Rs. 99,990EMI Options AvailableGet this for as low as Rs. 4707 per month. Know More
CF2 frame with more relaxed geometry than the CF4. Truncated ‘NACA Fastback’ profiled down tube and seat tube for aerodynamics. Tapered 1 1/8" to 1 1/2" head tube for confidence inspiring handling. Caliper version runs quick release hubs, Disc version has through axle for extra lateral stiffness and complete internal cable routing. Flat mount rear disc brake with disc cooler technology.
All models feature a full carbon fork with a tapered steerer to give precise, confidence inspiring handling. Aluminium and CF2 carbon models feature a ‘regular’ 1 1/8" to 1 1/2" taper. The high end CF4 frame has a slimmed down front profile and uses a 1 1/8" to 1 1/4" taper.
Our wind tunnel learnings from the REACTO design project have been used to create a smaller aerodynamically optimised ‘NACA Fastback’ tube profile. The more extreme truncation of the teardrop shaped tubes enables perfect airflow at the lowest possible weight.
Our top end CF4 frame brings in 850 g (size M/L) in the caliper brake version whilst the CF4 Disc frameset tips the scales at 1000 g (size M/L). Incredible readings while offering a lifetime warranty on all our frames, even when raced.
The seat and chainstay profile and carbon lay-up schedule are adapted to work like a flat leaf spring, absorbing surface bumps and reducing vibrations.
Our X-Tapered headtube offers the space for a tapered fork to be fitted. Tapered forks offer superb stiffness and precise and deliver confidence-inspiring steering.
Cables are routed through the frame, entering and exiting through smooth sockets. The bike looks neat, whilst the cables are protected from moisture and dirt.
Bikes/frames with the symbol ‘Di2 Ready’ are prepared for the installation of Di2 technology with battery mounting in the seat post or within the fork steerer.
To protect the integrity of carbon frames, the fibres are bonded together with an epoxy resin with added nano particles, increasing impact resistance by up to 40%.
When creating the individual carbon elements, an inflatable bladder is used to ensure there are no wrinkles inside the tube as these can add weight and create weakness. This results in a lighter, stiffer and stronger frame.
The aerodynamics are based around a NACA0028 teardrop profile (National Advisory Committee for Aeronautics) which is truncated. Air moves around the tube as though the missing rear section of the teardrop were still there, saving weight by using less material.