Home How to Grip a Bow
How to Grip a Bow and Find Your Anchor Point
Grip is the single most correctable source of horizontal group scatter — and the most commonly taught wrong. The grip fault diagnostic and pressure reference below identify what your bow hand is doing and give you a specific fix plan. Includes compound and recurve anchor point reference.
Quick navigation: Anchor Point · Grip Diagnostic · Pressure Self-Check · FAQs
Once your grip is sorted, use the Draw Length Calculator to verify your setup fits — a bow that does not fit your draw forces compensating grip pressure.
Why grip is the most important contact point
The bow hand is the only direct physical connection between you and the bow at the shot. Any torque — rotational force applied through the grip — transfers directly to the bow and deflects arrow flight. Unlike back tension or anchor point issues (which affect vertical groups), grip torque produces horizontal scatter: groups that shift left or right between shots without any change in your sight.
The counterintuitive truth: more grip contact means less accuracy. A relaxed, minimal-contact open-hand grip eliminates torque almost entirely. This is why every serious compound and recurve archer at competition level shoots with an open hand — the bow literally falls away from the grip at the shot and is only retained by a wrist sling.
Archery anchor point — how to find and lock yours
Your anchor point is the consistent position where your draw hand contacts your face at full draw. It is the rear reference point of your aiming system — the front being your sight or arrow tip. A grip that is correctly positioned but paired with an inconsistent anchor produces vertical and diagonal scatter that no amount of grip work will fix. Anchor point and grip must be established together.
Compound bow anchor point
A compound bow anchor typically uses two or three simultaneous contact references to lock the draw hand at an identical position on every shot:
Recurve and longbow anchor point
Recurve archers draw with three fingers on the string — index above the nock, middle and ring below — and anchor with the draw hand against the face. The standard recurve anchor places the index finger at the corner of the mouth or the thumb knuckle under the chin, depending on shooting style:
| Anchor style | Contact points | Best for |
|---|---|---|
| Corner of mouth | Index finger at mouth corner; string may touch nose or cheek | Traditional, barebow, instinctive shooting |
| Under chin (Olympic) | Thumb knuckle under chin; string bisects nose and lips; string to nose tip | Olympic recurve, sight shooting — most consistent for precision |
| High anchor (traditional) | Index finger at cheekbone; thumb behind jaw; string to cheek | Longbow, instinctive, roving — allows high arrow eye reference |
How to find your anchor point — the process
An anchor point is not chosen — it is discovered through the following process and then made consistent through repetition:
- Draw to full draw with your correct draw length and grip position established first.
- Note every point where your draw hand, string, or release contacts your face. Write them down.
- Identify which contacts are on bone rather than soft tissue — prioritise these.
- Shoot ten arrows, checking all contact points after each shot. Identify which contacts are consistent and which vary.
- Build your anchor around the two or three contacts that are most consistent and easiest to feel.
- Use a correct draw length as the foundation — anchor point consistency is impossible if draw length varies shot to shot.
Anchor point and grip are inseparable for vertical consistency. Once your anchor is found, paper tuning at 6–8 feet with the Paper Tuning Chart will confirm whether the anchor and grip combination is producing straight arrow flight.
Grip fault diagnostic
Answer the questions below to identify your grip fault and get a specific fix plan. The tool analyses your group pattern, string slap symptoms, and bow hand position to pinpoint the most likely cause.
Diagnostic updates automatically as you answer.
Grip pressure self-check
Use this five-point checklist before each practice session until low-grip becomes automatic. Check each point against your live setup — not from memory.
Compound bow grip — the low open-hand method
Compound archers produce the most consistent groups when the grip contact is reduced to a single point — the thenar eminence. At full draw on a compound bow, the let-off means you are holding a fraction of the peak weight, which makes a light, consistent grip feel effortless once the muscle memory is built.
Why a wrist sling is not optional
A wrist sling loops around your wrist or thumb and catches the bow at follow-through. Without it, the instinct to grab the bow reasserts itself — usually at the subconscious level, half a millisecond before the shot breaks. A sling physically removes the fear of dropping the bow and lets fingers stay genuinely open. It is the single piece of equipment that makes a correct grip automatic rather than effortful.
The bow fall as a feedback signal
A correctly held compound bow falls forward and down toward the target at the shot — the muzzle dips as the bow rotates on its balance point. If the bow kicks sideways (left or right), that kick direction tells you exactly which way torque was applied. Kick left means you applied torque rotating the grip to the right; kick right means the opposite. Use the kick direction to identify which part of your hand is adding pressure.
High grip vs. low grip
A high grip places the grip across the middle of the palm — a natural instinct when first picking up a bow. This puts the lifeline and palm heel in contact with the grip, which are the high-torque contact zones. A low grip (thenar pad only) shifts contact below the lifeline. You can feel the difference immediately: with a low grip, slight sideways movement of the wrist produces far less bow rotation than the same movement with a high grip.
