Hawke Crossbow Scopes
Discover Hawke crossbow scopes at Bamfords Online. Designed specifically for modern crossbows, Hawke's XB series delivers exceptional accuracy, crystal-clear optics and purpose-built reticles for fast, confident shooting in the field.
Why Choose Hawke Crossbow Scopes?
Hawke has been a leader in crossbow optics for many years, with the XB range engineered specifically for today's high-performance crossbows. Featuring purpose-designed reticles, adjustable speed calibration and premium multi-coated optics, Hawke crossbow scopes help deliver accurate shot placement across a range of distances.
Whether you're looking for a compact fixed-power scope or a premium variable magnification model, Hawke offers options to suit every setup. Built with rugged, waterproof construction and dependable optical performance, Hawke crossbow scopes are trusted by hunters and target shooters alike.
Hawke Crossbow Scope FAQs
Hawke crossbow scopes are specifically designed for crossbows and feature dedicated reticles with aiming points calibrated for different distances and arrow speeds. Many models also allow you to match the reticle to your crossbow's velocity for greater accuracy.
While it is possible, a dedicated Hawke crossbow scope is recommended. It is purpose-built to account for arrow trajectory and provides aiming references specifically designed for crossbow shooting.
Yes. Hawke crossbow scopes are built for outdoor use with waterproof, fog-proof and shockproof construction, making them suitable for use in demanding weather conditions.
Most crossbow shooting takes place at relatively short ranges, making lower magnification or compact variable magnification scopes ideal. Hawke offers fixed and variable models to suit different shooting styles and crossbow speeds.
The right model depends on your crossbow and intended use. Hawke's XB1 range is an excellent entry-level option, while the XB30 Compact, XB30 Pro and XB30 Zoom models offer premium features including adjustable speed rings, illuminated reticles and variable magnification.