Trek Madone SLR 9 eTap Gen 7 Disc Road 5282897

Trek Madone SLR 9 eTap Gen 7 Disc Road Bike Less weight, more aero, impeccably smooth; these are the pillars of the Trek Madone SLR 9 eTap Gen 7 Disc Road Bike. Reigning supreme within its lineup, this edition is a build like no-other, presenting itself in perfect form, unbound by restraints to ensure impeccable performance within its asphalt domain. Far more than an aesthetic change, IsoFlow technology is an aerodynamic advantage, extracting a potent blend of pace and comfort for appreciable gains come race-day.  The sleek, Kammtail tubeset is formed from top-shelf 800 Series OCLV Carbon - lightweight, responsive and truly optimised. Designed in partnership with the world’s fastest athletes, the H1.5 Fit geometry works in tandem with the deep-section wheels, honed in frame design and aero-optimised cockpit to promote a streamlined ride position maintainable for the duration.  Cherry picked to be the most desirable build possible, the specification sees a fully-wireless and customisable SRAM RED eTap AXS drivetrain, which delivers telepathic shifting performance even under load. Pirelli P Zero Race tyres are utilised in their speed-optimised 26c width, and a Madone Integrated handlebar/stem blends clean visuals with ergonomic comfort. Hydraulic disc brakes ensure complete control, even at pace, instilling confidence in your descending capabilities, while the Bontrager Aeolus RSL 51 wheels slice through the air, gifting unprecedented velocity.  Trek Madone SLR 9 Disc eTap Gen 7 Highlights 800 Series OCLV Carbon, KVF frame with IsoFlow seat tube and invisible cable routing Madone KVF full carbon fork is optimised for aero-performance 2x12-speed SRAM RED eTap AXS fully-wireless drivetrain ushers in a new era of race-ready shifting performance Powerful SRAM hydraulic disc brakes put you in complete control, even on rapid descents Tubeless-ready Bontrager Aeolus RSL Pro 51, OCLV Carbon wheelset features a deep-section profile to enhance speed H1.5 Fit geometry finds the sweet-spot, helping reduce wind-resistance