The single factor that most influences your choice of arrow point is what you intend to do with the arrow. Whether you’re shooting paper targets at 20 yards or hunting elk at 50, your purpose dictates the point’s weight, shape, and design. But once purpose sets the direction, the practical decision comes down to weight, because point weight affects nearly everything else about how your arrow performs: its spine behavior, its balance, its penetration, and its flight stability.
Why Point Weight Matters More Than Anything Else
Arrow points typically range from 75 to 300 grains, and even a small change in that number ripples through your entire setup. A heavier point shifts the arrow’s balance point forward, changes how stiff the shaft acts during launch, and alters both speed and penetration potential. A lighter point does the opposite. No other single variable in point selection touches as many aspects of arrow performance.
When you increase point weight, you decrease what’s called dynamic spine, which is how stiff the arrow behaves when it flexes off the bow. The arrow acts weaker (more flexible) with a heavier point and stiffer with a lighter one. This means you can’t just swap a 100-grain point for a 150-grain point without potentially throwing off the tune of your entire bow setup. You may need to adjust arrow length, shaft stiffness, or other components to compensate. Point weight is the lever that moves everything else.
Front of Center: The Balance Factor
Point weight directly controls your arrow’s front of center (FOC) percentage, which describes how far forward the balance point sits relative to the arrow’s midpoint. A heavier point pushes that balance forward, and a higher FOC generally means better flight stability, especially in wind and at longer distances.
For target archery, an FOC between 7 and 15% works well indoors, while 10 to 15% is better for outdoor shooting where wind becomes a factor. Arrows with FOC values under 7 to 10% tend to track poorly in crosswinds. For bowhunting, 10 to 15% is the recommended range, particularly for longer shots or lower-poundage bows. At short range, FOC matters less as long as it’s a positive number, but it becomes increasingly important as distance grows.
This is why many hunting setups run 150 to 200 total grains of weight up front (including the broadhead, insert, and collar). If your arrow shaft is heavier per inch, you can stay closer to 150 to 175 grains up front. If your shaft is lightweight, pushing toward 175 to 200 grains helps maintain good FOC and overall arrow weight.
Penetration: Heavy Points Hit Harder
For hunters, penetration depth is often the deciding factor in point weight selection, and the physics clearly favor heavier setups. Two formulas govern what happens at impact: kinetic energy (which favors speed) and momentum (which gives mass and speed equal weight). A heavier arrow flying slightly slower will penetrate deeper than a lighter, faster arrow because momentum carries it through resistance more effectively.
You can go lighter to flatten your trajectory and gain speed, which may boost your kinetic energy numbers on paper. But that trade-off reduces momentum and limits how deeply your arrow punches into larger, tougher animals. For North American game, a total arrow weight in the 450 to 550 grain range provides a solid balance of speed and penetration. A medium-weight shaft around 380 grains tipped with a 100-grain broadhead, shot from a 70-pound compound bow, produces enough of both to penetrate deeply on whitetail deer.
Point Shape and Aerodynamic Drag
Weight gets the most attention, but point shape plays a significant role too, especially for hunters choosing between broadhead styles. Broadhead length and tip shape have the biggest impact on aerodynamic drag. Chisel-style tips create more drag than sleek, pointed designs, and longer broadheads also generate noticeably more air resistance.
In controlled testing with a shooting machine at 70 yards, field tips grouped within 2 to 3 inches. Mechanical broadheads opened that up to about 4 inches, and fixed-blade broadheads averaged around 7 inches. Broadhead arrows also drifted more in crosswinds than field tips. So if you’re shooting at longer distances or in windy conditions, a compact, streamlined point profile helps preserve accuracy.
This is why matching your practice points to your hunting points matters. Your field tips and broadheads should always be the same grain weight so your arrows behave consistently when you switch between practice and hunting setups.
Matching Points to Your Draw Weight
Your bow’s draw weight sets a ceiling on how heavy a point you can effectively shoot. With a draw weight under 55 pounds, a 100-grain broadhead is typically the better choice because the lighter point preserves arrow speed, which is essential for adequate penetration when you don’t have as much energy to begin with. Heavier 125-grain broadheads offer better penetration potential for archers pulling higher draw weights, but only if the bow generates enough force to push that heavier arrow at a useful speed. A heavy point on a low-poundage bow can result in an arrow that’s too slow to do its job.
Shaft Compatibility and Sizing
Before worrying about weight or shape, you need a point that physically fits your arrow shaft. Arrow shafts come in different inside diameters, and points are sized to match. Easton, for example, uses a metric system: 6.5mm (standard diameter), 6mm (reduced), 5mm (micro), and 4mm (ultra-micro, using their Deep Six component system). A point designed for a 5mm shaft won’t fit a 6.5mm shaft without the correct insert, so checking your shaft’s internal diameter is the first practical step in narrowing your options.
Most arrow manufacturers now label shafts by their metric inside diameter, making it straightforward to find compatible inserts and points. If you’re unsure, the shaft model number or a quick measurement with calipers will point you to the right component family.
Putting It All Together
Choosing an arrow point isn’t a single decision. It’s a chain of decisions, but each link connects back to one central question: what are you trying to accomplish? Target shooters optimize for tight groups and consistent flight, favoring moderate point weights that keep FOC in the 10 to 15% range and pair with sleek field points. Hunters optimize for penetration and terminal performance, leaning toward heavier front-end weight and broadhead designs that balance cutting ability with aerodynamic efficiency.
Within those goals, point weight is the factor with the widest reach. It influences spine behavior, balance, speed, momentum, and penetration. Shape matters for aerodynamics and accuracy at distance. Shaft compatibility determines what physically works. And draw weight sets the boundaries for how heavy you can realistically go. Start with your purpose, choose your weight, then refine shape and fit from there.