Women's New Balance Rc Ultra Light hotmango running shorts (WS51288HMO)

The New Balance ladies' running shorts Rc Ultra Light hotmango provide support during intense training in warm conditions. Advanced technologies and careful selection of materials translate to high comfort of movement at any running pace.

NB ICE Cooling Technology

The NB ICE technology used in the Rc Ultra Light model effectively supports the body's thermoregulation during activity. Thanks to this technology, the material accelerates moisture wicking and pleasantly cools the body, maintaining an optimal level of comfort even during prolonged exertion. NB ICE ensures that the shorts perform excellently during training on hot days, reducing the feeling of overheating.

Recycled Polyester and Elastane Blend

The fabric of the New Balance Rc Ultra Light model is a combination of 86% recycled polyester and 14% elastane. This material mix provides very good stretch and freedom of movement, while simultaneously supporting eco-friendly initiatives by reducing waste. Elastane is responsible for elasticity and fit to the silhouette, while recycled polyester guarantees durability and quick drying.

Reflective Elements and Sporty Functionality

The ladies' Rc Ultra Light shorts feature reflective elements that enhance visibility for runners in low light conditions. The adjustable waistband allows for individual fitting, and the slim fit cut accentuates the athletic silhouette without restricting mobility. Thoughtful design details support a full range of motion and improve safety during training in the dark.

New Balance ladies' running shorts Rc Ultra Light hotmango - features:

• NB ICE technology supporting cooling and moisture wicking;
• Fabric composed of 86% recycled polyester and 14% elastane;
• Recycled polyester reducing environmental impact;
• Slim fit cut that does not restrict freedom of movement;
• Waist adjustment for individual fit;
• Reflective elements improving visibility after dark;
• Designed for running and activities in warm conditions;
• Freedom of movement thanks to the appropriate material blend.