RADIATOR SCOOPS 04-06 RMZ250, RTECH R-CVRM0BN0004

48,02 €
1

White radiator scoops. Manufactured from durable, glossy, and flexible plastic with RTECH exclusive technologies. These injection-molded components offer the same durability and fit as original plastic parts, providing an inexpensive alternative to OEM replacements. Features include impact and abrasion resistance, with a surface less prone to scratching or marking, maintaining a stock color match with less fade.

Specifications
SKU
75-3933.WE.RT
Brand
Rtech Plastics
Availability
In Stock (2)
General Colour C
White
General Product Group
Bodywork, Styling & Protection
General Product Type
Plastics - Rad Louvers
Variant Id
267091
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

RTECH Radiator Scoops - White

Enhance your motorcycle's cooling system with these high-quality RTECH Radiator Scoops in a vibrant white finish. Designed for durability and a perfect fit, these scoops are an excellent alternative to original equipment manufacturer (OEM) parts.

RTECH is a leading manufacturer of plastic components for professional enduro and motocross teams worldwide, ensuring you receive parts with the same level of toughness and precision as original plastics.

Key Features:

  • Durable Gloss Propylene: Developed with RTECH's exclusive technology for a long-lasting, glossy finish that resists fading.
  • OEM Fitment: Injection-molded from quality plastic for a precise fit that matches original components.
  • Impact and Abrasion Resistant: Built to withstand the rigors of off-road riding, offering excellent protection.
  • Scratch and Mark Resistant: The robust surface is less prone to scratching and marking, maintaining a clean appearance.
  • Glossy and Flexible: Provides a sleek look while offering flexibility to handle impacts.
  • Cost-Effective: An inexpensive alternative to OEM replacement parts without compromising on quality.
  • Color Match: Offers a stock color match designed for reduced fading over time.