Superior high quality materials are used luxuriously in search of "results" SPEEDER

Adopted Mitsubishi Chemical's medium elastic carbon fiber "Pyrofil" MR 70 "that combines strength and elastic modulus at a high level.
This realized the feeling that can beat most in the history of speeder.
Moreover, it is possible to achieve a strong impact that is graspable by "super high elasticity 90 t carbon" adopted for the successive EVO series (Ⅱ, Ⅲ) and the jewel line.
In addition, we adopted Fujikura shaft 's patented technology "MCT" and low resin carbon sheet, which brought out excellent stability.

Speeder EVO

Composite "Copper foil sheet" by Fujikura shaft patent technology MCT®

Metal Composite Technology "which is synonymous with Fujikura shaft's high technical strength was adopted even in this work following EVO II, III. Have a high sense of stability and inherit return.

What is MCT®

Metal Composite Technology (MCT) is the latest CG Improvement by Fujikura which joins Composite Carbon with an array of metals. With this technology it allows us to maximize our design portfolio.

The world “Stiffest” carbon fiber 90t carbon sheet

It has been used in EVO2 and EVO3 and Jewel Line (Platinum, ONYX and Diamond Speeder) and is now in the EVO4. 90t carbon is exceptionally expensive, thin and strong material to reduce weight while maintaining stability.


High-performance intermediate modulus material "Pyrofil" MR70

MR70 has been adapted for Fujikura Jewel Line “DIAMOND Speeder” which was launched in April 2017. MR70 is one of the newest advanced carbon fiber technologies used in golf featuring ultra-lightweight strength for speed and stability throughout the swing.

Low resin carbon sheet "RC * 20% prepreg"

Laminated in the entire length of the shaft. It helps to reduce unnecessary movement of shaft and provide more smooth bending.
* volume(%) occupied by resin per mass unit


Outer Bias


By moving the bias layer in between the layers of straight-aligned material, it provides for a much smoother loading and feel of the shaft.


Fujikura Evo IV 474
Fujikura Evo IV 569
Fujikura Evo IV 661
Fujikura Evo IV 757
Fujikura Evo IV

Speeder EVOLUTION IV Technical Specs
Low                        Med                       High
Fade                     Straight                  Draw
Control                                           Distance
Model Flex Product length
Torque Tip diameter
Butt diameter
Condition Curvature distribution
SPD 474 EVO IV R2 47.0 45.5 5.3 0.335 0.590 During~
R 47.0 5.2 0.592
SR 48.5 0.594
S 50.0 0.596
SPD 569 EVO IV R 56.0 4.6 0.594
SR 57.5 0.596
S 59.0 0.598
X 60.5 0.600
SPD 661 EVO IV SR 66.5 3.7 0.598
S 67.5 0.600
X 69.5 0.602
SPD 757 EVO IV S 77.0 3.1 0.604
X 79.0 0.608

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