ENVE SES 2.3 Disc Brake Wheelset

ENVE SES 2.3 Disc Brake Wheelset

The ENVE SES 2.3 Disc Brake Wheelset is an ultralight wheelset. With a front wheel depth of 28 mm and rear wheel depth of 32 mm, the 2.3 is a favorite for riders looking to maximize performance on a hilly terrain. In addition, these wheels retain some aerodynamic shaping for descents and higher speed riding.

The ENVE SES 2.3s are laced to ENVE’s INNERDRIVE Premium Hubs that are available with SRAM XDR and Shimano HG freehub bodies. This updated hub uses straight pull spokes and is 60 grams lighter than the previous generation. The INNERDRIVE Premium hub also allows riders to choose their engagement option by swapping the ratchet between 40, 60, 80 and 100 teeth options. The wheel hoops themselves feature a 21 mm internal rim width and are compatible with 25 mm and larger tires. These wheels are tubeless tire compatible and work with center lock brake rotors.

Please note, while these wheels are every climber’s dream, they are not suitable for off-road use.

Key Product Details

Compatibility:

This wheelset is compatible with SRAM XDR or Shimano 11- and 12-speed cassettes depending on the freehub selected. Tubeless tires are required. See Compatibility tab for more information.

Minimum Tire Width:

These wheels are hookless and have a minimum tire width of 25 mm with a maximum tire pressure of 90 PSI.

Key Features:

Lightweight carbon wheelset, designed for hilly terrain and tubeless tire compatible. Specs tab for more information.

Advice From Our Staff:

The ENVE SES 2.3 Disc Brake Wheelset is designed for riders who are looking for a wheelset that will provide maximum performance benefits on both steep climbs and rolling terrain. We recommend this wheelset to riders who are interested minimizing rolling weight.

Other Versions to Consider

ENVE SES 3.4: If you’re looking for a wheelset that is more versatile and offers additional aerodynamic benefits, we recommend the ENVE SES 3.4 Disc Brake Wheelset. This wheelset is heavier, but will be more aerodynamically efficient and is designed for all types of terrain.