IMPALA Quad Skate women's skates periwinkle (IMPROLLER1)

IMPALA Quad Skate periwinkle women's roller skates are high-quality equipment designed for recreational skating enthusiasts who value precision and comfort of use. Thanks to the brake, users can enjoy greater control and safety while skating. This model does not have an adjustable length option, making it dedicated to those who already know their size preferences and are looking for a stable and reliable solution.

Wheels and their properties

IMPALA Quad Skate periwinkle women's roller skates are equipped with IMPALA brand wheels, which have a hardness of 82A. This level of hardness provides the right balance between grip and speed, which is especially important for users skating on various surfaces. The wheel diameter is 58 mm, allowing for smooth and stable riding, and their round profile facilitates easier maneuvering.

Bearings and their specifications

This model is equipped with ABEC-7 class bearings, which means high manufacturing precision and smooth riding. Bearings of this class are often chosen by people who expect reliability and long lifespan from their skates even with intensive use. Thanks to them, the IMPALA Quad Skate periwinkle skates guarantee efficient energy transfer, which translates into better performance during skating.

Safety and certifications

These skates have CE compliance certificates, confirming their conformity with European safety standards. This is important information for potential customers looking for equipment that meets strict quality requirements while ensuring satisfaction in use.

Brand and its reputation

The IMPALA brand, the manufacturer of these skates, is known on the market for providing high-quality equipment for roller skating enthusiasts. The company's products are characterized not only by solid craftsmanship but also by innovative solutions that increase user comfort and safety. By choosing IMPALA Quad Skate periwinkle women's roller skates, customers can be sure they are investing in equipment that will meet their technical and functional expectations.