Matrix Altus Red Tie HQ3 70G Limited Edition Hybrid Graphite Shaft

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GMA-LERTHQ3-70

Regular: $190.00

Price: $15.95
Product Name Price Qty
R-Flex
GMA-LERTHQ3-70-R
$15.95 In Stock
Stiff
GMA-LERTHQ3-70-S
$15.95 In Stock
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Matrix Altus Red Tie HQ3 70G Limited Edition Hybrid Graphite Shaft

Shaft Flex Torque Tip Butt Length Weight Flight
Hybrid HQ3 70 A 3.2° 0.370" 0.600" 40" 68 g Mid
Hybrid HQ3 70 R 3.2° 0.370" 0.605" 40" 69 g Mid
Hybrid HQ3 70 S 3.2° 0.370" 0.605" 40" 71 g Mid

 

  • These shafts are the final production batch of the iconic Matrix Black Tie shafts, it is the 3rd generation of Matrix Black Tie, also internally called M3 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. Shaft length is 40 inches.
  • The Matrix Altus HQ3 Red Tie .370 Graphite Hybrid Shaft was released as a matching hybrid shaft to the Q3 Red Tie Wood Shaft, offering mid-launch and mid-spin characteristics with a stiff tip section for added stability.
  • Red Tie in a hybrid, The Matrix HQ3 Red Tie Hybrid Shaft has a tour-like feel, with mid launch and mid spin.
  • 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.
  • 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. GEF minimizes energy loss at tip section and Allows for more stability at impact.
  • Tip Torsional Resistance is a proprietary method of controlling the unwanted deformation and add stability in the lower sections of a golf shaft. TTR greatly reduces the tendency of the tip of a shaft to twist in the impact zone and significantly reduces the longitudinal deformation ("S" curve) while in dynamic motion. This added structural stability results in controlled side launch deviation, more centered contact, more consistent spin results, and higher energy transfer into the golf ball.
  • Bend Point: High
  • Ball Flight: Low
  • Tip Stiffness
  • Tip Trimming: 14º 0"; 16º 0"; 19º 0.5"; 22º 1"; 25º 1.5"; 28º 2"; 31º 2.5"

CFI from matrixshafts on Vimeo.

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Description

Matrix Altus Red Tie HQ3 70G Limited Edition Hybrid Graphite Shaft

Shaft Flex Torque Tip Butt Length Weight Flight
Hybrid HQ3 70 A 3.2° 0.370" 0.600" 40" 68 g Mid
Hybrid HQ3 70 R 3.2° 0.370" 0.605" 40" 69 g Mid
Hybrid HQ3 70 S 3.2° 0.370" 0.605" 40" 71 g Mid

 

  • These shafts are the final production batch of the iconic Matrix Black Tie shafts, it is the 3rd generation of Matrix Black Tie, also internally called M3 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. Shaft length is 40 inches.
  • The Matrix Altus HQ3 Red Tie .370 Graphite Hybrid Shaft was released as a matching hybrid shaft to the Q3 Red Tie Wood Shaft, offering mid-launch and mid-spin characteristics with a stiff tip section for added stability.
  • Red Tie in a hybrid, The Matrix HQ3 Red Tie Hybrid Shaft has a tour-like feel, with mid launch and mid spin.
  • 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.
  • 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. GEF minimizes energy loss at tip section and Allows for more stability at impact.
  • Tip Torsional Resistance is a proprietary method of controlling the unwanted deformation and add stability in the lower sections of a golf shaft. TTR greatly reduces the tendency of the tip of a shaft to twist in the impact zone and significantly reduces the longitudinal deformation ("S" curve) while in dynamic motion. This added structural stability results in controlled side launch deviation, more centered contact, more consistent spin results, and higher energy transfer into the golf ball.
  • Bend Point: High
  • Ball Flight: Low
  • Tip Stiffness
  • Tip Trimming: 14º 0"; 16º 0"; 19º 0.5"; 22º 1"; 25º 1.5"; 28º 2"; 31º 2.5"

CFI from matrixshafts on Vimeo.

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