SKU: PUIG-22680W-ATT
MPN: 22680W
Puig Sport Windshield for BMW R1300RS 2025+

PUIG's 22680W Sport Windshield is made specifically for BMW R1300RS (2025-current).

The Puig Sport windscreen for the new BMW R1300RS 25' has been designed following the aggressive lines of the front section of this model. Its design incorporates sharply defined diagonal edges that visually highlight the radar area and the front lighting assembly, reinforcing the motorcycle's sporty character.

The central lower cut, also present on the original windscreen, surrounds the BMW radar and integrates perfectly with the front of the motorcycle. Puig has reinterpreted this area using sharper and more aggressive lines, in line with the design language of the new R1300RS.

The diagonal surfaces that define the windscreen recall the shapes found around the position lights, creating aesthetic continuity with the motorcycle’s front section and providing a more dynamic and sporty appearance for riders looking to enhance the look of their BMW R1300RS.

Puig's Sport screens are designed under the concepts of aesthetics and functionality in equal parts, for riders looking for an accessory that enhances the look of their bike. These screens match the lines of the bike thanks to the different colors available. In turn, they aerodynamically protect the rider by offering a clear and optimal field of view for relatively short trips or urban riding. 

Its compact dimensions, slightly smaller than the original screen if any, provide the rider with remarkable protection and a feeling of comfort, as well as a sporty aesthetic without diminishing the rider's field of vision. 

Designed and manufactured in Barcelona with the most advanced technologies, Puig Sport domes are made of 3 or 4mm thick acrylic material, available in various colors. 

Its finish has rounded edges to offer maximum safety, complying with German TÜV regulations. 

All Sport screens come with their aerodynamic study comparing our screen with the original in order to see the results extracted from the virtual wind tunnel and its real performance.