How to Paper Tune a Bow
Quick Summary
Paper tuning means shooting an arrow through a taut sheet of paper from about 6 to 8 feet and reading the tear it leaves behind. A clean, round bullet hole — point and fletchings passing through the same spot — means the arrow is flying straight off the string. A ragged tear to one side, called a nock-high, nock-low, tail-left, or tail-right tear, points to a specific fix, usually the nocking point, the arrow rest, or, on a compound, the yoke or cam timing.
Paper tuning won't replace a full bow tune by itself, but it's the fastest way to catch the biggest flight problems before you start walking arrows in at distance. I run through it any time I change a rest, a sight, my draw weight, or my arrows — not only when a bow is brand new.
- Below is a full step-by-step walkthrough, a tear-pattern reference table, and diagrams showing what a good tear looks like versus a bad one.
What Is Paper Tuning and Why Does It Matter?
A lot of archers assume paper tuning is a one-time step for a brand-new bow. It isn't. Any change that affects how the arrow leaves the bow — a new rest, a different nocking point, a heavier draw weight, or a new set of arrows — can shift how it flies, so it's worth re-checking every time you change something.
The idea itself is simple. You stretch a sheet of paper across a frame, shoot an arrow through it from close range, and look at the shape it leaves behind. That shape is effectively a snapshot of how the arrow was flexing and pointing the instant it passed through, and it tells you whether the rest, nocking point, string, or D-loop needs attention. According to this long-running ArcheryTalk discussion, it's one of the most argued-about steps in tuning precisely because it's so quick and so easy to misread.
What Does a Good Paper Tuning Tear Look Like?
The goal is a single round hole from the point and shaft, framed by three even slits from the fletchings, all overlapping in the same spot. That's usually called a bullet hole, and it means the arrow was flying essentially straight — point-first, with minimal wobble — as it passed through the paper.
A slight tail-left tear (for a right-handed shooter) is sometimes tolerated as close enough, but the bullet hole is still the target to aim for before you call the tune finished.
Before you start any tuning at all, make sure every accessory you plan to shoot with — sight, rest, quiver, stabilizer — is already mounted. Adding or removing gear later can change the tune you just dialed in.
Why Does Bow Setup Matter Before You Paper Tune?
Paper tuning works best as a fine-tuning step, not a fix for a bow that was never set up correctly. Getting the basics right first — nocking point, a centered arrow, and a properly positioned rest — clears out most of the confusing tears you'd otherwise chase in circles.
How Do You Install the Nocking Point?
Start by identifying your shooting style, since it changes where the nocking point should sit:
- Recurve bow with a finger release (RF)
- Compound bow with a finger release (CF)
- Compound bow with a release aid (CR)
A clamp-on nocking point is easiest to fine-tune. Set it roughly ½ inch (1.3 cm) above square for RF and CF setups, and about ¼ inch (0.6 cm) above square for CR setups. Treat these as starting points — see this basic guide to arrow nocks for more on how nock fit interacts with this — the paper tear is what tells you whether to nudge it up or down from there.
How Do You Find the Limb Centers on Recurve and Compound Bows?
Before you can center the arrow, you need to know where the true center of the limbs is — the balanced center, on a compound.
Recurve bows: tape a strip of masking tape across the inside of each limb a few inches from the riser, then mark the center of each limb on the tape with a pen.
Compound bows: tape the limbs the same way, then measure in two steps. First, measure the limb width and mark its exact center. Second, measure 3/16 inch (4.8 mm) to the left of that mark for a right-handed bow — to the right for a left-handed bow — and make a second, larger mark. That second mark is the one you actually center the arrow to.
The offset compensates for how far the cam sits from the limb's true center. 3/16 inch is a reasonable average for most compound bows, though it can vary by model.
How Do You Adjust the Arrow's Left/Right Position?
A finger release bends the arrow side to side as it leaves the string; a release aid causes more of an up-down bend. Because of that, the arrow needs to sit slightly differently depending on which one you use.
Finger release: center the arrow directly on the bowstring.
Release aid: center the arrow on the bowstring once the string itself is aligned with the balanced limb-center marks from the step above.
How Do You Adjust the Arrow Rest?
The rest's support arm should sit essentially out of the arrow's way — invisible from directly overhead — while still holding the arrow securely (RF, CF). For a compound with a launcher-style rest (CR), the launcher needs to be narrow enough that both fletchings can pass without touching it.
Contact between the rest and the fletchings as the arrow leaves the bow is one of the most common causes of poor flight, so it's worth checking closely before assuming the problem lies elsewhere.
What Does Each Paper Tuning Tear Pattern Mean?
The tear tells you two things at once: where the arrow's point first hit the paper, and where the tail — the fletching end — passed through relative to it. That relationship is what points you toward a fix.
