Overview
The Team FastEddy Sealed Bearing Kit for the Axial RBX10 Ryft Rock Bouncer provides a complete bearing upgrade for this aggressive 1/10 scale off-road machine. This comprehensive kit includes 25 precision rubber sealed bearings in all sizes needed to replace every bearing in your Ryft, delivering reduced friction, smoother articulation, and enhanced protection against the rocks, dirt, and debris encountered during rock bouncing.
Manufactured from high-quality steel with rubber seals, these bearings are engineered to handle the extreme demands of rock bouncing applications. The sealed design maintains lubrication while keeping contaminants out, ensuring reliable performance on the most challenging terrain.
Key Features
- Complete 25-piece bearing kit for Axial RBX10 Ryft
- High-quality steel construction with rubber seals
- Direct drop-in replacement for factory bearings
- Designed for extreme off-road applications
- Superior protection against rocks and debris
Performance Benefits
- Reduced drivetrain friction for smoother operation
- Improved suspension articulation
- Extended bearing life in harsh conditions
- Better efficiency for longer battery runtime
- Enhanced durability for rock bouncing
Usage Notes
Recommended for 1/10 scale rock bouncers and extreme crawlers. This kit fits the Axial RBX10 Ryft. Always verify bearing sizes match your specific model before installation.
Technical Specs
- Brand: Team FastEddy
- Bearing Type: Rubber Sealed
- Material: High-Quality Steel/Chrome
- Scale Compatibility: 1/10 Scale
- Vehicle Compatibility: Axial RBX10 Ryft Rock Bouncer
- Condition: New
Fitment
- Axial RBX10 Ryft Rock Bouncer
- 1/10 Scale
- Note: Verify bearing sizes before ordering
What's Included
- (5) 5x11x4mm bearings
- (10) 6x12x4mm bearings
- (4) 10x15x4mm bearings
- (6) 12x18x4mm bearings
Summary
The Team FastEddy Sealed Bearing Kit for the Axial RBX10 Ryft delivers reliable, protected performance for aggressive rock bouncing. With 25 precision sealed bearings, this kit is essential for Ryft owners seeking optimal performance on extreme terrain.
