Foam Archery Targets: Density, Depth and Real Lifespan

Fletchwise guides are independent and hype-free – we are not sponsored by any target brand.

Sheets of foam stacked without glue between them. The arrow parts the layers rather than boring through, and friction along the shaft stops it. This is the construction behind Field Logic’s BLOCK line and the reason those targets pull so easily – covered in detail on our block archery targets page. Best choice if you shoot both field points and broadheads into one target.

A single dense mass, sometimes with a printed or replaceable face. It stops arrows by displacement, which means excellent stopping power at range and a genuinely hard pull when the target is new. Removal loosens as the foam takes shots. Broadheads tear the printed face on the way out, so face-style targets and broadheads are a poor pairing.

Closed-cell foam that closes its entry hole visually after the arrow is pulled. It is a real property, not a lie – but “self-healing” describes the cosmetic surface, not restored stopping power. The material is still being compressed and cut with every shot. Treat the label as a description of how the target looks after a season, not how it performs.

Every foam target guide compares open-layered, solid, and self-healing construction – almost none say what the foam itself actually is, and it matters more than the construction category. The two materials you will actually run into are closed-cell, cross-linked polyethylene (PE) and EVA (ethylene-vinyl acetate). PE’s cross-linked cells do not connect to each other, which is what gives commercial cube targets like BLOCK and Rinehart both their stopping power and their near-total resistance to water – moisture has no open path through the foam. EVA is softer, more flexible, and easier to pull an arrow from, which is exactly why it is the foam in the interlocking gym mats people stack for a DIY target – it is not a lesser foam, it is a different trade-off: less outdoor durability and stopping power per inch, in exchange for a cheaper, softer, easier-pull target.

The practical takeaway: if a listing does not name the foam, assume PE for a purpose-built outdoor cube and EVA for interlocking mat-style targets. Buy PE if the target lives outside year-round – EVA’s more open structure absorbs and holds water rather than shedding it, which shortens its life outdoors faster than UV alone.

This is the calculation almost nobody does before buying, and it is the one that decides whether arrows pass through. Stopping distance depends on arrow speed and arrow weight against foam density – a 340 fps hunting bow delivers far more energy into a target than a 45 lb recurve, and it does it at short backyard distances where the arrow has lost almost nothing.

The counter-intuitive line in that table is the one people get wrong: a heavy bow is hardest on a target at close range, not far. If you are limited to a 15 yard backyard, buy more target than the poundage suggests. Light, fast carbon arrows penetrate more readily than heavy ones for the same bow, which is worth knowing if you shoot both.

Every buying guide talks about lifespan in vague terms – “thousands of shots”, “long-lasting”. Here is the specific mechanism, because it changes how you should use the target.

Field points displace foam. Each shot compresses and slightly tears the material at the entry, and the wear accumulates gradually in a cone around your aiming point. That is the slow, expected kind of wear, and it is why the center of any target goes soft first: it is where everyone aims.

Broadheads do something different. They cut. A fixed blade slices the foam along its edges as it passes, and in a layered target those cuts sever the very friction faces that do the stopping. Nothing about that heals. The measurable result is the thing that catches people out: archers report punching clean through the center of a foam target at 40 yards after a season of broadhead practice – on a target that would still have been stopping field points had broadheads never touched it. The target did not “wear out”. It was cut open from the inside.

The single cheapest thing you can do is stop aiming at the same spot. Most foam targets are printed with several aiming points and shot on two or four sides for exactly this reason, and using them properly is worth more than the difference between brands.

A brand new high-density target can be genuinely difficult to pull from, to the point that people assume they bought the wrong thing. It usually loosens after the first few dozen shots as the foam takes a set. Before you fight it: pull straight in line with the shaft, twist slightly rather than levering, and use an arrow puller or a rubber grip pad. Levering an arrow sideways is how carbon shafts get damaged, and a damaged carbon shaft should be retired rather than shot.

If easy removal is your priority from the start, open-layered construction is the design that solves it – not a higher price on a solid target. The open-layer page explains the friction mechanism behind that.

Cold weather adds a separate factor on top of a target simply being new: foam stiffens as temperature drops, so a target that pulled easily all summer can suddenly feel tight again the first cold week of the season. It is not damage and the target is not failing – the material genuinely grips harder when stiff. Keep an arrow puller in your kit through winter and expect extra effort at retrieval no matter how broken-in the target already is.

Foam is the default backyard target for good reason, but three cases point elsewhere. If you shoot high volume with field points and nothing else, a bag target costs less per year and pulls easily – the trade being that it cannot take broadheads at all. If you are practising for hunting at unknown distances and angles, a 3D animal target teaches shot placement that a cube cannot. And if pass-throughs are your problem rather than the target itself, the answer is a backstop or a bigger target, not a denser cube – our DIY target guide covers building a backstop cheaply.

Whatever you buy, get it to the right height. A target on the ground makes you aim downward and quietly changes your form; about 51 inches to the center is the standard, and our target stands guide covers getting there without the stand shifting when hit. For the full category comparison, start at how to pick a target.