Grip shape and how it affects you
Some compound bows have a high, rounded grip that forces palm contact. Some have a low, angled grip designed for thenar-pad contact. An aftermarket grip — or removing the grip entirely and shooting bare-riser — can dramatically change how easy it is to apply a consistent low grip. If you consistently struggle with torque despite correct hand position, check whether the grip geometry is working against you.
Recurve and longbow grip — how it differs from compound
Recurve and longbow grip principles are identical to compound: thenar pad contact, open fingers, 45-degree knuckle rotation. The main differences are feel, pressure level, and how the bow behaves at follow-through.
On a recurve or longbow at full draw, you are holding peak draw weight — not let-off reduced weight. This means more pressure is required through the thenar pad to hold the bow in position, and the temptation to wrap fingers for security is stronger. A correctly fitted finger tab — held under the index finger, not gripping the grip — helps reinforce hand position discipline.
Recurve grip and barebow aiming
For barebow recurve archers using gap shooting, grip position directly affects where the arrow tip appears at aim. Any rotation of the grip hand changes the bow's lean and shifts the natural reference point. A consistent, repeatable grip matters as much for gap-shooting accuracy as it does for Olympic sight shooting — in gap shooting, the grip is an unremarked aiming variable that affects every shot.
Longbow grip — the thumb shelf
Traditional longbow grips typically have a shelf or ledge below the sight window where the thumb rests. The thumb sits on or beside this shelf; the bow contacts the thenar pad with the same low-grip principle. Some longbow shooters extend all four fingers forward against the bow face — a technique that works as long as no inward pressure is applied. Others let fingers hang loosely below the grip. Either is correct if torque-free.
String slap — causes and the correct fix sequence
String slap — the bowstring striking the inner forearm on release — is painful, leaves bruising, and is entirely preventable. It is almost always caused by arm position rather than bow setup. An arm guard is appropriate while correcting technique, but it is not the fix — it is protection while you address the root cause.
🛡️ Wear a correctly fitting arm guard while working through the correction sequence above. Once the fix is in place and string slap is eliminated, most archers stop using the arm guard — though many keep one for peace of mind.
Bow torque — diagnosing exactly where it comes from
Torque is not a single problem — it has several distinct mechanisms, each with a different fix. The group pattern and bow fall direction are your primary diagnostic signals.
| Symptom | Most likely cause | Fix |
|---|---|---|
| Consistent left group (right-handed archer) | Grip rotating bow clockwise — too much thumb pressure pushing grip right | Reduce thumb pressure; ensure thenar pad is the contact point, not the thumb base or lateral palm |
| Consistent right group (right-handed archer) | Grip rotating bow anti-clockwise — fingers wrapping and pulling grip left | Open fingers fully; switch to open-hand grip; check for ring or little finger contact with the riser |
| Scattered left and right — no pattern | Inconsistent grip pressure shot-to-shot — pressure point changes | Standardise grip position using a physical reference mark on the bow; use a mirror or video to verify consistency |
| Bow kicks sideways at the shot | Active torque applied at the moment of release — anticipation-related grip tightening | Address grip tightening at release separately from static grip position; back-tension release drills help decouple anticipation from grip |
| Groups fine at close range, scatter at distance | Small torque that is only visible at longer distances — often high-grip or partial finger wrap | Grip fault is present but masked at short distances; switch to full low open-hand grip |
The five most common grip mistakes
Death grip
Wrapping all fingers tightly around the grip as if holding a hammer. The most torque-generating grip position possible. Groups scatter left and right unpredictably because the pressure point varies between shots. Common in beginners and in experienced archers under pressure. The fix is a wrist sling and deliberate open-hand practice from blank bale distance until the habit is rebuilt.
Anticipation grab
The hand grips correctly throughout the draw but tightens at the last moment — just before or as the shot breaks — as a flinch or anticipation response. Groups are often fine during the draw but scatter at the shot. Virtually impossible to detect without video at 240fps or a shot trainer. Addressed through blank bale with eyes closed and back-tension release technique.
Thumb press
Pushing the thumb toward the riser — a common compensating habit when other fingers are open but the thumb actively applies pressure. This is a laterally directed force and rotates the bow. The thumb should be pointing toward the target or downward, applying no sideways force. Check by video from above: if the thumb tip moves toward the riser during the draw, this is the fault.
Lifted heel
The heel of the palm contacts the grip rather than — or in addition to — the thenar pad. Often causes a slight upward and outward torque, producing vertical as well as horizontal group scatter. Corrected by lowering the grip contact point: rotate the wrist slightly so the pad below the thumb — not the heel — is the first point of contact with the grip.
