Crash pad WOMET-TECH EXTREME BMW S 1000 RR [10-11] / [15-]

Womet-tech racing accessories is a producer of tuning components for motorcycles present on the market since 2003. The company was established with a passion – in order to create parts and accessories for enthusiasts. Today, products from our offer are tested by leading recers . Womet-tech components work in professionals’ motorcycles, but also in private enthusiasts of motorization in Poland and abroad. Thanks to the modern technology, we create high-quality products at a reasonable price. They are used in the majority of models available on the market. Our priority is always: the trust of customers and the highest quality of offered products.

Type - Extreme line
Fiting - BMW
Fabric - Delrin plastics / Aircraft aluminium
Protector diameter - 45 mm
Kolor - Black
In the Box - Set (2 psc with Installation Hardware )
Engraved Womet-Tech logo - 2D laser engraving
Country of manufacture - Made in Poland

For:

• BMW S 1000 RR [10-11] / [15-]
  

Womet-Tech sliders, commonly known as Crash Pads, are special protectors that are bolted to a motorcycle frame or engine. Their purpose is to protect vehicle and minimize damage during the fall, both stationary and in motion. The special polymer of the Womet-Tech sliders compensates a significant amount of impact energy. In addition, the dense structure of the protector slowly rubs off during the slipping, stopping the vehicle.

Thanks to this Womet-Tech Endurance sliders provide additional protection for the engine and bodywork without overburdening the frame and engine mounting points.
Womet-Tech designed Extreme sliders specially for racing teams. Their design allows you to quickly replace the polymer protector without disassembling the mounting base. In addition, the Extreme version is lighter and shorter than road equivalents, minimizing negative impact on the performance of the motorcycle during the race.

Womet-Tech Crash Pads are made on CNC machines. Sliders are produced by cutting a block of special, high density polymer. The polymer parameters were selected to dissipate the impact energy and remained highly resistant to abrasion and cracking.