MOOSE OFFROAD Shock Absorber Spring for Honda, Kawasaki, Sherco, Suzuki, Yamaha – Part 13121221

Shock Absorber Spring - 57.5 n/mm - Honda/Kawasaki/Sherco/Suzuki/Yamaha

Upgrade your vehicle's suspension with the MOOSE OFFROAD Shock Absorber Spring, designed to deliver superior performance and durability. Crafted from the highest grade chrome silicon wire, this spring undergoes a cold-coiling process followed by heat treatment to ensure optimal strength and resilience. The spring is pre-set, ground to precise length, and polished to achieve a smooth surface finish, which enhances its longevity and reduces wear over time. Additionally, it features a phosphate and powder coating that provides corrosion resistance, making it suitable for demanding off-road conditions.
Manufactured to DIN 2095 Grade 1 standards and ISO 9000/2000 quality standards, this spring guarantees consistent quality and reliable performance. All spring rates are maintained within a ±2.5% tolerance, ensuring predictable handling and ride quality. The 57.5 N/mm spring rate strikes a balance between comfort and support, making it ideal for a variety of off-road and street applications involving Honda, Kawasaki, Sherco, Suzuki, and Yamaha vehicles.
Whether you're replacing worn-out springs or upgrading for improved handling, this shock absorber spring offers exceptional strength, precise dimensions, and excellent corrosion resistance. Its robust construction and high-quality materials make it a dependable choice for professional mechanics and off-road enthusiasts alike, ensuring your vehicle maintains optimal suspension performance across rough terrains and challenging riding conditions.

Features:

• Constructed from high-grade chrome silicon wire for durability and strength

• Cold-coiled and heat-treated for improved resilience

• Pre-set, ground to exact length, and polished for smooth operation

• Phosphate and powder coated for corrosion resistance

• Manufactured to DIN 2095 Grade 1 and ISO 9000/2000 standards

• Spring rate of 57.5 N/mm with ±2.5% accuracy for reliable performance