Recoil DART iron shafts are designed to provide increased consistency, optimal feel, and precise ball flight for all golfers.

Recoil DART has been designed after years of research, testing and development to precisely optimize shaft hoop stiffness in the critical areas of the golf shaft. To achieve maximum distance, optimum hoop stiffness is designed into the energy transfer section of the shaft. In the tip section, the hoop stiffness is increased to maintain feel while also stabilizing the tip section for maximum consistency and optimum ball flight. 

DART- Dual Action Recoil Technology eliminates inconsistent areas in the golf shaft

 

Recoil Technology provides greater consistency, distance and trajectory control

  • Recoil Technology provides optimal spring effect in the walls of the shaft and more efficient energy transfer to the ball for increased velocity and greater distance.

 

Ion Plating (IP) creates a stunning and premium finish vs. traditional paint

  • The raw shaft is put into a vacuum chamber where metal ions are emitted and bond to the shaft.
  • The process takes extra time and is more expensive than traditional methods.
  • This extra step is all done in-house, so we are able to ensure tighter control for the best quality.

Recoil- It's more than a reaction. It's a revolution.

 *Taper tip available upon request.

Description Flex Weight Torque (deg) Launch Butt OD Tip OD Tip Parallel Length
Recoil 65 DART F2 A 61g 5.2 Mid 0.600" 0.370" 5.5" 41"
Recoil 65 DART F3 R 64g 5.2 Mid 0.602" 0.370" 5.5" 41"
Recoil 65 DART F4 S 68g 4.9 Mid 0.606" 0.370" 5.5" 41"
Recoil 75 DART F2 A 70g 3.9 Mid 0.598" 0.370" 5.5" 41"
Recoil 75 DART F3 R 72g 3.9 Mid 0.600" 0.370" 5.5" 41"
Recoil 75 DART F4 S 78g 3.9 Mid 0.601" 0.370" 5.5" 41"

 

Flex Driver Swing Speed (mph) Driver Carry (yards)
F2 70-85 175-215
F3 80 - 95 200 - 240
F4 90 - 105 225 - 265

 

 

Tipping Instructions 2 iron 3 iron 4 iron 5 iron  6 iron  7 iron  8 iron 9 iron Wedge
Recoil DART F2, F3, F4  Iron  0.0" 0.5" 1.0" 1.5" 2.0" 2.5" 3.0" 3.5" 4.0"