SRAM RED XPLR eTap AXS 13-speed Rear Derailleur

No adjustment screws mean setup is simpler than ever. And a surprise stick is no match for the Magic Wheel, as the debris-resistant lower pulley keeps the chain moving at all times. Purpose built for gravel, this 1x specific unit prioritizes shift precision and chain management no matter the terrain or conditions.

Features – SRAM RED XPLR eTap AXS Rear Derailleur

• 1x specific for use with 10-46T XPLR 13-speed cassette and road Flattop chains
• Hangerless Interface and Full Mount attachment allow for the most precise shifting and the ultimate resistance to impact
• Requires frame with UDH interface
• Simple setup with no adjustment screws
• Superior chain management with MTB-inspired spring clutch
• Replaceable and rebuildable parts
• Magic Wheel keeps the chain moving, even if debris enters the lower pulley
• Compatible with existing AXS batteries

Product features

• Use: Gravel, Cyclocross
• Group: Red XPLR eTap AXS
• Gears: 13-speed
• Compatible chain: SRAM 12-speed flat top chains
• Compatibility: SRAM 10-46 XPLR
• Max. tooth: 46T

Material

• Cage: Carbon
• Pulley Beaing: Ceramic

Scope of delivery

• 1 x SRAM RED XPLR eTap AXS 13-speed Rear Derailleur

Battery not included!

Technologies

AXS
AXS™ is SRAM’s new electronic integration platform that combines electronic bicycle components and software. The SRAM AXS app allows riders to see battery status, change component behavior, adjust controls, receive maintenance reminders and update firmware.

Orbit™
The Orbit™ technology is an innovative new form of rear derailleur motion control. It uses silicone fluid as part of an elegant and ultra-light shock absorber system. Compared to a conventional friction clutch system, Orbit technology produces no additional resistance to the rear derailleur spring during slow or light movement. This means easier shifting and rear wheel removal. During the ride, the fluid damper holds the chain back in a refined and elegant way. With maximum reliability and chain tension, for 2-fold and 1-fold systems.