• POWER SURGE : PRECISION IS PRICELESS
  • Exotic, Ultra-High Modulus, Pitch Woven material.
  • The stiffest, lightest and thinnest carbon fabric.

POWER SURGE



From our state-of-the-art enso® motion capture technology to the craftsmanship and exceptional materials used in every Power Surge shaft, we spared no expense on the journey to perfection. this year, put precision back in your swing; upgrade to a shaft like no other: Power Surge.


Fujikura Power Surge

A Shaft Like No Other

Power Surge is designed for golfers of any skill level looking to increase ball speed and decrease spin, doing so in a way that no shaft has ever achieved before. We have accomplished this through research using our proprietary enso® motion capture system and the sue of a new Japanese Pitch Woven reinforced material we call PCI [Power Carbon Infused]. We are the first to incorporate this material into a golf shaft. PCI's properties translate to low torque and low spin, yet Power Surge is easy to load with exceptional feel throughout the swing, something traditionally difficult to achieve in alow torque shaft...unitl now.

PCI TECHNICAL FEATURES

- Exotic, Ultra-High Modulus, Pitch Woven material from Japan used in Satellite Applications
- 3x stronger than traditional carbon materials at 105 msi tensile modulus
- Woven and spread into ultra-thin, lightweight reinforcement weighing half of a standard fiber (100g/m2)
- The stiffest, lightest and thinnest carbon fabric ever used in golf at only 0.08 mm thickness

       

Power Surge Technical Specs

Model Flex Product length Weight Tip Flex Butt Flex Torque Par. Tip Length Tip diameter Butt diameter Bend pt Spin Launch
Power Surge EV 4.0 R2 45 49 146 115 4.2 2.5 0.335 0.595 L L H
R 138 108 3.7
SR 50 130 99 3.6
S 122 93 3.4
Power Surge EV 5.0 R 46 57 130 97 3.5 2.5 0.335 0.600 M/L L H
SR 58 120 90 3.2
S 110 84 3.0
X 59 100 78 2.7
Power Surge EV 6.0 SR 46 66 113 85 2.6 2.5 0.335 0.610 M UL H
S 68 105 79 2.5
X 70 98 75 2.3
TX 91 72 2.2
Power Surge EV 7.0 X 46 78 91 72 2.0 2.5 0.335 0.605 M/H UL H
TX 79 85 69