Description

MX Skid Plate – Honda – CR250R

The WORKS CONNECTION MX Skid Plate for Honda CR250R (Part #10-038) is engineered to provide superior protection and durability for your motorcycle. Crafted from aircraft-grade 6061 T-6 aluminum, this skid plate is CNC-machined to ensure precise fit and optimal performance. Its design allows for frame flex and rigidity properties similar to the original equipment, ensuring your bike maintains its intended handling and structural integrity during demanding rides. The specific fitment for Honda CR250R guarantees a seamless installation that integrates perfectly with your motorcycle’s frame and components.
The skid plate features a pre-cut oil drain access hole, facilitating quick and easy oil changes without the need to remove the entire skid plate, saving time and effort during maintenance. Made in the USA, this skid plate includes CNC-machined aluminum brackets along with high-quality hardware, ensuring a secure and reliable mounting solution that withstands rough terrain and impacts.
Whether you’re tackling off-road trails or preparing for competitive motocross, the WORKS CONNECTION MX Skid Plate offers essential protection for your frame rails and critical components. Its lightweight construction, approximately 22 pounds, provides robust defense without adding unnecessary weight to your bike. Designed with durability and ease of installation in mind, this skid plate is a valuable upgrade for any serious rider seeking to extend the longevity of their Honda CR250R.

Features:

• Aircraft-grade 6061 T-6 aluminum construction for durability and precise fit

• Designed to allow frame flex and rigidity similar to OE specifications

• Specific fitment for Honda CR250R for seamless installation

• Pre-cut oil drain access hole for easy oil changes without removing the skid plate

• Includes CNC-machined aluminum brackets and high-quality hardware for secure mounting

• Made in the USA, ensuring quality craftsmanship

• Lightweight design weighing approximately 22 pounds for optimal performance