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Fizik Transiro Aeris Adaptive R1 Short Distance 70G4D00A0P002

Photos - Saddle Fizik Transiro Aeris Adaptive R1 Short Distance  70G4D00A0P002
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Buy Fizik Transiro Aeris Adaptive R1 Short Distance 70G4D00A0P002

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Fizik Transiro Aeris Adaptive Sd R1 Saddle

The Aeris short-distance saddle is designed to encourage maximum stability and support for time trialists and triathletes, featuring the revolutionary, 3D-printed Adaptive padding for seamlessly engineered zonal cushioning, improved comfort and greater stability. Thanks to its 3D-printed padding with engineered zonal cushioning, the Aeris short-dis... moretance Adaptive saddle ensures maximum stability and support for time trialists and triathletes requiring an optimal platform from which to produce power while in forward, aerodynamic riding positions.Features:- Adaptive: Carbon® Digital Light Synthesis™ 3D-printing technology, offering seamlessly engineered zonal cushioning- Aeris: Triathlon saddle designed to provide support and stability while in the aerodynamic time-trial position- R1: Combination of a ride-compliant, carbon-reinforced nylon shell and a highly stiff carbon rail- Integrated Hydration Mount: An optional link serves to integrate a water-bottle cage onto the back of the saddle3D-Printed Padding:- Fizik Adaptive 3D-printed padding has expanded to the Aeris family, creating the perfect match for those who want exceptional, long-lasting comfort in a triathlon/TT bike saddle designed to provide greater support and stability when riding in forward, aerodynamic racing positions.Tailored Zonal Cushioning:- The evolution of digital 3D printing has allowed us to develop a new saddle without the constraints or limitations imposed by traditional production methods and materials. The Adaptive saddle padding is crafted by Carbon® using their revolutionary Digital Light Synthesis™ technology. DLS is an additive manufacturing process which uses digital ultraviolet light projection, oxygen permeable optics, and programmable liquid resins to produce parts with excellent mechanical properties, resolution, and surface finish.Fast And Forward Thinking:- Innovation in bike-fitting analysis alongside research on cycling aerodynamics led us to rethink our triathlon and time-trial saddles. In a field where marginal gains are fundamental, being able to provide a saddle that allows comfort in the most extreme aerodynamic positions represents a leap forward in performance achievement.Distance-Specific Support:- We engineered the Short-Distance version of Aeris Adaptive to provide support and stability for athletes competing in both time trials and short-course, no-draft triathlons. The properly dimensioned nose and specific functional zones on the 3D-printed padding provide balanced performance to allow riders to produce maximum power while in forward, aerodynamic positions. One of the many benefits of Adaptive technology is that it allows us to incorporate a soft central functional zone, rather than a cut-out, improving weight distribution for better pressure relief to increase comfort in the most extreme aero riding positions. At the same time, the surface of the padding offers a no-slip grip that avoids unnecessary movement which can compromise
Bikeinn
Delivery: in United Kingdom
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£210.99

Fizik Transiro Aeris Adaptive R1 Short Distance Saddle 70G4D00A0P002

Fizik Transiro Aeris Adaptive R1 Short Distance Saddle Thanks to its 3D-printed padding with engineered zonal cushioning, the Aeris short-distance Adaptive saddle ensures maximum stability and support for time trialists and triathletes requiring an optimal platform from which to produce power while in forward, aerodynamic riding positions.  Fizik... moreAdaptive 3D-printed padding has expanded to the Aeris family, creating the perfect match for those who desire exceptional, long-lasting comfort on a low-profile performance saddle designed to allow a more connected feeling for optimal pedalling efficiency and power transfer. The evolution of digital 3D printing has allowed for the development of a new saddle without the constraints or limitations imposed by traditional production methods and materials. The Adaptive saddle padding is crafted by Carbon® using their revolutionary Digital Light Synthesis™ technology. DLS is an additive manufacturing process that uses digital ultraviolet light projection, oxygen-permeable optics, and programmable liquid resins to produce parts with excellent mechanical properties, resolution, and surface finish. Using Carbon® technology, biomechanics and engineers have an unprecedented opportunity: to design and manufacture multiple functional zones within the saddle, tuning each of them separately for specific mechanical properties. Each of these key functional zones is engineered for distinctive cushioning and mechanical response, joined together progressively and seamlessly in the same padding. The result? A 60% reduction in peak pressure through improved weight distribution for increased comfort across the entire saddle surface. Innovation in bike-fitting analysis alongside research on cycling aerodynamics led to a rethinking of Fizik's triathlon and time-trial saddles. In a field where marginal gains are fundamental, providing a saddle that allows comfort in the most extreme aerodynamic positions represents a leap forward in performance achievement. The Short-Distance version of Aeris Adaptive is engineered to provide support and stability for athletes competing in both time trials and short-course, no-draft triathlons. The properly dimensioned nose and specific functional zones on the 3D-printed padding provide balanced performance, allowing riders to produce maximum power while in forward, aerodynamic positions. One of the many benefits of Adaptive technology is that it allows the incorporation of a soft central functional zone, rather than a cut-out, improving weight distribution for better pressure relief and increased comfort in the most extreme aero riding positions. At the same time, the surface of the padding offers a no-slip grip that avoids unnecessary movement which can compromise performance. Aeris comes with an optional link to integrate a water-bottle cage onto the rear of the saddle. The link is designed to hold bottles at an angle that is out of the way during the critical mounting and
Sigmasports.com
Delivery: to United Kingdom
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£300.00

