Bowtech Proven 34 Compound Bow

The only thing you need to focus on is the moment.

• CenterMass Technology precisely aligns the sight to optimize unmatched stability and accuracy in every shot.
• The 34" Axle-to-Axle length is the perfect combination of maneuverability and increased stability.
• Perfect tuning, anytime, anywhere—no bow press needed.
• With TimeLock, you can achieve perfect timing in just 2 minutes, all without a bow press.
• The fully customizable GripLock provides the ability to fine-tune grip angle with a simple Allen wrench.
• Alternate and custom decoration options are subject to upcharges.

Specs

• Long Cam Brace Height 7"

  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 Height 6.625"

  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 Length 27.5" - 33"

  Compound bows have an adjustable draw length range and should be set to fit your unique body size and shape.

• Med Cam Draw Length 25" - 30"

  Compound bows have an adjustable draw length range and should be set to fit your unique body size and shape.

• Long Cam Mass Weight 4.7 LBS

  Lighter bows can be great for mobility while adding weight or dampeners can virtually eliminate vibration.

• Med Cam Mass Weight 4.7 LBS

  Lighter bows can be great for mobility while adding weight or dampeners can virtually eliminate vibration.

• Long Cam Speed 331 FPS

  Today’s average bow speeds offer more forgiveness on the shot than ever. Faster bows can deliver more downrange energy.

• Med Cam Speed 336 FPS

  Today’s average bow speeds offer more forgiveness on the shot than ever. Faster bows can deliver more downrange energy.
• Draw Weight 50, 60, 70 LBS

  Max draw weights can typically be reduced by 10lbs. This provides comfortable draw cycles for everyone while maximizing energy.

• Axle to Axle 34"

  Longer bows can increase stability while shorter bows can be better suited for maneuverability and tight spaces.