Moose Offroad HDPE Pro Skid Plate - Black - PX1607

Protect your motorcycle's frame and vital components with the Moose Offroad Pro Skid Plate. This durable skid plate offers superior protection against rocks, debris, and impacts, ensuring your bike can handle the toughest terrains. Installation is straightforward, getting you back on the trails quickly.

Description

The Moose Offroad Pro Skid Plate is engineered to provide maximum protection without adding unnecessary weight. Constructed from high-density polyethylene (HDPE), this 6 mm thick skid plate is significantly lighter than aluminum alternatives, reducing overall weight by 40% while maintaining exceptional strength and durability. The thermoforming process and welded construction ensure a precise fit and robust performance. The flexible HDPE material absorbs impacts and resists vibrations, eliminating rattling for a quieter and more enjoyable ride. Protect your motorcycle frame with this high-quality skid plate, ensuring its longevity and performance in demanding off-road conditions. Mounting hardware and detailed instructions are included for a hassle-free installation.

Features & highlights

• Provides superior protection for your motorcycle's frame and engine cases.
• Constructed from flexible, high-density polyethylene (HDPE) for exceptional durability.
• 6 mm thickness ensures maximum impact resistance.
• 40% lighter than aluminum skid plates, improving overall performance.
• Thermoformed and welded for a precise fit and increased strength.
• Eliminates vibrations and rattling for a quieter riding experience.
• Includes all necessary mounting hardware and installation instructions.

Technical specifications

• Brand: Moose Offroad
• Product Name: Skid Plate
• Type: Frame
• Material: Polyethylene (HDPE)
• Thickness: 6 mm
• Color/Finish: Black
• Base Color: Black
• Features: Mounting Hardware Included

Important to know

This skid plate is designed for specific motorcycle models. Please verify compatibility before installation. Professional installation is recommended for optimal performance.