Skip to product information
1 of 17
ELEKTRIC OFFROAD

2016+ CAN-AM DEFENDER HD10 ROCK STEPS (2 SEAT)

2016+ CAN-AM DEFENDER HD10 ROCK STEPS (2 SEAT)

Regular price $649.99 USD
Regular price Sale price $649.99 USD
Sale Sold out
Enhance your off-road adventures with the Elektric Offroad Designs Volt Series 2016+ Can-Am Defender HD10 Volt Rock Steps. Designed specifically for the 2016 Can-Am Defender HD10, these rocker steps not only offer robust protection for your side-by-side but also elevate its functionality and aesthetics.

Crafted from high-strength steel, our sliders provide essential protection for your Defender's body, shielding it from potential damage as you navigate through narrow trails and rugged terrains. The smart design integrates a built-in step function, featuring a grip plating that ensures secure footing, making it easier to access your vehicle, even in the roughest conditions.

The sleek hammer black powder coat finish adds a layer of durability against the elements while giving your Defender a polished look. Complemented by satin black aluminum accent plates, these rock steps blend seamlessly with your vehicle's design, underscoring its rugged charm.

Installation is a breeze, thanks to the straightforward bolt-on process, allowing you to equip your Defender with minimal downtime and maximum impact.

Features:

  • Added Protection to Frame Sides: Safeguard your vehicle's integrity during off-road adventures.
  • Hammer Black Powder Coat Finish: Ensures long-lasting durability and resistance to corrosion.
  • Satin Black Aluminum Accent Plates: Provides a stylish contrast and visual appeal.
  • Bolt-On Installation: Quick and easy setup without the need for professional assistance.
  • Built-in step function with grip plating for traction: Facilitates easy access while offering anti-slip safety.

VEHICLE FITMENT:

• CAN-AM DEFENDER : 2016+

⚠ California Proposition 65 Warning ⚠ This product may contain a chemical known to the State of California to cause cancer or birth defects or other reproductive harm.

View full details