Archery Target Stand: Height, Materials and Stability

Fletchwise guides are independent and hype-free – we are not sponsored by any archery brand and we do not sell stands.

Target center at about 51 inches. This is the standard height used on ranges and it exists for a form reason, not a convenience one. A target sitting on the ground puts your point of aim well below shoulder height, so you either bend at the waist or drop your bow arm – both of which change your anchor and your shot execution in ways that do not transfer to shooting at an animal or a range face. It also buries every low arrow in dirt, which is how fletching gets wrecked.

A base wider than the target is tall. Stability against arrow impact comes from base width and a low center of gravity, in that order. A typical commercial stand runs about 48 inches wide with roughly 60 inches of front-to-back depth on the legs, which is why they look over-engineered and why they do not tip. If you are building, resist the urge to make the footprint tidy – published target stand dimension references are a good sanity check on proportions.

This is the difference between a stand that lasts and a stand that quietly fails, and it is missing from most DIY plans. An A-frame or sawhorse-style stand carries the target’s weight in a way that pushes the legs outward. Nothing at the bottom resists that except friction with the ground – so over a session on grass, the legs creep apart, the frame flattens, and the target sinks. Under a heavy target, the frame can go all the way over.

The fix costs a few dollars: a short length of chain or nylon webbing between the lower legs, set to the spread you want. It takes the outward load in tension and physically cannot let the frame open further. Every commercial folding stand has one. Almost no homemade one does.

The failure worth taking seriously is not a fallen target – it is what happens at the moment of impact. A stand that shifts or partly collapses as an arrow lands can deflect that arrow somewhere you were not planning for. That is the safety argument for over-building the base, and it applies whether you bought the stand or made it.

The PVC line deserves the emphasis. PVC reads as the obvious cheap build – it is light, it cuts with a hand saw, and the fittings are self-explanatory. What is not obvious is that PVC embrittles in cold and that a target stand takes a small shock on every single arrow. Those two facts combine into a frame that is fine all summer and snaps at the fittings in February. It is not that PVC cannot work; it is that a $45 PVC build is a seasonal consumable, and EMT conduit costs about the same and is not.

A-frame – two legs splayed front to back, target leaned or hung on the front face. The broad base makes this the most stable option and the easiest to make self-supporting. It is what most commercial folding stands are.

H-frame – two uprights with a crossbar, giving a wide flat surface to support the target. Better for large or floppy targets that need backing across their width, including big bag targets that sag when hung from a single point. Needs either a wide foot or staking to match A-frame stability.

If you shoot on soft ground, either design benefits from ground stakes or adjustable feet – uneven terrain is the other thing that makes a stand walk, and it is easy to miss because it happens over weeks rather than in one session.

Different targets load a stand differently, which is worth thinking about before you build one frame for everything.

A foam cube is compact and heavy for its size – it wants a stand that supports it from underneath rather than one it hangs from. A bag target is heavier and flexible, so it needs width and a hanging point or a full-width shelf, and a wet bag target is heavier still. A 3D animal is awkward rather than heavy and usually stands on its own feet or a low platform. And a large or XL target can easily out-mass a light frame, which is where wheels earn their money.

One more thing that saves arrows: whatever the stand is made of, keep the frame members out of the shooting area behind the target face. If your uprights run up either side of a foam cube, a bad shot hits steel. Set them wide, or set them behind the target rather than beside it. For the rest of the backyard setup – backstop, tools, spares – our archery tools guide covers the kit and how to pick a target covers the face itself.

Everything above assumes a stand you fold up and move – the right approach if your shooting spot might change. If you have shot from the exact same backyard location for years, a permanent mount is simpler and sturdier: drive a steel T-post (the same kind used for fencing) and fit an inexpensive T-post target hanger kit, or set a 4×4 or 6×6 post roughly two feet deep – concrete-anchored for a range that sees serious use. A permanent post skips the spread-limiter problem entirely, since there is no frame left to splay, but it only pays off if you are certain the spot will not move.

The spread limiter above solves impact-driven failure – legs splaying open from the shock of an arrow strike. Wind is a different failure mode entirely, and it acts on the stand before you nock an arrow: a large flat target face catches wind like a sail, and a raised, lightweight stand can walk or tip over in a gust with nobody near it. That is why many commercial stands drill straight through each foot for ground nails or stakes – a separate anchor point from the spread limiter, aimed at wind and uneven ground rather than shot impact. If you are building your own and skip this, at least weight the base with something you already own, and do not assume a stand that passed the “hit it hard” test is also stable sitting empty in an open yard.