Puig 21122W Touring Windshield For Royal Enfield Himalayan (2021-)

Puig’s 21122W Touring Windshield is made specifically for Royal Enfield Himalayan (2021-current).

• Dimensions (Height X Width): 440 X 415 MM
• Compatible With Oem Handguards
• 90 mm. higher than the original.
• Thickness: 4 mm

Designed specifically for the Royal Enfield Himalayan ’21, it considerably increases aerodynamic protection while maintaining the robust and classic aesthetic that characterizes this successful Trail.

Larger than the original screen, its wide upper part offers more protection in the rider’s shoulder area and prevents annoying turbulence, thanks to its flat lines it allows perfect visibility.

Its lower shapes have been designed to better deflect the air that would hit the hands, optimizing the aerodynamics of the motorcycle-window assembly.

It is ideal for users who want to enhance the road side of the Himalayan since its installation increases the rider’s aerodynamic protection without losing the aerodynamic coefficient of penetration of the motorcycle, improving comfort and reducing fatigue.

The Puig touring screen is available in clear, light smoked and dark smoked colors.

Touring screens, developed by Puig in Barcelona, are designed with the objective to aerodynamically protect the rider without affecting his/her field vision. In addition, these screens fit perfectly with the adventure style and aesthetics of the trail models thanks to their wide range of colors and different sizes. 

These Touring screens are manufactured using the most advanced technologies, using 4mm thick acrylic material, with UV protection and with a 2mm rounded edge. This finish gives it a more elegant touch and offers greater security, fulfilling with the regulations of the German TÜV.

The assembly of this screen follows a process that can be done without having to ask for a mechanic thanks to its simple and intuitive adaptation. The package also includes the aerodynamic studies that have emerged from comparing the Puig screen with the original in a virtual wind tunnel.