A left tear, for example, means the tail entered the paper to the left of where the point did. On a compound, that's often a yoke issue rather than a rest issue: adding a twist to the left side of the yoke changes the cam's lean slightly. Twisting a yoke cable also tightens it a bit, so make small adjustments and test one at a time.
| Tear Pattern | Likely Cause | Suggested Fix |
|---|---|---|
| Bullet hole (single round hole, no tail) | Arrow is flying straight | No adjustment needed — this is the tune you're after |
| Nock high (tail tears above the point) | Nocking point set too low, or rest set too low | Raise the nocking point slightly, or raise the rest |
| Nock low (tail tears below the point) | Nocking point set too high, or rest set too high | Lower the nocking point slightly, or lower the rest |
| Tail left (right-handed bow) | Rest set too far right, or yoke needs a twist (compound) | Move the rest left in small steps, or add a yoke twist |
| Tail right (right-handed bow) | Rest set too far left, or cam leaning that direction | Move the rest right in small steps; recheck cam lean |
| Combination tear (vertical and horizontal) | Multiple small issues stacked together | Fix the vertical component first, then the horizontal one |
| Tear that won't clear up with rest changes | Face or grip contact, torqued grip, or cam timing | Test a shot without face contact, check grip pressure, have cam timing checked |
What Else Can Ruin a Paper Tuning Shot?
A few setup issues can throw off a tear even when the rest and nocking point are fine. Check these before you start chasing rest adjustments:
- On a two-cam compound, uneven cam timing — the cams need to roll over at the same time.
- On a single-cam compound, a mistimed yoke. The control cable splits into a ''Y'' shape and can affect the string's movement through the shot.
- Bow specs that drift from the manufacturer's recommendation — brace height, draw weight, axle-to-axle length.
- Inconsistent shooting form. If your form varies shot to shot, you can end up chasing tears that were never really about the equipment.
Working through that list first gives you a much better read on whether a tear is really an equipment problem. Right or left tears in particular are often just a matter of nudging the rest right or left.
How Do You Paper Tune a Bow Step by Step?
Once your basic setup is sorted, here's the process to follow.
Draw weight, draw length, arrow spine, and release type (fingers vs. mechanical) all affect the shot, so it's worth re-running this any time one of them changes. It also helps to set the rest to the center-shot position your bow's manufacturer recommends before you start.
If you're shooting a mechanical release (CR), check two things first: that the arrow is aligned down the center of the bowstring with the point positioned correctly, and that your sight pin sits directly over the arrow's centerline.
What Do You Need to Set Up a Paper Tuning Station?
You need paper held taut in a frame or stand, so the arrow tears it cleanly rather than just punching a loose hole. Options range from a purpose-built stand to a simple wooden frame, or, as covered further down, a homemade cardboard version. If you're only going to use it occasionally, an elaborate stand usually isn't worth building.
Thicker paper can mask a real tear and make flight look better than it is; thinner paper tends to show a more exaggerated tear. Keep that in mind if you're comparing notes with someone using a different setup.
- Hang the paper at roughly shoulder height.
- Stand about 6–8 feet from the paper.
- Always have a target or backstop positioned behind the paper — obvious, but worth double-checking every time.
- Shoot through the paper on a level path, parallel to the ground.
- Compare the tear against the reference patterns and table above.
What Common Mistakes Cause Bad Paper Tuning Results?
If you've adjusted the rest and the tear still isn't cleaning up, the cause is often somewhere other than the rest — commonly your form, face contact with the string, or how close the paper sits to your backstop.
Can Face or Grip Contact Cause a False Tear?
When your release keeps the string away from your face, the arrow leaves cleanly and the rest can correct minor errors as intended. Too much contact between your face and the string changes that.
Chin contact with the string, in particular, can twist the string slightly and produce a consistent right tear that has nothing to do with your rest. If you keep seeing a right tear no matter what you adjust, try drawing back with the string held slightly away from your face as a test shot and see if the tear changes.
Torquing the grip causes a similar problem — left and right tears that persist no matter how you move the rest. It's a common thread behind ''I did everything right and still can't fix it'' posts on forums, and the fix is usually grip pressure, not equipment.
What Causes High and Low Paper Tuning Tears?
For high or low tears, start by moving the rest in the same direction as the tear. If the tear doesn't clean up after that, the arrow shaft may be too stiff for your setup.
If that seems to be the case, try increasing draw weight by a few pounds, or adding point weight to the arrow, and see whether the tear improves either way.
A persistent high tear after raising the rest often means the fletchings are catching the rest on their way past it. That's a common issue and usually points back to rest clearance rather than the bow's overall tune.
One mistake I've made myself: setting the paper too close to the target. If the arrow reaches the target before the fletchings have fully cleared the paper, you'll get a distorted tear that has nothing to do with your actual tune. Give yourself real clearance between the two.
