Shaft Performance Characteristics

The newest of the Speeder Evolution line is the Speeder Evolution III which completes the family of products by providing a mid-spin and launch performance relative to the Evo I (high) and Evo II (low). The Evolution III is designed for the golfer looking for tour-level feel and performance, but with flighting and spin that will keep the ball in the air a bit longer. Evo III utilizes the same 90-Ton carbon, TORAY’s T1100G, Metal Composite Technology as the Evo II.

The Fujikura Speeder Evolution series of shafts utilize the most premium shaft technologies and composite materials currently available and the Speeder Evolution III is no exception.

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Speeder Evolution III Advantages

  • MCT (Metal Composite Technology) in the grip section for increased stability and counterbalance feel
  • TORAYCA® T1100G (watch video)
  • TRIAX core (watch video)
  • 90-Ton Carbon Fiber
  • Maximum Carbon Fiber Content
  • H.I.T. Technology, high inertia tip
  • Phantium Finish

TORAYCA® T1100G (Source)

“With the newly developed TORAYCA® T1100G, Toray succeeded in enabling both high strength and high modulus, which was thought to be technically difficult, by employing carbonization technology to precisely control fiber structure at the nano-level, and significantly improved the performance of the carbon fiber in comparison with Toray’s existing products such as TORAYCA® T1000G and T800S, which are widely used in high-end applications led by the aerospace field.

Using innovative nanotechnology, Toray also developed matrix resin technology that improves both tensile strength and impact resistance in prepreg. Toray intends to achieve the utmost performance required in respective fields including aerospace structures and high-end sporting goods by combining this technology with TORAYCA® T1100G.”

2016 Speeder Evolution III Technical Specs

model flex length weight tip flex butt flex torque par. tip butt dia bend pt spin launch
757 S 47 75.5 94 71 2.6 2.5 0.605 H M/L M
X 47 77 88 65 2.6 2.5 0.605 H M/L M
661 SR 47 65 103 80 3.2 2.5 0.6 M M M
S 47 66.5 99 75 3.2 2.5 0.605 M M M
X 47 68 94 69 3.2 2.5 0.605 M M M
569 R 47 56 111 95 3.8 2.5 0.6 L M/H M/H
SR 47 57 107 87 3.8 2.5 0.6 M M M/H
S 47 59 102 81 3.8 2.5 0.6 M M M/H
474 R2 47 44 131 113 5 2.6 0.58 L M/H M/H
R 47 45 123 103 5 2.7 0.59 L M/H M/H
SR 47 48 114 94 4.9 2.4 0.59 L M/H M/H
S 47 49 110 88 4.9 2.5 0.59 L M/H M/H