament.
Disc-style weights from major archery brands run $15–30 per ounce at the low end. Quality machined brass or steel weights from specialty suppliers go higher. Building 24–30 oz of overload weight costs several hundred dollars before you account for whatever hardware you are stacking it on. That money buys weights you will remove and leave in a bag when competition arrives.
This is the practical reason overload training has remained an elite practice. The archers with coaching staff, sponsored equipment, and organizational resources do it. The rest do not, because spending several hundred dollars on training weight you never compete with is commercially absurd.
What a lathe changes
Axial machines weights from raw steel bar stock on a metal lathe.
A 24-oz custom overload weight costs approximately $10 in materials. That is not a promotional figure — it is what raw steel costs when you are cutting and turning it yourself. The labor is internal. The margin is ours to absorb or pass on, and for overload weights the math is simple enough that we can make them accessible at a price that makes the training practical for archers who are not sponsored.
Machined steel from bar stock is dimensionally consistent, dense, and threaded to standard archery stabilizer specs. It is not a boutique product — it is functional training weight, made the way functional training weight should be made.
How to start
Begin at roughly 10–15% above your current competition stabilizer weight. If you compete with 12 oz total, start your overload sessions at 13–14 oz. If you compete with 20 oz, 22–24 oz is a reasonable entry point.
Do not jump immediately to the maximum overload weight. The neuromuscular adaptation is real, which also means the fatigue is real. Starting too heavy too fast produces compensatory form errors — the body finds ways to manage the load that are not the mechanics you want conditioned. Start at a weight you can hold correctly, at full draw, for the duration of a training session without form degradation.
Add weight incrementally over several weeks. The target is an overload ceiling you can shoot correctly — not necessarily comfortably, but correctly. The training stimulus requires genuine load. It does not require form collapse.
Shoot your overload setup in dedicated training sessions, not as a warmup before shooting competition weight. Let the heavier setup be the thing you are practicing. Your competition setup becomes the deload.
Competition taper
Begin reducing overload weight 2–3 weeks out from a tournament.
The transition back to competition weight should be gradual rather than immediate. Dropping straight from a heavy training setup to competition weight the week of an event can feel disorienting — the bow is suddenly extremely light, and it takes a few sessions for the feel to normalize. Working down incrementally over 2–3 weeks lets your nervous system re-calibrate to the competition load without the switch being jarring.
Shoot your competition setup exclusively in the final week. Let that become the familiar weight before the event rather than something you are encountering fresh off a heavy training block.
What to watch for
Form collapse under load. If the overload weight is producing a collapse in draw posture, scapular engagement, or bow arm mechanics, the weight is too heavy to be training the right things. It is training compensations instead. Back off until the form is intact.
Accumulated fatigue. Overload training builds genuine muscular fatigue. Track your shot counts during heavy sessions. Shooting overload weight to the point of significant fatigue, then continuing — trying to push through — conditions a tired form. Stop before the form degrades, not after.
Injury risk at excessive overload. There is a point at which stabilizer weight becomes a genuine physical risk, particularly for rotator cuff and elbow tissue. The training window is 10–30% above competition weight for most archers. Significantly past that, the risk curve rises faster than the benefit. This is not a place to test limits for their own sake.
Progress markers. The adaptation is working when the competition setup starts to feel notably lighter than it did before the overload block — not just psychologically lighter, but mechanically easier to hold. Groups should tighten and hold stability should improve. If neither is happening after several weeks of consistent overload training, reassess the weight differential.
Published September 9, 2026 · Axial Bowstrings
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