Aluminium Radiator Bash Plate Ford Ranger PX1/PX2/PX3 (20122022) / Everest (20152022) / Mazda BT-50 (20112020)

Weight:
10.0 kg
Aluminium Radiator Underbody Armour Ford Ranger
RIVAL 6mm Aluminium Bash Plate Premium Underbody Protection for 44 Vehicles
The RIVAL bash plate is precision laser-cut from 6mm deep-stamped aluminum alloy, offering an optimal balance of strength and reduced weight. Designed to withstand Australias harsh off-road conditions, it provides reliable protection for your vehicles underbody components against rocks, logs, and rough terrain.
Aluminiums natural corrosion resistance ensures long-term durability, even if the surface coating is scratched or damaged.
With a no-drill installation process, it is a straightforward, high-quality upgrade for any serious 44 owner.
Weight: 10 kg
Installation Manual
Robust Underbody Protection
The Aluminium Radiator Bash Plate for Ford Ranger, Everest, and Mazda BT-50 provides superior underbody protection. This durable armour shields critical components from rocks, dirt, and other debris, ensuring longevity and performance during off-road adventures. The lightweight nature of aluminium prevents unnecessary strain on your vehicle, so you can navigate challenging terrains without worries.
Custom Fit for Your Vehicle
Designed specifically for the PX1, PX2, and PX3 models of the Ford Ranger, as well as the Everest and Mazda BT-50, this bash plate guarantees a perfect fit. Installation is straightforward, so you can equip your vehicle quickly and get back to your adventures. With tailored dimensions, it does not interfere with other important components, making it an essential addition to your vehicles setup.
Enhanced Durability and Performance
One of the standout features of the Aluminium Radiator Bash Plate is its unparalleled durability. Constructed to withstand extreme conditions, it can endure harsh impacts and resist corrosion. This durability not only protects your vehicle but also ensures that you maintain optimal performance on every journey, reducing maintenance costs over time.