Shooting a Bow From a Tree Stand

An arrow drops according to the horizontal distance it travels, not the line-of-sight distance your eye measures — so a correctly sighted bow shoots high from a tree stand unless you correct for it. That one sentence explains a large share of the arrows that sail over a deer’s back at fifteen yards, and it is a geometry problem rather than a shooting problem.

It is also only half of what changes when you climb. The other half is that the deer’s vitals are no longer where you have spent all summer aiming, because from above you are looking down into the chest rather than across it. Fix the distance and you stop shooting high. Fix the aiming point as well and you start getting two lungs instead of one.

The distance problem, with numbers

Realtree’s treatment of angle-compensating rangefinders puts the principle plainly: an arrow follows the true horizontal distance, not the line of sight, on an angled shot from a stand. The practical size of the error depends on how high you are and how close the deer is, and the relationship is not intuitive — the error is largest at close range, which is exactly where most whitetail shots happen.

These are straight Pythagorean figures from the two distances, not test data — the slope distance is the hypotenuse of a triangle whose sides are your height above the deer and the horizontal distance to it. Read the table for the pattern rather than the decimals: at thirty yards the correction is small enough to ignore with a multi-pin sight, and at ten yards from a tall stand it is large enough to miss over the top of a deer.

There are two fixes and you should use both. The reliable one is an angle-compensating rangefinder, which does the trigonometry and reports the horizontal number your pin is actually calibrated for. The free one is to range your shooting lanes from the stand before season, write the horizontal numbers down, and hunt to those — which also stops you ranging a live deer while it is looking at you.

The aiming problem: where the vitals go when you climb

On flat ground, the broadside aiming point behind the near shoulder puts the arrow through the middle of both lungs. From twenty feet up at close range, the arrow enters high on the near side and exits low on the off side — so the same visual aiming point sends it over the top of the heart and through the top of the near lung only.

The correction is to stop aiming at the visible crease and start aiming at the chest cavity as a three-dimensional volume. In practice that means holding at or slightly below the mid-line of the body you can see, behind the near shoulder, and picking the exit point on the off side as the thing you are actually aiming at. The steeper the angle, the lower on the visible body your hold goes.

The corollary is the shot to pass: a deer directly beneath the stand. There the arrow travels down the length of the chest rather than across it, and the chance of reaching both lungs is poor regardless of how well you shoot. Waiting for the deer to step out to ten or fifteen yards is free, and it converts a bad angle into a good one. Our guide to tracking after the shot covers what each hit type means for your wait time, and the shot-placement consequences are why it is worth passing the hard one.

The form change: bend at the waist, not at the elbow

Here is the mistake that produces inconsistent elevated shots even when the distance is right. Faced with a downhill target, most hunters keep their torso upright and drop their bow arm to find the deer. That changes shoulder alignment, shortens the effective draw and moves the anchor — three alterations to the form the bow was sighted in with, all at once, at the worst possible moment.

The fix is to keep the entire upper body in the same relationship it has on flat ground and hinge forward from the hips. Your bow arm, release arm, shoulders and head alignment all stay put; only the angle of your spine changes. This is also what gets the lower limb of the bow clear of the stand rail, which is the second thing that ruins elevated shots.

Three things to rehearse before opening day, in the harness and the coat you will hunt in:

• The seated shot. Most hunters have never shot an arrow sitting down, and plenty of deer arrive before you can stand up without being seen. Practice it.
• The off-side turn. A right-handed shooter’s hardest shot is to their right. Find out at home which directions you genuinely cannot cover from the seat, and hang the stand accordingly.
• Clearance. The tether, the harness straps, a bino harness and anything on your belt are all things a string can catch. Set the tether so you can stand, turn and draw without loading it, and check the path of the string with the bow at full draw.

The three pieces of kit that make an elevated shot repeatable

One solves the distance, one solves the angle mechanically, and one is non-negotiable before you are in the tree at all.

Solves the distance

Leupold RX-1400i TBR/W Gen 2

Stand hunters who want angle-compensated range

Max range (reflective)

1,400 yd

Magnification

6x

Angle compensation

Yes — TBR/W (true horizontal + wind hold)

$197.99 · View on Amazon

Price as of October 10, 2026. #ad How we’re funded

Solves the angle

TRUGLO Pendulum Series Ultimate Treestand Sight

Elevated stand hunting inside pendulum range

Type

Pendulum treestand sight

Bracket

Adjustable

Pins

Not published

$101.46 · View on Amazon

Price as of October 10, 2026. #ad How we’re funded

Before any of it

Hunter Safety System Ultra-Lite Harness (Mossy Oak Bottomland)

A stand or saddle hunter who wants a harness light enough to wear every sit

Type

Full-body harness vest, mesh upper

Harness weight

2.5 lb

Capacity

S/M 100-175 lb; L/XL 175-250 lb; 2X/3X 250-300 lb

$132.99 · View on Amazon

Price as of October 10, 2026. #ad How we’re funded

The rangefinder is the general-purpose answer: TBR/W reports the true horizontal distance a bow or bullet actually follows, and the Flightpath mode flags whether an arrow clears intervening limbs — which from a stand is a real question, not a gimmick. The pendulum sight is the specialist answer, and it suits a hunter who shoots almost nothing except close elevated shots. Note honestly that the pendulum sight publishes neither a pin count nor an effective range on the listing we read, so you are buying the concept rather than a specification; our bow sight picks set out what each sight in the category does and does not state.

The harness is the one item here that is not a performance choice. The National Deer Association has documented the leading causes of treestand falls and the case for wearing a harness on every hunt, the Tree Stand Safety Awareness Foundation exists to track those statistics, and state-approved hunter education guidance is to stay attached to the tree from the ground up — which means a lineman’s rope or a lifeline on the climb, not just a harness once you are seated. The harness above is published at 2.5 lb with built-in lineman’s loops and a shock-absorbing tether; note that its maker names no standard, test or certifying body, and that Hunter Safety System’s own FAQ recommends replacing a harness every three to five years, or immediately after a fall or any sign of wear. Our harness picks and climbing stick guide cover the rest of the system.

How far is too far from a stand?

Elevation does not extend your range — if anything it shortens it, because the shot angle narrows the window through both lungs. Conventional bowhunting guidance treats 40 to 50 yards as a practical outer limit on whitetail, and most hunters are better served by a self-imposed 30. Add elevation and the honest number is the distance at which you can keep a three-arrow group inside the chest cavity, from the seat, at the angle you will actually shoot.

That is a number you have to find rather than read, which is the whole argument for practicing from the stand itself. Our draw weight for deer guide covers the energy half of the limit, and our guide to hanging a stand covers setting the stand so your best shooting lane is also the one the deer uses.