RAD PROTEC. CRF250R 05-09, RTECH PARADCRF008

¥18,052
1

Radiator braces made from strong, lightweight aluminum. Designed to fit the radiator's shape for easy installation, they provide lateral protection in case of slow falls and help prevent the radiator from rolling back during high-speed impacts. Supplied as a complete set for both sides with all necessary mounting hardware. Radiator reinforcement helps minimize damage but does not guarantee protection against deformation.

Specifications
SKU
86-409.RT
Brand
Rtech Plastics
Availability
In Stock (1)
General Product Group
Bodywork, Styling & Protection
General Product Type
Plastics - Rear Fender
Variant Id
271331
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

RTECH RAD PROTEC CRF250R 05-09 Radiator Brace

Protect your motorcycle's radiator with the RTECH RAD PROTEC. This high-quality radiator brace is engineered from strong, lightweight aluminum to offer robust defense against impacts. Its design ensures a precise fit to the radiator's shape, allowing for straightforward installation without compromising airflow.

The RTECH RAD PROTEC is specifically designed to provide essential lateral protection during slow-speed falls, significantly reducing the risk of radiator damage. Furthermore, it helps to prevent the radiator from rolling backward under high-speed impacts, ensuring continued performance and rider safety.

Key Features:

  • Constructed from durable, lightweight aluminum for optimal strength and minimal weight.
  • Precisely shaped to fit the radiator, facilitating easy and secure installation.
  • Offers crucial lateral protection against damage from slow falls.
  • Prevents radiator rollback during high-speed incidents.
  • Comes as a complete set, including braces for both sides and all necessary mounting hardware for a hassle-free setup.

Important Note: While this radiator reinforcement significantly helps minimize damage, it does not guarantee absolute protection against all forms of radiator deformation.