RADIATOR SCOOPS 06-09 YZF250/4, RTECH R-CVYZFBL0006

£50.40
1

Rtech Plastics radiator scoops in blue. Developed with RTECH exclusive technologies durable gloss propylene. Injection-molded quality plastic components with a perfect OEM fit. Durable surface stays glossy for a long time. Glossy and flexible, impact and abrasion resistant. Less prone to scratching or marking. Stock color match with less fade.

Specifications
SKU
75-3882.BE.RT
Brand
Rtech Plastics
Availability
In Stock (2)
General Colour C
Blue
General Product Group
Bodywork, Styling & Protection
General Product Type
Plastics - Rad Louvers
Variant Id
266990
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

RTECH Radiator Scoops - Blue

Enhance your motorcycle's cooling system with these high-quality RTECH Radiator Scoops in a vibrant blue finish. Designed to provide the same durability and fit as original equipment manufacturer (OEM) parts, these scoops are an excellent alternative to costly replacements.

Developed using RTECH's exclusive technologies, including durable gloss propylene, these injection-molded plastic components offer exceptional performance and longevity. They are engineered for a perfect OEM fit, ensuring straightforward installation.

Key Features:

  • Durable Gloss Propylene: Utilizes RTECH's proprietary technology for a long-lasting glossy finish that resists fading.
  • OEM Fit and Durability: Engineered to match the fit and robustness of original plastic parts.
  • Impact and Abrasion Resistant: Built to withstand tough riding conditions, offering excellent protection.
  • Scratch and Mark Resistant: The resilient surface is less prone to cosmetic damage, maintaining a clean look.
  • Glossy and Flexible: Provides a combination of aesthetic appeal and practical flexibility.
  • Inexpensive Alternative: Offers a cost-effective solution compared to OEM replacement parts.
  • Stock Color Match: Designed to complement your motorcycle's existing color scheme with reduced fading.