Excalibur Hybrid X Crossbow Package - Mossy Oak Country DNA with Overwatch Scope

The Excalibur Hybrid X Package Crossbow Mossy Oak Country Dna W Overwatch Scope is a remarkable fusion of traditional craftsmanship and modern technology, designed to elevate your hunting experience. This crossbow masterfully combines the trusted durability of recurve limbs with the enhanced speed and efficiency of a compound cam system, achieving impressive arrow velocities of up to 435 feet per second. Its robust build ensures exceptional accuracy and longevity, making it a dependable choice for serious hunters.

Adorned with the distinctive Mossy Oak Country DNA camouflage, this crossbow offers excellent concealment in diverse outdoor environments. Its compact and ergonomic form factor enables effortless manoeuvrability without compromising on power, catering perfectly to those who value agility alongside precision. The innovative ChargerX crank system simplifies cocking by reducing the draw weight to just 14 pounds, allowing for smooth and consistent loading every time. Additionally, safety is paramount with the integrated CeaseFire Anti-Dry Fire system, while the included Overwatch Illuminated Scope guarantees sharp targeting in various light conditions.

Whether you are a seasoned hunter or an enthusiast looking to upgrade, this crossbow delivers a harmonious blend of power, ease of use, and cutting-edge features. Experience the difference with a package that redefines crossbow performance and reliability for the modern outdoorsman.

• Blends recurve reliability with compound efficiency
• Fires arrows up to 435 FPS for outstanding speed and impact
• Hybrid HO limbs for enhanced energy storage
• InnerDrive Cam Technology reduces cam stress and improves timing
• Fixed Position Cam Tracks ensure consistent performance
• ChargerX Crank System lowers draw effort to 14 lbs
• DIY no-press design for easy field maintenance
• CeaseFire Anti-Dry Fire Safety System prevents accidental dry-firing
• Includes Overwatch Illuminated Scope for precise targeting