SES 4.5 Pro Disc Brake Road Wheelset
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Enve SES 4.5 Pro Disc Brake Road Wheelset
If you're a road cyclist chasing marginal gains on mountainous or hilly terrain, the ENVE SES 4.5 Pro Disc Brake Road Wheelset should be your next investment. Developed in collaboration with Tadej Pogačar and UAE Team Emirates XRG, this wheelset is the pinnacle of performance engineering. Designed specifically for the demands of pro-level climbing and racing, ENVE has delivered a wheelset that blends aerodynamic speed with remarkable weight savings and rolling efficiency.
Through refined laminate processes, a revised rim profile, and a new material layup, ENVE’s engineers have shaved off 50g per rim while preserving strength and impact resistance. Paired with lightweight Alpina aero spokes, alloy nipples, and optimised for 28mm tyres, the SES 4.5 Pro offers class-leading performance with minimal drag - a setup the pros trust on iconic mountain climbs.
But it’s not just the rims that impress; the new Innerdrive PRO hubset is a masterpiece of weight-saving innovation and durability. This ultralight hub uses milled components, a light-action 40-tooth ratchet system, and top-grade ceramic bearings with stainless steel races to reduce drag and improve efficiency on every climb or sprint. The entire system is manufactured in ENVE’s own Utah facility, ensuring precision and performance consistency. With over 20 pro victories in 2025 alone, including at Liege-Bastogne-Liege and the Giro d’Italia, the SES 4.5 Pro Wheelset is not just race-proven - it’s race-dominant. For riders who demand lightweight speed, impeccable handling, and elite performance, this is the wheelset that delivers every watt with purpose.
ENVE SES 4.5 PRO Highlights
- PRO means this wheelset was requested and created in partnership with pro riders
- Proven by Tadej Pogačar and UAE Team Emirates XRG with victories throughout 2025
- Optimised for use on smooth, mountainous or hilly terrain with 28mm tyres
- Low weight, improved aerodynamics and rolling efficiency
- New rim laminate using higher modulus, lower areal weight carbon fibre