With no sight, every tuning mistake shows up directly in the arrow's flight. Why point weight, FOC and bare-shaft tuning matter most in barebow.
"Why do barebow archers seem so much more particular about arrow choice than recurve archers?" Because for you, aiming and arrow flight are the same object. A recurve archer aims through a sight pin and often only notices bad arrow flight in the group spread. You aim directly with the arrow tip — every flight flaw shifts your reference picture immediately.
The most important lever here is point weight. It largely determines the dynamic spine — how much the shaft actually flexes on the shot. As a rule of thumb: going from 100 to 125 grains of point weight raises FOC (front of center, the balance point toward the tip) by roughly 2–3 percentage points, and 125 to 150 grains adds around another 2 points — think of it like a dart that gets front-heavy and flies steadier because of it. The target for target-archery arrows is an FOC between 10 and 15 percent — the range where arrows fly calmest and most stable through the air, comparable to a well-balanced dart that doesn't tumble.
This is exactly where a second barebow-specific difference shows up: your arrow rest is not allowed to be adjustable under the rules. Recurve archers often twist the rest when they hit tuning problems — you have to work through point weight, plunger tension and nocking point height instead, because the rest itself stays fixed.
Many barebow archers underestimate how much time good tuning takes because of this. While a recurve archer can compensate for small deviations with the sight, you have to fix them at the root — otherwise you carry the flaw into every single distance.
More point weight makes the shaft dynamically softer — it reacts more on the shot. At the same time it shifts FOC forward: going from 100 to 125 grains adds around 2–3 percentage points of FOC, 125 to 150 grains around another 2.
Stick to 10 to 15 percent FOC for stable flight at target-archery distances. Weigh your finished arrows after every change — small point weight adjustments add up faster than you'd think into noticeable flight differences.
Shoot unfletched arrows next to fletched ones at short range. If the bare shafts drift sideways, your dynamic spine is off — correct through point weight or plunger tension until bare shaft and fletched arrow fly parallel. Because you have no sight to hide small deviations, you see the result mercilessly honestly.
Because your rest isn't adjustable, your main levers stay point weight, nocking point height and plunger spring tension. Change only one parameter at a time, or you won't know at the end what actually worked.
A setup that flies clean at 10 meters can drift again at 30. Check your tuning at at least two different distances before you call it "done".
A poorly tuned arrow can jump off the rest uncontrolled on release. Before every tuning session, check that the nocking point and plunger are seated firmly, and shoot the first test arrows of any new setup at short range with a clear line of fire and nobody downrange. Wear an armguard even during pure tuning, since erratic arrow flight throws the string off its path more often.
Log every tuning change — date, point weight, distance — in a small notebook. Barebow tuning is an iterative process spanning weeks; without notes you're guaranteed to repeat trials you already ruled out.
Because you aim directly with the arrow tip, every flight flaw shows up immediately in your aiming picture. Point weight largely determines dynamic spine and FOC — it's the most effective lever for stabilizing arrow flight.
Between 10 and 15 percent is considered the optimal range for stable flight in target-archery arrows. Switching point weight from 100 to 125 grains raises FOC by roughly 2–3 percentage points.
No, under the rules the arrow rest has to be fixed and non-adjustable. Work through point weight, nocking point height and plunger spring tension instead to optimize arrow flight.
You shoot unfletched arrows alongside fletched ones at short range and compare the flight path. If the bare shafts drift, your dynamic spine is off — you correct through point weight or plunger until both fly parallel.
Releasing Without a Clicker: Finding Your Own Shot Rhythm