The most accurate, deepest penetrating fixed blade broadhead in the world. Incorporating proven aircraft technology, Ramcat is the first fixed broadhead that flies exactly like a field point when shot from any bow, at any speed. The patented Airfoil System creates field point accuracy while Firenock Aero Concentric Technology eliminates thread slip and the Back-Cut Technology features both front and rear sharpened blades that do as much damage penetrating a target as it does coming out. Hits like a Ram, Cuts like a Cat!
100 Grain - 1-3/8” Inch Cut Diameter
3 per pack
PIVOTING BROADHEADS: Pivots as needed to keep arrow driving on impact, even when coming in contact with bone
AIRFOIL AERODYNAMICS: Deep lobes on tip creates an airfoil that eliminates wind planning for field-point accuracy and better flight
BACK CUT TECHNOLOGY: 0.032-inch, rear-sharpened, stainless steel blades are silent in flight and in the event of no pass-through continue to maximize devastation on both the front and rear of blades
BLADE OVER SHAFT TECHNOLOGY: Blades are cantilevered over the arrow shaft and offset in the broad head body creating a powerful vortex cut and incredible aerodynamics
Cut Diameter Option(s)
100 gr - 1 3/8” Cut Diameter
Front & Rear
Back Cut Technology
The rear of the blades are sharpened. lf there is no pass through, the blades roll forward and cut coming out. Blades are .032” stainless steel and silent in flight.
The patented concave scoop design creates an airfoil that eliminates wind planing for field point accuracy.
On impact, the airfoil science of Ramcat continues to work by moving body mass outward and away from the broadhead body and arrow shaft.
Patent # US 8,210,971 B1
Blade Over Shaft Technology
Blades are cantilevered over the arrow shaft and offset in the broadhead body creating a devastating vortex cut and results in the most aerodynamic broadhead on the market.
Firenock Aero Concentric Technology
This two O-ring system on the threaded shank eliminates any thread slop and guarantees the broadhead is 100% concentric in the insert.