Puig 21336W Touring Windshield For Triumph Tiger 1200 GT/GT Pro/Rally (2022-)

Puig’s 21336W Touring Windshield is made specifically for Triumph Tiger 1200 GT/GT Pro/Rally (2022-current).

With larger dimensions compared to the original visor and shapes studied to effectively deflect the air, with its installation it increases the aerodynamic protection for the rider by 86% while maintaining an excellent field of vision thanks to the clean design of the shapes of its flat upper part.

Its design with edges channels the air diagonally to the sides, deflecting the air that would hit the rider in a clean way, avoiding annoying noises and turbulence.

In this way, protection in the helmet area goes from 41% to 100%, so the rider must withstand 3.1 kg less pressure, which considerably improves riding comfort and reduces fatigue.

It is compatible with the visor elevation mechanism that is included as standard, so the rider can choose between different positions according to the needs of each moment.

Its angular and aggressive lines fit perfectly with the aesthetics of the English maxi trail.

• Dimensions (Height X Width): 530 X 395 MM
• 80 mm. higher than the original.
• Thickness: 4 mm

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.