How Do You Read and Fix Each Paper Tuning Tear?
Once you've shot through the paper, look at where the point entered and how the tail tore relative to it — that relationship is what tells you which direction to adjust, using the tear table above as a starting reference.
What Should You Know Before Adjusting Left or Right Tears?
The left/right guidance above assumes a right-handed bow. If you shoot left-handed, reverse it — apply the tail-right fix to a tail-left tear, and vice versa.
If the tear looks unusually large to either side, the arrow may be wobbling horizontally in flight rather than simply tearing off-center, which is usually a sign the spine is too light or too stiff for your bow. Check your arrow against a spine chart such as this arrow selection chart, or read up on how arrow spine is measured, before assuming the rest is the problem.
If the tear persists after correcting your rest and nocking point, check whether your shaft is actually matched to the bow with ArcheryEra's own Dynamic Spine & Shaft Flex Calculator.
What If You Get a Combination Tear?
Sometimes the tear is both vertical and horizontal at once. In that case, fix the vertical component first, then work on the horizontal correction — trying to fix both at once usually just makes the picture harder to read.
If the tear still won't clean up after that, it's worth having a shop check your cam timing, since a timing issue can produce a tear that no amount of rest adjustment will fully resolve.
What that tear costs you with a broadhead on the front. A field point will fly fairly straight out of a tear a bow tuner would wince at — a broadhead won't. If you want to see how far apart your two groups should land before you shoot them, feed the tear you just measured into the Broadhead Flight & Tuning Stability Checker. It also shows which side the heads will go, which is the opposite side from the tear.
Your rest isn't always the problem. Paper tuning is really tuning the whole system, and arrow setup is one of the biggest variables in it — this arrow tuning and assembly guide covers that side of things in more depth. The real question is how the arrow's spine behaves as it leaves the bow — a bad tear doesn't automatically mean the bow itself is out of tune.
What's the Best Way to Practice and Track Paper Tuning Adjustments?
Set up a horizontal row of five or six aim points and shoot a small group at each. If the tears vary wildly across the row, the inconsistency is more likely your form than your equipment. If they look consistent, move down to the next row.
At close range, aim two to three inches below your usual point and work down through several rows, noting what you changed before each one. Over time, that log becomes a record you can trust for future adjustments.
New archers ask this a lot: you can't paper tune reliably without a consistent shooting form first. Test your consistency with a few grouping sessions before assuming any tear is about the bow.
One adjustment that's easy to overlook: sliding the D-loop up or down slightly can change the tear on its own, sometimes more than twisting the yoke or moving the rest would. Don't skip it just because it seems minor.
How Do You Build a DIY Paper Tuning Frame at Home?
A cardboard box makes one of the simplest paper tuning frames, and you can build it yourself in a few minutes. Cut a hole slightly smaller than your paper in the front panel, then tape the paper over the opening.
Whatever frame you use, make sure you're shooting through the paper on a path parallel to the ground — an angled shot through the paper produces a tear that doesn't reflect your real tune.
Frequently Asked Questions
What does a bullet hole in paper tuning actually mean?
A bullet hole means the arrow's point and shaft pass through the paper in the same spot as the fletchings, with no tail tear off to one side. It's the sign the arrow was flying essentially straight at the moment it passed through, with little leftover flex from the shot.
How far away should the paper be when you paper tune?
Most guides recommend standing about 6 to 8 feet from the paper. Closer than that, the arrow hasn't traveled far enough to show its natural flex; farther away, you risk the fletchings clipping the frame or losing a clean, readable tear.
Can paper tuning fix every accuracy problem?
No. It's good at catching gross tune problems — rest position, nocking point, and cam timing issues — but it won't replace walk-back tuning or a bareshaft test for dialing in a setup at real hunting or competition distances. Treat it as a first pass, not the final word.
Why does my paper tear look different every time I shoot?
Inconsistent tears usually point to inconsistent form rather than a genuinely different tune from shot to shot. Face contact, grip torque, and release inconsistency can all produce a different-looking tear on identical equipment, so it's worth shooting a small group before adjusting anything.
Should you paper tune with broadheads or field points?
Field points, for the paper tuning step itself — broadheads fly differently and can shred the paper in a way that's hard to read cleanly. Once your field-point tune looks clean, you can separately check how much a broadhead shifts point of impact at distance.
How often should you re-check your paper tune?
Any time you change something that touches arrow flight — a new rest, a nocking point adjustment, different arrows, or a draw weight change. Even without changes, checking once or twice a season is a reasonable habit, since string and cable stretch can shift a tune gradually.
References
Hey, what's up? Burak here. Archery addict, board game geek, Daft Punk fan.
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If your own results disagree with anything above, that is the most useful thing you could leave here. Setup, distance and what actually happened beats an opinion every time — and corrections get the page changed.