Bowmar Beast 2.3" Titanium COC Mechanical Crossbow Broadheads
The Bowmar Beast 2.3" Titanium COC Mechanical Crossbow Broadheads are premium crossbow-approved mechanical broadheads built for hunters who want cut-on-contact penetration, titanium strength, and an extra-wide 2.3-inch cutting diameter. Designed as part of Bowmar’s Beast Titanium Cut On Contact lineup, these broadheads combine a rugged ferrule, razor-sharp blades, secure retention, and fast deployment for serious hunting performance.
Built with a Grade 5 titanium ferrule, 420-series hardened stainless steel cut-on-contact tip, and German LUTZ blades, the Beast 2.3" Titanium COC broadhead is made for hunters who demand premium materials and dependable field performance. The crossbow-approved design is engineered to handle modern crossbow speeds while keeping blades secure in flight and ready to deploy on impact.
2.3-Inch Cut-On-Contact Design
The 2.3-inch cutting diameter gives hunters a larger cutting profile while the cut-on-contact tip starts working immediately at impact. This combination is built for hunters who want a wide mechanical entry channel with the added benefit of a sharpened front tip designed to begin cutting before the main blades open.
Grade 5 Titanium Ferrule
The Grade 5 titanium ferrule provides a strong, lightweight foundation for the broadhead. Titanium construction helps deliver durability and strength while keeping the head balanced for accurate flight from properly tuned crossbow setups.
BEAST Spring Technology
Bowmar’s Bone Evading Advanced Spring Technology, or BEAST system, is designed so the blades can retract and redeploy when they encounter heavy resistance. This helps preserve blade sharpness and maintain forward momentum through tough impact situations.
E.P.I.C Deployment System
The Engineered Propulsion In Core system is designed for fast, reliable blade deployment. Bowmar lists the E.P.I.C system as requiring light force on either deployment tab, helping the blades open quickly and consistently on impact.
Blade Lock Retention System
The Blade Lock retention system keeps the blades secure in flight without relying on O-rings or collars. This gives crossbow hunters a cleaner, quieter, and more dependable setup from the shot to impact.
Key Features
- Bowmar Beast 2.3" Titanium COC Mechanical Crossbow Broadheads
- Crossbow-approved mechanical broadhead design
- 2.3-inch cutting diameter for a wide cutting profile
- 3 broadheads per pack
- Available in 100 grain and 125 grain options depending on inventory
- Grade 5 titanium ferrule for premium strength and durability
- 420-series hardened stainless steel cut-on-contact tip
- German LUTZ blades for sharpness and edge retention
- BEAST spring technology allows blades to retract and redeploy under resistance
- E.P.I.C deployment system supports fast, reliable blade opening
- Blade Lock retention system keeps blades secure in flight
- No O-rings or collars required
- Hand assembled and tested in America
Best Uses
- Crossbow hunting
- Whitetail deer hunting
- Turkey hunting
- Big game hunting where mechanical broadheads are legal
- Hunters wanting an extra-wide cutting mechanical broadhead
- Modern crossbow setups requiring secure blade retention
- Hunters wanting a premium titanium cut-on-contact broadhead
Why Choose Bowmar Beast 2.3" Titanium COC Crossbow Broadheads?
The Bowmar Beast 2.3" Titanium COC Mechanical Crossbow Broadheads are built for hunters who want the premium material package of the Titanium COC lineup with a wider 2.3-inch cutting diameter. The titanium ferrule, hardened cut-on-contact tip, German LUTZ blades, BEAST spring technology, E.P.I.C deployment system, and no-collar Blade Lock retention system make this broadhead a serious option for crossbow hunters who value accuracy, durability, and dependable blade performance.
If you want a premium 2.3-inch mechanical crossbow broadhead with cut-on-contact construction, titanium strength, and Bowmar’s Beast blade system, the Bowmar Beast 2.3" Titanium COC Mechanical Crossbow Broadheads are built to be ready for the hunt.
