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FIZIK Saddle Adaptive Antares Versus Evo R1 - Black
Enhance your cycling performance with the Fizik Adaptive Versus Evo R1 saddle. Featuring Carbon® Digital Light Synthesis™ 3D printing technology, this saddle provides zonal cushioning for maximum comfort. The Versus Evo design includes a flexible structure and full channel design to alleviate pressure on soft tissue areas. The R1 model combines a carbon reinforced nylon shell with a stiff carbon rail for optimal power transfer. Specifically designed for road racing, this saddle is the result of the Fizik Concepts programme, a collaboration of industry experts and academics dedicated to improving cycling performance.
- Adaptive: Carbon® Digital Light Synthesis™ 3D printing technology, offering seamlessly engineered zonal cushioning
- Versus Evo: Engineered with a degree of flexibility and a full channel design for pressure relief on soft tissue area
- R1: A combination of a ride compliant carbon reinforced nylon shell and a highly stiff carbon rail
- Intended use: road racing
- Concepts: this is a product of the fizik Concepts programme, a cross-disciplinary collaboration of leading industry experts and academics carrying out research and analysis on technology, design, physiology and bikefitting in search of ways to improve cycling performance.
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FIZIK Saddle Adaptive Antares Versus Evo R1 - Black
FIZIK Saddle Adaptive Antares Versus Evo R1 - Black
Enhance your cycling performance with the Fizik Adaptive Versus Evo R1 saddle. Featuring Carbon® Digital Light Synthesis™ 3D printing technology, this saddle provides zonal cushioning for maximum comfort. The Versus Evo design includes a flexible structure and full channel design to alleviate pressure on soft tissue areas. The R1 model combines a carbon reinforced nylon shell with a stiff carbon rail for optimal power transfer. Specifically designed for road racing, this saddle is the result of the Fizik Concepts programme, a collaboration of industry experts and academics dedicated to improving cycling performance.
- Adaptive: Carbon® Digital Light Synthesis™ 3D printing technology, offering seamlessly engineered zonal cushioning
- Versus Evo: Engineered with a degree of flexibility and a full channel design for pressure relief on soft tissue area
- R1: A combination of a ride compliant carbon reinforced nylon shell and a highly stiff carbon rail
- Intended use: road racing
- Concepts: this is a product of the fizik Concepts programme, a cross-disciplinary collaboration of leading industry experts and academics carrying out research and analysis on technology, design, physiology and bikefitting in search of ways to improve cycling performance.
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From $287.02
FIZIK Saddle Adaptive Antares Versus Evo R1 - Black—
$287.02
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Enhance your cycling performance with the Fizik Adaptive Versus Evo R1 saddle. Featuring Carbon® Digital Light Synthesis™ 3D printing technology, this saddle provides zonal cushioning for maximum comfort. The Versus Evo design includes a flexible structure and full channel design to alleviate pressure on soft tissue areas. The R1 model combines a carbon reinforced nylon shell with a stiff carbon rail for optimal power transfer. Specifically designed for road racing, this saddle is the result of the Fizik Concepts programme, a collaboration of industry experts and academics dedicated to improving cycling performance.
- Adaptive: Carbon® Digital Light Synthesis™ 3D printing technology, offering seamlessly engineered zonal cushioning
- Versus Evo: Engineered with a degree of flexibility and a full channel design for pressure relief on soft tissue area
- R1: A combination of a ride compliant carbon reinforced nylon shell and a highly stiff carbon rail
- Intended use: road racing
- Concepts: this is a product of the fizik Concepts programme, a cross-disciplinary collaboration of leading industry experts and academics carrying out research and analysis on technology, design, physiology and bikefitting in search of ways to improve cycling performance.
