ENVE G SES 4.5
The G SES 4.5 is built for the full spectrum of gravel. This is versatility without compromise—shaped for aerodynamic advantage across varied terrain, while keeping weight in check for climbing, accelerating, and nimble handling. With a 30mm internal width and 49mm front / 55mm rear rims, the G SES 4.5 strikes the ideal balance of responsiveness, stability, and speed. Paired with ENVE’s Premium INNERDRIVE™ hub system, the wheelset comes in at 1565g, offering a versatile performance solution for gravel riders and racers who value weight savings and nimble handling over all‑out aerodynamic efficiency.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
ENVE G SES 4.5
ENVE G SES 4.5
The G SES 4.5 is built for the full spectrum of gravel. This is versatility without compromise—shaped for aerodynamic advantage across varied terrain, while keeping weight in check for climbing, accelerating, and nimble handling. With a 30mm internal width and 49mm front / 55mm rear rims, the G SES 4.5 strikes the ideal balance of responsiveness, stability, and speed. Paired with ENVE’s Premium INNERDRIVE™ hub system, the wheelset comes in at 1565g, offering a versatile performance solution for gravel riders and racers who value weight savings and nimble handling over all‑out aerodynamic efficiency.
Original: $1,300.00
-65%$1,300.00
$455.00Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The G SES 4.5 is built for the full spectrum of gravel. This is versatility without compromise—shaped for aerodynamic advantage across varied terrain, while keeping weight in check for climbing, accelerating, and nimble handling. With a 30mm internal width and 49mm front / 55mm rear rims, the G SES 4.5 strikes the ideal balance of responsiveness, stability, and speed. Paired with ENVE’s Premium INNERDRIVE™ hub system, the wheelset comes in at 1565g, offering a versatile performance solution for gravel riders and racers who value weight savings and nimble handling over all‑out aerodynamic efficiency.
