FRONT FENDER 2023-2025 SX/SX-F KTM ORANGE, RTECH R-PAKTMAR9923

265,56 kr
1

RTECH Front Fender in Orange for KTM SX/SX-F/EXC/EXC-F/XC/XC-F models. Features durable gloss propylene construction with an injection-moulded, quality plastic component offering a perfect OEM fit. This fender is designed for durability, flexibility, and resistance to impact, abrasion, scratching, and marking. It provides a stock color match with less fading and maintains a glossy finish. Developed with RTECH exclusive technologies, it offers the same durability and fit as original plastic parts.

Specifications
SKU
75-0478.OR.RT
Brand
Rtech Plastics
Availability
In Stock (39)
Variant Id
311983
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

RTECH Front Fender - Orange

Upgrade your motorcycle's front end with the RTECH Front Fender in vibrant orange. This high-quality fender is designed to provide the same durability and fit as your original equipment, offering a cost-effective alternative to OEM replacement parts.

RTECH is a leading global manufacturer of plastic components for professional enduro and motocross teams, ensuring you receive exceptional quality and performance. This fender is injection-molded from premium propylene for superior longevity and resilience.

Key Features:

  • Durable Gloss Finish: Developed with RTECH's exclusive technology, the surface maintains its glossy appearance for extended periods, resisting fading.
  • OEM Fitment: Precision-engineered for a perfect fit, integrating seamlessly with your motorcycle's existing components.
  • Exceptional Durability: Made from robust, glossy, and flexible plastic that is impact and abrasion resistant.
  • Scratch Resistance: The material is less prone to scratching and marking, keeping your fender looking newer for longer.
  • Color Match: Designed to match stock orange colorways with reduced fading compared to other aftermarket options.
  • High-Quality Construction: Manufactured using advanced injection-molding techniques for superior strength and reliability.