Lund's 5" Oval Bent Nerf Bars are designed for a custom fit, complementing the overall look while providing you with safe, sure footing in and out of your vehicle. Each bar has a broad recessed step area with UV-resistant rubber grip pads to provide solid traction and stability. These nerf bars are constructed with a cutting-edge polymer material set within a lightweight, durable aluminum frame, making these bars tough and virtually corrosion-free. They feature a chrome-plated finish and are designed with a tubular shape and curved style, creating a rugged yet contemporary look and feel. These pre-assembled nerf bars are 87" in length and include custom mounting hardware for easy, no-drill installation. Protected by a limited lifetime warranty.
- Style and strength of these larger size bars look awesome on full-size trucks and SUV’s while bent bar ends provide a modern integrated appearance
- Constructed with cutting-edge polymers mated to a recessed, extruded aluminum frame; Chrome Finish
- Wide step pad is larger than traditional bar steps; No-slip step pad provides the ultimate traction for safe, sure footing
- Pre-assembled for easy no-drill installation with all mounting hardware included
- Solid construction supports up to 350 pounds
- Chrome-plated finish and tubular shape create a rugged yet contemporary look
- Includes custom mounting hardware for easy, no-drill installation
- Style and strength of these larger size bars look awesome on full-size trucks and SUV’s while bent bar ends provide a modern integrated appearance
- Constructed with cutting-edge polymers mated to a recessed, extruded aluminum frame; Chrome Finish
- Wide step pad is larger than traditional bar steps; No-slip step pad provides the ultimate traction for safe, sure footing
- Pre-assembled for easy no-drill installation with all mounting hardware included
- Solid construction supports up to 350 pounds
- Chrome-plated finish and tubular shape create a rugged yet contemporary look
- Includes custom mounting hardware for easy, no-drill installation