Finger contact with the riser
The ring or little finger inadvertently rests against the riser or grip edge. Even without active gripping, resting contact with the riser creates a fulcrum that amplifies any wrist movement into bow torque. Fingers should clear the riser entirely — extended forward in space, not touching any part of the bow below the grip.
Equipment that supports a correct grip
A correct grip is primarily a technique issue, but a few pieces of equipment make it significantly easier to practise and maintain:
Arm guard —
essential while correcting string slap. Provides protection during the transition period and removes
the flinch that can compound grip faults when string slap is anticipated.
Finger tab —
for recurve and longbow archers. A correctly fitted tab reinforces hand position and provides a
consistent reference for finger placement on the string relative to the grip.
Wrist sling —
the most impactful single piece of equipment for grip improvement. Physically removes the need to
grab the bow and allows genuine open-hand follow-through. Most compound archers add a sling as
standard equipment; recurve archers shooting barebow benefit equally.
Recurve bow /
compound bow —
if upgrading, look for a grip geometry that naturally presents the thenar pad to the grip pressure
point rather than forcing a high-palm contact. Many competition-grade bows have low, angled grips
for this reason.
How to grip a bow — frequently asked questions
How should you hold a bow?
Place the bow grip against the meaty pad at the base of your thumb — the thenar eminence. The grip runs diagonally across that pad from the base of the index finger downward. Keep all four fingers relaxed and open, not wrapped around the grip. Rotate the knuckles to approximately 45 degrees. Use a wrist sling so the bow can fall forward freely at the shot without being caught by the fingers. Apply only enough pressure through the thenar pad to hold the bow in position at full draw.
What is the correct bow grip pressure?
The correct pressure is the minimum consistent pressure needed to keep the bow in position at full draw, applied through the thenar pad (base of thumb) only, directed straight back. The amount matters less than the consistency — the same pressure, from the same contact point, in the same direction, on every shot. Varying grip pressure produces shot-to-shot horizontal scatter that no sight adjustment can correct.
Why do I keep getting string slap?
In the majority of cases, string slap is caused by the bow arm elbow rotating inward so the inner forearm enters the string's path. The fix is to rotate the bow arm from the shoulder so the elbow crease faces upward or outward rather than toward the bowstring. Use the diagnostic tool above to confirm whether a hyper-extended elbow, bow length mismatch, or grip position is contributing. Wear an arm guard while correcting technique.
What is bow torque in archery?
Bow torque is a rotational force applied through the grip that causes the bow to twist left or right at the shot. It shows up as horizontal group scatter — arrows that shift left and right between shots without pattern, or that consistently land to one side despite correct sight alignment. Torque is almost always caused by grip pressure applied off-axis: fingers wrapping around the grip, palm contact rather than thenar pad contact, or thumb pressure pushing laterally against the riser.
Does it matter if I grip a compound bow differently to a recurve bow?
The correct grip principles are identical for compound and recurve: thenar pad contact, open fingers, 45-degree knuckle rotation. The feel is different because compound let-off reduces the weight at full draw, which makes a light grip easier to maintain. Recurve archers hold peak draw weight throughout and must actively resist the urge to secure the grip under load. A wrist sling helps equally in both cases by removing the functional reason for wrapping fingers.
How do I stop grabbing the bow at the shot?
Fit a wrist sling — this is the single most effective intervention. The grab reflex exists because the subconscious knows the bow will fall if fingers open. With a sling, the bow is physically retained whether the hand grabs it or not. Once the brain understands the bow cannot fall, the reflex diminishes. Practice blank bale shooting with eyes closed and deliberate open-finger follow-through until the sling-retained open-hand follow-through becomes automatic.
What is an anchor point in archery?
An anchor point is the consistent position where your draw hand contacts your face at full draw on every shot. It is the rear reference of your aiming system. For compound archers, a three-point anchor — string to nose tip, thumb knuckle to jaw, and release body to cheekbone — is the most repeatable. For recurve archers, the standard is either corner of mouth (barebow/traditional) or under-chin (Olympic). The anchor must be established on bone rather than soft tissue wherever possible, as bone provides a non-compressible reference that stays consistent under the varying load of a full draw.
How do I find my anchor point for a compound bow?
Draw your compound bow to full draw with your correct draw length set and your grip in the low open-hand position. Note every point of contact between your draw hand, string, or release and your face. A standard compound anchor uses: the string touching the tip of the nose (vertical reference), and the thumb knuckle or first knuckle of the index finger on a bony point of the jaw below the ear (horizontal reference). Add a third contact — the release body or back of the hand against the cheekbone — if two contacts feel insufficient. Practice the same contact points on every shot until they are automatic before working on any other aspect of your form.