Moose Offroad Linear Shock Spring - 57 N/mm - 61-260-57

Upgrade your ride's suspension with the Moose Offroad Shock Absorber Spring. Designed for demanding off-road conditions, this spring enhances shock performance, delivering improved handling and control. Experience a smoother, more responsive ride, whether you're tackling rough trails or cruising on the open road. Engineered for durability and precision, this shock spring is a reliable choice for motorcycle enthusiasts.

Description

The Moose Offroad Shock Absorber Spring is constructed from the highest grade chrome silicon wire, ensuring exceptional strength and resilience. Each spring is cold-coiled and heat-treated to optimize performance and longevity. The spring is pre-set, ground to the perfect length, and polished for a precise fit and smooth operation. A phosphate and powder-coated finish provides superior corrosion resistance, maintaining its quality even in harsh environments. With a linear spring rate of 57.00 N/mm (325.48 lb/in) and manufactured to DIN 2095 Grade 1, ISO 9000/2000 standards, this shock spring offers +/- 2.5% accuracy, guaranteeing consistent and dependable performance. Enhance your motorcycle's suspension system with this high-quality shock spring from Moose Offroad, and feel the difference in every ride.

Features & highlights

• Crafted from premium chrome silicon wire for superior strength and durability.
• Cold-coiled and heat-treated for enhanced performance and longevity.
• Pre-set and ground to length for a precise fit and smooth operation.
• Phosphate and powder-coated finish provides excellent corrosion resistance.
• Ensures consistent and reliable performance with +/- 2.5% spring rate accuracy.
• Manufactured to meet DIN 2095 Grade 1 and ISO 9000/2000 standards.

Technical specifications

• Brand: MOOSE OFFROAD
• Product Name: Spring
• Type: Shock
• Linear Spring Rate: 57.00 N/mm (325.48 lb/in)

Important to know

Ensure compatibility with your specific shock absorber model before purchasing. Professional installation is recommended for optimal performance.