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Mitsubishi FUBUKI V-Series Graphite Wood Shafts

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GMRC-FUVS-W
Price: $360.00
Product Name Price Qty
Wood-4, S-Flex $360.00 In Stock
Wood-50, R-Flex $360.00 In Stock
Wood-50, Stiff $360.00 In Stock
Wood-50, X-Flex $360.00 In Stock
Wood-60, Stiff $360.00 In Stock
Wood-60, X-Flex $360.00 In Stock
Wood-70, Stiff $360.00 In Stock
Wood-70, X-Flex $360.00 In Stock
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Mitsubishi FUBUKI V-Series Graphite Wood Shafts

  • FUBUKI continues to be our proving ground for disruptive, category changing ideas. The FUBUKI V-Series features Power "Ninja" Core (P.N.C.) Stainless Steel Mesh Technology, in addition to our newest innovation “ Impact Stabilization Technology (I.S.T.). I.S.T. utilizes variable material stiffness in the lower third of the shaft to minimize unwanted "lag" and "rebound", to deliver more control and efficient power transfer through impact.
  • Impact Stabilization Technology (I.S.T.) utilizes our latest innovative design and materials to control variable stiffness in the lower third of the shaft. I.S.T. enables us to minimize unwanted "lag" and "rebound" through impact, delivering greater control and more efficient power transfer.
  • Power "Ninja" Core (P.N.C.) Stainless Steel Mesh Technology: Our P.N.C. Stainless Steel Mesh Technology was first used in the FUBUKI™ K-Series. A layer of ultra-thin yet strong steel webbing is integrated into the core of the shaft. The mesh acts as a truss”adding strength and minimizing shaft deformation in all directions. Mitsubishi Rayon's Metal Mesh material inserted in the butt section of the shaft to enhance feel at impact and assist energy transfer.
  • Modulus Differential Technology (MDT): It a way to take materials with different responsiveness characteristics, that typically are not used together, and applying them in an innovative way to create very precise performance characteristis. By applying MD Technology in pinpoint locations along the length of the shaft, creates unparalleled performance in a range of shaft profiles.
  • Bend Point: Mid
  • Ball Flight: Mid
  • Tip Trimming: Driver 0"; #3W 0.5"; #5W 0.75"; #7W 1"; #9W 1"
  • Special Order item requires extra time before shipping
Shaft Flex Torque Tip Butt Length Weight Flight Par Tip
Wood 40 S 6.9° 0.335" 0.600" 46" 52 g Mid 3"
Wood 50 R 5.7° 0.335" 0.600" 46" 54 g Mid 3"
Wood 50 S 5.5° 0.335" 0.604" 46" 58 g Mid 3"
Wood 50 X 5.4° 0.335" 0.606" 46" 61 g Mid 3"
Wood 60 S 4.9° 0.335" 0.614 46" 65 g Mid 3"
Wood 60 X 4.8° 0.335" 0.606" 46" 68 g Mid 3"
Wood 70 S 3.8° 0.335" 0.610" 46" 74 g Mid 3"
Wood 70 X 3.7° 0.335" 0.596" 46" 76 g Mid 3"
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Description

Mitsubishi FUBUKI V-Series Graphite Wood Shafts

  • FUBUKI continues to be our proving ground for disruptive, category changing ideas. The FUBUKI V-Series features Power "Ninja" Core (P.N.C.) Stainless Steel Mesh Technology, in addition to our newest innovation “ Impact Stabilization Technology (I.S.T.). I.S.T. utilizes variable material stiffness in the lower third of the shaft to minimize unwanted "lag" and "rebound", to deliver more control and efficient power transfer through impact.
  • Impact Stabilization Technology (I.S.T.) utilizes our latest innovative design and materials to control variable stiffness in the lower third of the shaft. I.S.T. enables us to minimize unwanted "lag" and "rebound" through impact, delivering greater control and more efficient power transfer.
  • Power "Ninja" Core (P.N.C.) Stainless Steel Mesh Technology: Our P.N.C. Stainless Steel Mesh Technology was first used in the FUBUKI™ K-Series. A layer of ultra-thin yet strong steel webbing is integrated into the core of the shaft. The mesh acts as a truss”adding strength and minimizing shaft deformation in all directions. Mitsubishi Rayon's Metal Mesh material inserted in the butt section of the shaft to enhance feel at impact and assist energy transfer.
  • Modulus Differential Technology (MDT): It a way to take materials with different responsiveness characteristics, that typically are not used together, and applying them in an innovative way to create very precise performance characteristis. By applying MD Technology in pinpoint locations along the length of the shaft, creates unparalleled performance in a range of shaft profiles.
  • Bend Point: Mid
  • Ball Flight: Mid
  • Tip Trimming: Driver 0"; #3W 0.5"; #5W 0.75"; #7W 1"; #9W 1"
  • Special Order item requires extra time before shipping
Specification
Shaft Flex Torque Tip Butt Length Weight Flight Par Tip
Wood 40 S 6.9° 0.335" 0.600" 46" 52 g Mid 3"
Wood 50 R 5.7° 0.335" 0.600" 46" 54 g Mid 3"
Wood 50 S 5.5° 0.335" 0.604" 46" 58 g Mid 3"
Wood 50 X 5.4° 0.335" 0.606" 46" 61 g Mid 3"
Wood 60 S 4.9° 0.335" 0.614 46" 65 g Mid 3"
Wood 60 X 4.8° 0.335" 0.606" 46" 68 g Mid 3"
Wood 70 S 3.8° 0.335" 0.610" 46" 74 g Mid 3"
Wood 70 X 3.7° 0.335" 0.596" 46" 76 g Mid 3"
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