Bike saddle Fizik Transiro Aeris SD R1 Adaptive 70G4D00A0P002

The Aeris saddle for short distances is designed to provide maximum stability and support for time trial riders and triathletes, featuring revolutionary Adaptive padding printed in 3D for perfectly designed zonal cushioning, improved comfort, and greater stability.ADAPTIVE: Carbon® Digital Light Synthesis™ 3D printing technology, offering perfectly... moredesigned zonal cushioningAERIS: Triathlon saddle designed to provide support and stability in the aerodynamic position during time trialsR1: Combination of a carbon-reinforced nylon shell that complies with riding standards, and a very stiff carbon railINTEGRATED HYDRATION MOUNT: An optional link serves to integrate a bottle holder at the back of the saddleSPECIFICATIONSTRANSIRO AERIS SHORT DISTANCE R1 135 mmLength: 243 mmWidth: 135 mmHeight at 75 mm width: 50 mmLength from nose to 75 mm width: 115 mmNose width: 45 mmWeight: 159 gRail: 7x9 mm
Direct-running.co.uk
Delivery: in United Kingdom
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£315.97
Fizik Transiro Aeris Adaptive R1 Short Distance Saddle Thanks to its 3D-printed padding with engineered zonal cushioning, the Aeris short-distance Adaptive saddle ensures maximum stability and support for time trialists and triathletes requiring an optimal platform from which to produce power while in forward, aerodynamic riding positions.  Fizik Adaptive 3D-printed padding has expanded to the Aeris family, creating the perfect match for those who desire exceptional, long-lasting comfort on a low-profile performance saddle designed to allow a more connected feeling for optimal pedalling efficiency and power transfer. The evolution of digital 3D printing has allowed for the development of a new saddle without the constraints or limitations imposed by traditional production methods and materials. The Adaptive saddle padding is crafted by Carbon® using their revolutionary Digital Light Synthesis™ technology. DLS is an additive manufacturing process that uses digital ultraviolet light projection, oxygen-permeable optics, and programmable liquid resins to produce parts with excellent mechanical properties, resolution, and surface finish. Using Carbon® technology, biomechanics and engineers have an unprecedented opportunity: to design and manufacture multiple functional zones within the saddle, tuning each of them separately for specific mechanical properties. Each of these key functional zones is engineered for distinctive cushioning and mechanical response, joined together progressively and seamlessly in the same padding. The result? A 60% reduction in peak pressure through improved weight distribution for increased comfort across the entire saddle surface. Innovation in bike-fitting analysis alongside research on cycling aerodynamics led to a rethinking of Fizik's triathlon and time-trial saddles. In a field where marginal gains are fundamental, providing a saddle that allows comfort in the most extreme aerodynamic positions represents a leap forward in performance achievement. The Short-Distance version of Aeris Adaptive is engineered to provide support and stability for athletes competing in both time trials and short-course, no-draft triathlons. The properly dimensioned nose and specific functional zones on the 3D-printed padding provide balanced performance, allowing riders to produce maximum power while in forward, aerodynamic positions. One of the many benefits of Adaptive technology is that it allows the incorporation of a soft central functional zone, rather than a cut-out, improving weight distribution for better pressure relief and increased comfort in the most extreme aero riding positions. At the same time, the surface of the padding offers a no-slip grip that avoids unnecessary movement which can compromise performance. Aeris comes with an optional link to integrate a water-bottle cage onto the rear of the saddle. The link is designed to hold bottles at an angle that is out of the way during the critical mounting and
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