Crossbow Range Calculator

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In a nutshell

  • Range: For accurate target shooting the effective range of a modern crossbow sits at roughly 33 to 66 yards (about 30 to 60 metres), depending on your setup and skill.
  • Flat shot: Fired flat from around 5 feet (1.5 metres), a bolt travels roughly 55 to 98 yards (about 50 to 90 metres) before it reaches the ground.
  • Key figures: Common values are 300 to 470 fps, draw weights of 150 to 225 lbs and around 66 to 118 ft-lbs (90 to 160 joules) of kinetic energy.
  • Bolt weight: A heavier bolt holds its speed better and can fly farther than a lighter one at the same launch speed.
  • Penetration: It rises with kinetic energy, so a heavier bolt at moderate speed often delivers more force than a very light, fast one.
  • Type: Compound crossbows usually reach higher fps than recurve models at the same draw weight, which means slightly more range.

There is no single fixed number, because range depends on several factors. For accurate target shooting, the usable range comes to about 33 to 66 yards (30 to 60 metres), depending on the model and practice. The pure flight distance is far greater. Fired flat from around 5 feet (1.5 metres), a bolt lands roughly 55 to 98 yards (50 to 90 metres) away, depending on speed and weight. With a launch angle of around 40 to 45 degrees, the throwing distance becomes a multiple of that again.

The best way to find out what your own setup manages is to work it out yourself. The calculator below simulates the flight of your bolt including air resistance and shows you range, peak height and flight time.

Range by speed and bolt weight

The table below shows approximate flat-shot distances at a 0 degree launch angle and around 5 feet (1.5 metres) of launch height. It makes clear that speed drives the distance above all, while bolt weight makes only a small difference at the same launch speed.

Bolt weight 300 fps 350 fps 400 fps 450 fps 500 fps
300 grains 55 yd (50 m) 63 yd (58 m) 73 yd (66 m) 82 yd (75 m) 90 yd (83 m)
400 grains 55 yd (50 m) 64 yd (58 m) 73 yd (67 m) 82 yd (75 m) 91 yd (83 m)
500 grains 55 yd (50 m) 64 yd (59 m) 73 yd (67 m) 82 yd (75 m) 91 yd (83 m)
600 grains 55 yd (50 m) 64 yd (59 m) 73 yd (67 m) 82 yd (75 m) 91 yd (83 m)

These values apply to a flat shot. As soon as you raise the angle, the distance climbs noticeably because the bolt stays in the air longer. You can follow exactly this effect in the calculator using the angle slider.

Range by draw weight (150 and 200 lbs)

Draw weight in lbs says little about range on its own, because what matters is the speed it produces. A crossbow with 150 lbs often brings a typical bolt to around 300 to 350 fps, while a 200 lbs model reaches more like 350 to 400 fps. In flat-shot distance that roughly means the difference between about 63 and 73 yards (58 and 67 metres). How much fps your draw weight really produces depends on the efficiency of the limbs and on the bolt weight, so it pays to check the manufacturer figure and confirm it in the calculator.

Compound or recurve crossbow

A compound crossbow works with cams and stores more energy during the draw at the same draw weight. That usually results in higher fps and therefore a little more range than a recurve crossbow of the same draw weight. The recurve design scores in return with simpler maintenance and a quieter shot. For pure distance the compound design has the edge, while for an easy start the recurve crossbow is often the more relaxed choice. You will find both designs in our range of crossbows.

Range and penetration

Range and penetration are not the same thing. Penetration follows the kinetic energy, which comes from bolt weight and speed. A very light, fast bolt flies flat and far but loses its energy quickly. A heavier bolt at moderate speed carries its energy longer and often delivers more force at the target. So if energy at the target matters to you, you look not only at high fps but at a balanced ratio of speed and weight. A good starting point are carbon bolts, which are the standard today because they stay strong and true to shape. Joule mode in the calculator shows you the kinetic energy directly.

Why a heavier bolt can fly farther

This sounds contradictory at first, but it makes sense as soon as air resistance comes into play. In a vacuum the weight would make no difference, on earth the air slows every bolt down. A heavier bolt has more inertia and holds its speed better, so the air slows it less relative to its momentum. If two bolts leave at the same launch speed, the heavier one travels farther. In practice, though, a crossbow transfers a limited amount of energy, so the heavier bolt usually starts slower. You can try out exactly this interplay in the calculator by comparing the same weight once at equal and once at adjusted speed. You will find different weights to experiment with among our bolts.

Effective range in practice

Maximum flight distance is one thing, the range at which you hit reliably is another. For clean target shooting most shooters stay in the range of 33 to 66 yards (30 to 60 metres), and beginners sensibly start well below that. The farther the target, the more strongly small variations at release and the arc of the trajectory come into play. Shoot at the distance where you hit with confidence, and extend it step by step. Always make sure there is a sufficient safety zone behind the target and a suitable backstop.

Legal framework

Rules on buying, owning, carrying and using a crossbow vary widely from country to country and even between regions. In some places a crossbow can be bought freely from a certain age, in others it is more tightly regulated, and specific uses such as hunting may be restricted or not permitted at all. Before you buy or use one, check the current regulations that apply where you are. These notes are general guidance and do not replace legal advice.

FAQs

How far does a crossbow shoot?

For accurate target shooting the effective range of a modern crossbow sits at about 33 to 66 yards (30 to 60 metres), depending on setup and practice. The pure flight distance is greater and reaches roughly 55 to 98 yards (50 to 90 metres) on a flat shot, and a multiple of that at a raised angle.

A 150 lbs model often brings a typical bolt to 300 to 350 fps. That corresponds to a flat-shot distance of about 55 to 63 yards (50 to 58 metres), with the effective target range sitting below that.

At the same launch speed, yes, because a heavier bolt holds its speed better against air resistance. Since the crossbow transfers only a limited amount of energy, a heavier bolt usually starts slower in practice.

Range describes the distance covered, penetration the kinetic energy at the target. A heavier bolt at moderate speed carries its energy longer and often delivers more force than a very light, fast bolt.

At the same draw weight, usually yes. The compound design stores more energy through its cams and therefore reaches higher fps and a little more range.