Rossignol Venosk azure blue men's running shoes (RNNMA50)

The men's running shoes Rossignol Venosk in azure blue have been designed for runners seeking a combination of cushioning, traction, and high breathability in challenging terrain. This model is perfect for training, offering neutral foot support and a standard fit that promotes comfort over longer distances.

Sensor 3 System Technology

The Sensor 3 System technology used in the Rossignol Venosk model supports the natural biomechanics of the foot and improves stability on varied surfaces. The innovative design of this technology ensures optimal pressure distribution on key points of the sole during the rolling phase. This allows for more effective foot movement and better control with each step on the terrain.

Eco-friendly and technical materials

The upper is made from durable mesh that guarantees excellent breathability and quick moisture wicking during intense exertion. Recycled materials have been used in the production of this model, underscoring Rossignol's eco-friendly approach. The midsole made of EVA foam provides lightweight and dynamic cushioning, while the rubber outsole ensures traction on natural surfaces.

Design and fit for trail running

The 6 mm drop sole enables natural foot rolling and facilitates maintaining a dynamic stride while running. Laces as a type of fastening allow for precise adjustment to the individual needs of the user. The lightweight construction and standard width of the upper positively influence comfort, especially during longer training sessions on trails.

Men's running shoes Rossignol Venosk azure blue - features:

• Designed for running on varied terrain with high traction;
• Midsole based on EVA foam with cushioning properties;
• Upper made of technical mesh with increased breathability;
• Use of Sensor 3 System technology for biomechanical optimisation;
• Rubber outer sole adapted for natural surfaces;
• Standard upper width enhancing user comfort;
• 6 mm drop supporting natural foot movement;
• Use of recycled materials with care for the environment.