Go Rhino 69441687PC RB20 Slim Running Boards for 2007-2021 Toyota Tundra CrewMax

Vehicle Fitment

• 2007-2021 Toyota Tundra CrewMax

Features

• Heavy-duty 16-gauge galvanized steel construction
• Textured black powder coat finish for enhanced traction
• 7.5-inch wide step surface with aggressive Raptor-style cutouts
• Open flow-through design prevents mud, snow, and dirt buildup
• Supports up to 600 lbs. per board
• Vehicle-specific mounting brackets and hardware included
• No-drill, bolt-on installation
• Limited lifetime structural warranty and 5-year finish warranty

Specifications

• Material: 16-gauge galvanized steel
• Finish: Textured black powder coat
• Step Width: 7.5 inches
• Weight Capacity: 600 lbs. per board
• Installation: No-drill, bolt-on
• Warranty: Limited lifetime structural, 5-year finish

Included Components

• 2x Running boards
• 2x Vehicle-specific mounting brackets
• Hardware kit
• Installation instructions

Product Description

The Go Rhino 69441687PC RB20 Slim Running Boards are designed to provide both functionality and style for your 2007-2021 Toyota Tundra CrewMax. Constructed from heavy-duty 16-gauge galvanized steel, these running boards feature a textured black powder coat finish that enhances traction and durability. The 7.5-inch wide step surface, with aggressive Raptor-style cutouts, ensures safe and easy entry and exit from your vehicle.

The open flow-through design prevents the accumulation of mud, snow, and dirt, maintaining a clean and safe stepping surface. With a weight capacity of 600 lbs. per board, these running boards are built to withstand the rigors of daily use. The vehicle-specific mounting brackets and hardware included in the kit allow for a no-drill, bolt-on installation, making the process straightforward and hassle-free.

Backed by a limited lifetime structural warranty and a 5-year finish warranty, the Go Rhino RB20 Slim Running Boards offer peace of mind and long-lasting performance. Upgrade your Toyota Tundra CrewMax with these rugged and stylish running boards to enhance both its appearance and functionality.