MINO REAR SPROCKET STEEL HARD LIGHT, BLACK 24-724-520-49 JTR987

41,86 €
1

Mino Steel Ultralight rear sprocket. Part number SR990-49.S.HL, JTR987. Made of top grade hardened steel and outlasts aluminum sprockets by 3 times. Features CAD-designed and laser-cut construction using state-of-the-art technology, a special coating for extra strength and durability, a sector-optimized layout for maximum strength and lowest weight, and a circular design around the hub that reduces stress and maximizes reliability. Race proven on tough sand tracks in the Netherlands and Belgium. Weight: 820g.

Specifications
SKU
SR990-49.S.HL
Brand
MINO
Availability
In Stock (10)
General Colour C
Black
General Product Group
Chain & Sprockets
General Product Type
Sprockets & Components (Rear)
Variant Id
279440
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

Mino Steel Ultralight Rear Sprocket - Black

Experience superior durability and performance with the Mino Steel Ultralight rear sprocket. Crafted from top-grade hardened steel, this sprocket is engineered to outlast conventional aluminum sprockets by up to three times, offering exceptional longevity and value.

Key Features:

  • Premium Hardened Steel: Constructed with high-quality steel for maximum strength and an extended lifespan, outperforming aluminum options significantly.
  • Advanced Design and Manufacturing: Utilizes CAD design and state-of-the-art laser cutting technology for precision and optimal performance.
  • Protective Coating: Features a special coating designed to enhance strength and ensure lasting durability under demanding conditions.
  • Optimized Weight and Strength: Engineered with a sector-optimized layout that balances maximum strength with minimal weight.
  • Stress-Reducing Circular Design: Incorporates a circular design around the hub to reduce stress concentration and improve overall reliability.
  • Race Proven: Tested and proven on challenging sand tracks in the Netherlands and Belgium, demonstrating its ability to withstand extreme use.