REAR FENDER 10-18 RMZ250, RTECH R-PPRMZNR0010

£28.92
1

REAR FENDER BLACK. RTECH is an Italian brand that manufactures high-quality products and is one of the biggest manufacturers of plastic for enduro/motocross teams globally. Expect durability and fit comparable to original plastic. Features durable gloss propylene developed with RTECH exclusive technologies, injection-molded quality plastic components with a perfect OEM fit, and is an inexpensive alternative to OEM replacement parts. Offers stock color match with less fade, is glossy and flexible, and is impact and abrasion resistant, making it less prone to scratching or marking.

Specifications
SKU
75-0339.BK.RT
Brand
Rtech Plastics
Availability
In Stock (2)
General Colour C
Black
General Product Group
Bodywork, Styling & Protection
General Product Type
Plastics - Rear Fender
Variant Id
265635
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

RTECH Rear Fender - Black

Upgrade your motorcycle with this high-quality rear fender from RTECH, an Italian brand renowned for its superior plastic components for enduro and motocross teams worldwide. This fender is designed to offer the same durability and fit as original equipment manufacturer (OEM) parts, providing a reliable and cost-effective alternative.

Key Features:

  • Durable Gloss Propylene: Developed with RTECH's exclusive technology, this fender features a durable surface that maintains its glossy finish for an extended period.
  • OEM Fitment: Precision injection-molded for a perfect fit, ensuring seamless integration with your motorcycle.
  • Exceptional Durability: Built to withstand the rigors of off-road riding, offering excellent impact and abrasion resistance.
  • Scratch Resistance: The material is less prone to scratching and marking, helping your bike maintain its aesthetic appeal.
  • Color Match: Designed to closely match stock colors, with reduced fading over time.
  • Flexible Construction: Offers a glossy and flexible design for optimal performance and resilience.