IGravelx NX Carbon 2.9

Lightweight carbon gravel performance with powerful Bosch electric assistance. The BH iGravelX NX combines a premium carbon frame and fork with Shimano GRX Di2 12-speed shifting, hydraulic disc brakes, and quality FSA and Maxxis components. Its 400 Wh Bosch SX system offers a natural, responsive boost and up to 105 km of range, making it an excellent choice for fast gravel riding, longer adventures and everyday exploration.

Gravel E-Bike Specification

Built around a Gravel Carbon 28" frame with fully internal cable routing, this bike combines a lightweight carbon construction with a capable gravel-focused setup and integrated electric assistance.

The BH iGravelX NX Carbon ACR fork complements the carbon frame, providing a lightweight and streamlined front end.

Drivetrain

The bike is equipped with a Shimano GRX Di2 12-speed groupset, featuring Shimano GRX Di2 shift levers and a 12-speed rear derailleur. Power is transferred through an FSA 42T crankset, with a Shimano CS-M8200 12-speed cassette (10–51T) and Shimano CN-M8100 chain.

Brakes

Stopping power comes from Shimano GRX hydraulic disc brakes, with 160 mm rotors at both the front and rear.

Wheels & Tyres

The bike rolls on an FSA Trimax 30 TR wheelset, paired with Maxxis Rambler 700 × 45 tyres for a versatile gravel setup. The wheels use Shimano hubs and stainless-steel spokes.

Seat & Seatpost

Comfort and support are provided by a Prologo Dimension AGX saddle, mounted to a BH iGravelX NX seatpost. The seat clamp is fully integrated into the frame.

Cockpit

The cockpit features an FSA K-Wing AGX Carbon handlebar, an FSA NS SMR-II stem, and an FSA ACR headset, finished with standard bar tape.

Electric Assist & Technology

The bike features the NR System with a 400 Wh battery and Bosch SX motor, providing electric assistance while retaining a lightweight, natural-feeling gravel-bike character.

A Bosch Kiox 400C display provides ride information and system control, while the stated battery range is up to 105 km, depending on riding conditions, terrain, rider weight and assistance level.