Matrix Ozik MFS Black Tie 60M4 Limited Edition Graphite Wood Shafts

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GMA-LEMFS60M4

Regular: $320.00

Price: $23.95
Product Name Price Qty
R-Flex
GMA-LEMFS60M4-WR
$23.95 In Stock
Stiff
GMA-LEMFS60M4-WS
$23.95 In Stock
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Matrix Ozik MFS Black Tie 60M4 Limited Edition Graphite Wood Shafts

  • These shafts are the final production batch of the iconic Matrix Black Tie shafts, it is the 4th generation of Matrix Black Tie, also internally called M4 platform.
  • These Limited Edition shafts are painted in satin black finish, "Limited Edition" and Shaft Flex designation to the right side of the main shaft logo. Please note that the Red Tie Limited Edition and White Tie Limited Edition are also black finished.
  • Each year the availability of new materials and the evolution of research allow Matrix to further refine our products. The Matrix Black Tie shafts employ the most advanced flag design and layup method of any shaft in its class and widens performance characteristics, ensuring greater coverage of player types than were previously achievable. The Black Tie offers a Low/Mid Launch and Low Spin, Red Tie offers a Mid Launch and Mid Spin and White Tie offers a High Launch and Mid Spin.
  • These shafts feature X-Axis Control, Matrix DE Curve, GEF and AVF design technologies. The shafts are made purely of high modulus carbon graphite.
  • The X-Axis Control design brings maximum performance in high MOI clubheads and stable feel for all players.
  • Gradient Energy Flow tip design (GEF) : Conventional golf shafts experience their greatest amount of energy deformation between the mid and tip sections. This "weakness" will reduce the stability of the clubhead at impact and can accentuate the "sliding" of the clubface across the ball, leading to higher spin rates. By contrast, certain Matrix Shafts use a direct Gradient Energy Flow. While static measurements like "tip deflection" and "CPM" remain similar to less energy-efficient counterparts, concentrating on more direct energy flow means more energy reaches the clubhead. More stability is created at impact, resulting in higher MOI. Less clubface-to-ball friction results in less backspin, a true high launch, and low spin flight can be created.
  • CFI Technology: Circumferential Flexural Integrity is an innovative layup method devised to insure a shaft's flexing properties are consistent around the 360º circumference. It is imperative to keep these values as close together as possible during manufacturing to ensure consistent dynamic response and output performance of the shaft. A shaft must have the same flex characteristics around it's circumference before it can be truly matched to another shaft. Matrix also manufactures a testing apparatus called The Universal. This was designed to provide technically advanced club builders and OEMs an opportunity to test any shaft on the market.
  • Bend Point: Mid-High
  • Ball Flight: Low-Mid
  • Tip Stiffness
  • Tip Trimming: Driver 0"; #3W 1"; #5W 2"; #7W 2"; #9W 2"

CFI from matrixshafts on Vimeo.

Shaft Flex Torque Tip Butt Length Weight Par Tip Flight
60M4 Wood A 4.0° 0.335" 0.605" 46" 67 g 3" Low-Mid
60M4 Wood R 4.0° 0.335" 0.610" 46" 68 g 3" Low-Mid
60M4 Wood S 4.0° 0.335" 0.615" 46" 70 g 3" Low-Mid
60M4 Wood X 4.0° 0.335" 0.615" 46" 72 g 3" Low-Mid
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Description

Matrix Ozik MFS Black Tie 60M4 Limited Edition Graphite Wood Shafts

  • These shafts are the final production batch of the iconic Matrix Black Tie shafts, it is the 4th generation of Matrix Black Tie, also internally called M4 platform.
  • These Limited Edition shafts are painted in satin black finish, "Limited Edition" and Shaft Flex designation to the right side of the main shaft logo. Please note that the Red Tie Limited Edition and White Tie Limited Edition are also black finished.
  • Each year the availability of new materials and the evolution of research allow Matrix to further refine our products. The Matrix Black Tie shafts employ the most advanced flag design and layup method of any shaft in its class and widens performance characteristics, ensuring greater coverage of player types than were previously achievable. The Black Tie offers a Low/Mid Launch and Low Spin, Red Tie offers a Mid Launch and Mid Spin and White Tie offers a High Launch and Mid Spin.
  • These shafts feature X-Axis Control, Matrix DE Curve, GEF and AVF design technologies. The shafts are made purely of high modulus carbon graphite.
  • The X-Axis Control design brings maximum performance in high MOI clubheads and stable feel for all players.
  • Gradient Energy Flow tip design (GEF) : Conventional golf shafts experience their greatest amount of energy deformation between the mid and tip sections. This "weakness" will reduce the stability of the clubhead at impact and can accentuate the "sliding" of the clubface across the ball, leading to higher spin rates. By contrast, certain Matrix Shafts use a direct Gradient Energy Flow. While static measurements like "tip deflection" and "CPM" remain similar to less energy-efficient counterparts, concentrating on more direct energy flow means more energy reaches the clubhead. More stability is created at impact, resulting in higher MOI. Less clubface-to-ball friction results in less backspin, a true high launch, and low spin flight can be created.
  • CFI Technology: Circumferential Flexural Integrity is an innovative layup method devised to insure a shaft's flexing properties are consistent around the 360º circumference. It is imperative to keep these values as close together as possible during manufacturing to ensure consistent dynamic response and output performance of the shaft. A shaft must have the same flex characteristics around it's circumference before it can be truly matched to another shaft. Matrix also manufactures a testing apparatus called The Universal. This was designed to provide technically advanced club builders and OEMs an opportunity to test any shaft on the market.
  • Bend Point: Mid-High
  • Ball Flight: Low-Mid
  • Tip Stiffness
  • Tip Trimming: Driver 0"; #3W 1"; #5W 2"; #7W 2"; #9W 2"

CFI from matrixshafts on Vimeo.

Specification
Shaft Flex Torque Tip Butt Length Weight Par Tip Flight
60M4 Wood A 4.0° 0.335" 0.605" 46" 67 g 3" Low-Mid
60M4 Wood R 4.0° 0.335" 0.610" 46" 68 g 3" Low-Mid
60M4 Wood S 4.0° 0.335" 0.615" 46" 70 g 3" Low-Mid
60M4 Wood X 4.0° 0.335" 0.615" 46" 72 g 3" Low-Mid
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