SRAM – EAGLE S200 TRIGGER SHIFTER (12-SPEED)
Clean Cockpit. Precise, Consistent Shifting.
The SRAM Eagle S200 Shifter delivers reliable 12-speed performance with modern ergonomics inspired by the latest Eagle platform. Designed for smooth, controlled shifting, it features X-Actuation technology and a longer lever for lighter, more consistent gear changes—ideal for trail, enduro, and E-MTB setups.
With stealth cable routing and a refined, minimalist design, the S200 integrates cleanly into any cockpit, while the textured composite lever provides a premium, tactile feel for confident shifting in all conditions.
Key Features
- X-Actuation technology for precise, consistent 12-speed shifting
- Longer shift lever reduces effort for smoother operation
- Dedicated single-click shifting (ideal for E-MTB use)
- Textured composite lever for improved thumb grip and control
- Stealth cable routing for a cleaner cockpit setup
- Modern ergonomic design inspired by Eagle platform
- Compatible with SRAM Eagle drivetrains
Performance Benefits
- Smooth, reliable shifting across the full 12-speed range
- Reduced thumb fatigue with lighter shift action
- Cleaner handlebar setup with integrated cable routing
- Consistent gear changes under load
Specifications
- Speeds: 12
- Shifter Type: Trigger
- Cable Pull Ratio: X-Actuation
- Drivetrain Compatibility: SRAM Eagle (1x)
- Max Upshifts: 1
- Cable Length: 2200mm
- Colour: Black
- Clamp Included: Yes
- MatchMaker Compatible: No
- Pull Lever Adjust: No
- Multi-Position: No
- Gear Indicator: No
Compatibility
- Designed for SRAM Eagle 12-speed drivetrains
- Works with Eagle rear derailleurs using X-Actuation
- Compatible with discreet clamp mounting or MatchMaker X integration for streamlined cockpit setups
Why Choose the SRAM Eagle S200 Shifter?
The Eagle S200 is a dependable, no-nonsense shifter built for clean looks and consistent performance. With refined ergonomics, lighter shifting feel, and a minimalist cockpit design, it’s a perfect upgrade for riders wanting smooth, controlled shifting without unnecessary complexity.