Women's running shoes New Balance FuelCell Venym calcium (WTVNYMD1)

The New Balance FuelCell Venym calcium women's running shoes are designed for demanding off-road training. Advanced technologies, such as the FuelCell foam in the midsole and the Hydro Hesion rubber outsole, combine dynamic cushioning with confidence in various terrain.

Cushioning and traction technologies

The FuelCell foam provides flexibility and bounce with every stride, ensuring comfort during longer and more intense runs. The Hydro Hesion rubber used in the outsole guarantees excellent grip on wet and loose terrain, contributing to stability and safety while running. An additional Toe Protect™ system protects the toes from injuries when encountering obstacles on the trails.

Upper construction and materials

The upper made from synthetic material offers very good breathability, while the standard cut ensures an optimal fit for a women's foot. Special reinforcements at the toes enhance the durability of the FuelCell Venym model and increase comfort on demanding routes. The traditional lacing system allows for precise adjustment to individual needs.

Terrain parameters and functionality

The 6 mm drop in the New Balance FuelCell Venym optimises the foot's roll during off-road running and supports the natural movement of the runner. The specially shaped tread pattern increases stability and confidence on varied surfaces. These shoes are designed for training on trails, offering a combination of cushioning, fit, and support at every stage of the run.

New Balance FuelCell Venym calcium women's running shoes - features:

• FuelCell foam in the midsole providing dynamic cushioning;
• Hydro Hesion rubber outsole for increased traction on the terrain;
• Toe Protect™ system enhancing toe protection on the trail;
• Synthetic upper ensuring breathability;
• 6 mm drop supporting natural foot movement;
• Tread optimized for stability on uneven surfaces;
• Standard upper cut providing comfort and fit;
• Reinforcements at the toes increasing shoe durability;
• Traditional lacing enabling individual fit adjustment;
• Designed for trail running training;
• Optimal stabilization due to modern construction solutions;
• High breathability reducing foot overheating during activity;
• Model created for runners seeking support and cushioning.