Eibach E85-212-006-03-22 Pro-UTV Stage 3 Springs for 17-20 Can-Am Maverick X3

Vehicle Fitment

• 2017-2020 Can-Am Maverick X3 Max (X RS Turbo R / X RS Turbo RR, OE Fox shocks)

Features

• PRO-UTV Stage 3 HD performance spring system designed for extra load and rough terrain
• Dual-spring setup improves control and reduces spring buck under heavy load
• Increases ground clearance and suspension travel for off-road performance
• Chassis-specific engineering optimizes dynamics for Maverick X3 Max suspension geometry
• Includes installation hardware and instructions for straightforward setup
• Durable construction for long-term performance and reliability
• Supports additional riders and gear with progressive spring rates
• Made from high-strength steel with precision manufacturing standards

Specifications

• Part Number: E85-212-006-03-22
• System Type: PRO-UTV Stage 3 Performance Springs
• Configuration: Set of 8 dual-rate springs (front and rear)
• Intended Use: Off-road performance with extra load support
• Fitment: Can-Am Maverick X3 Max with OE Fox shocks
• Spring Design: Dual-rate for progressive response on rough terrain

Included Components

• 8x PRO-UTV Stage 3 performance springs
• Hardware kit and setup instructions

Product Description

The Eibach E85-212-006-03-22 Pro-UTV Stage 3 Performance Spring System is a high-performance suspension upgrade built specifically for 2017-2020 Can-Am Maverick X3 Max UTVs with OE Fox coilovers. This Stage 3 kit includes a matched set of 8 dual-rate springs that enhance ground clearance, reduce spring buck under load, and improve suspension response across technical and rough terrain without requiring shock re-valving.

Designed for the Maverick X3 Max platform, the springs provide reliable performance for riders carrying additional passengers or gear. The kit installs using factory mounting points and includes all necessary hardware and instructions. This upgrade is ideal for enthusiasts seeking improved off-road handling, ride quality, and durability in challenging terrain conditions.