Sram GX Eagle Superboost+ Lunar 148 Crankset and Chainring Set
Buy it now and receive it between 9 Jun and 10 Jun with InPost
SRAM GX Eagle Superboost+ Lunar: power and durability for your MTB
The SRAM GX Eagle Superboost+ Lunar crankset is designed to deliver reliable performance on every mountain ride. Made from forged aluminum, it combines durability and efficient power transfer. It features X-SYNC 2 tooth technology for precise chain engagement and a DUB axle for a solid, efficient connection. Its Direct Mount design allows for a clean installation optimized for modern drivetrains.
- Intended use: MTB
- Material: Forged aluminum
- Weight: 920 g
- Compatibility: 11- and 12-speed drivetrains, Boost frames
- Installation type: DUB system with Direct Mount
- Special features: X-SYNC 2 tooth technology, 52 mm chainline, Superboost+ compatible
Control and efficiency in every pedal stroke
The SRAM GX Eagle Superboost+ Lunar cranks are designed for riders seeking reliability, strength and efficient power transfer on their mountain rides. Their forged aluminum construction provides great durability, while the design optimized for Eagle systems ensures consistent performance even in demanding conditions.
Robust forged aluminum construction
The crankset is made from forged aluminum to provide an ideal balance of strength and weight. This material ensures high durability against impacts and intensive use on mountain terrain.
Compatibility and functionality for modern drivetrains
The SRAM GX Eagle Superboost+ Lunar is designed to work with 11- and 12-speed drivetrains. Its 52 mm chainline makes it compatible with Boost frames, ensuring optimal drivetrain alignment.
Easy installation with DUB system
The DUB axle system offers a solid connection between crank and bottom bracket, optimizing power transfer and component durability. In addition, the Direct Mount system simplifies chainring installation and allows a cleaner, more efficient design.
Consistent performance on every outing
The X-SYNC 2 tooth profile is designed to improve chain retention and ensure smooth, precise operation. This technology helps keep the drivetrain stable even on rough or demanding terrain.