The Rhino Rack Pioneer roof cargo carrier system revolutionized the roof rack market upon its debut.
Designed from the outset for off-road, tours, expeditions, and the most severe conditions, it managed to create a system with an extremely low weight yet impressively robust. The main difference from the competition lies in its structure: through screw joints instead of welding. The corners are made of fiberglass-reinforced plastic, resistant to impacts and UV rays. These combine with aluminum profiles, the main advantage being that the platform can twist along with the car’s body and does not pose a risk of damaging (or even bending) the vehicle’s roof. Despite this factor, these platforms never lose their strength! A major bonus is the extensive range of fastening solutions, tailored for each application!
Another advantage is the extremely narrow shape and the fact that the feet attach directly to the roof, eliminating the need for additional crossbars. This positively impacts costs, improves aerodynamics (thereby fuel consumption and noise production), reduces the risk of damage in rough terrain, and enhances the overall appearance of the system.
Starting from the second half of 2020, the Rhino Rack Pioneer roof cargo carrier system has undergone a massive upgrade with the introduction of the brand-new generation: Rhino Rack Pioneer NG.
The All New Pioneer is here
RHINO RACK PIONEER NG ROOF CARGO CARRIER FEATURES
- Constructed from aluminum alloy, with fiberglass-reinforced plastic corners
- Available in a wide range of sizes
- Electrostatically painted in black for increased corrosion resistance
- The most versatile and modular roof cargo carrier on the market
- Faster installation through integrated roller
- Additional channels for accessories (front and rear)
- Bottom channel for accessories (front and rear)
- Modern and more aerodynamic design (reduced noise)
- Integrated cable slots all around
- Corners can be drilled/cut to provide access for wiring
- Wide range of accessories
- Torque wrench included for optimal tightening and ease of maintenance
