PRECISION ACCURACY AND STABILITY WITH EASE OF TUNABILITY.
- Designed in conjunction with top professional archers every step of the way.
- Driven by the most accurate cam system ever developed, DeadLock.
- TimeLock allows for quick and easy cam position adjustments with a simple Allen wrench. No press is needed.
- GripLock allows custom positioning of grip angle to fine-tune hold for increased accuracy.
- FlipDisc Pro provides multiple let-off settings. You choose your perfect setting.
- Strategically located Orbit Dampeners Eliminate noise created by shock and vibration
- Strategically engineered to the tightest tolerances for unwavering shot-to-shot consistency
-
LONG CAM BRACE HEIGHT7.062"
A longer brace height can offer more forgiveness on the shot while a shorter brace height can make a fast bow even faster.
-
MED CAM BRACE HEIGHT6.75"
A longer brace height can offer more forgiveness on the shot while a shorter brace height can make a fast bow even faster.
-
LONG CAM DRAW LENGTH28.5 - 32.5
Compound bows have an adjustable draw length range and should be set to fit your unique body size and shape.
-
MED CAM DRAW LENGTH25.5 - 29.5
Compound bows have an adjustable draw length range and should be set to fit your unique body size and shape.
-
LONG CAM MASS WEIGHT4.7 LBS
Lighter bows can be great for mobility while adding weight or dampeners can virtually eliminate vibration.
-
MED CAM MASS WEIGHT4.6 LBS
Lighter bows can be great for mobility while adding weight or dampeners can virtually eliminate vibration.
-
LONG CAM SPEED328 FPS
Today’s average bow speeds offer more forgiveness on the shot than ever. Faster bows can deliver more downrange energy.
-
MED CAM SPEED332 FPS
Today’s average bow speeds offer more forgiveness on the shot than ever. Faster bows can deliver more downrange energy.
-
DRAW WEIGHT50, 60, 70 LBS
Max draw weights can typically be reduced by 10lbs. This provides comfortable draw cycles for everyone while maximizing energy.
-
AXLE TO AXLE36"
Longer bows can increase stability while shorter bows can be better suited for maneuverability and tight spaces.