(Commercial) vehicles in long-distance operation consume up to 40% of the energy to overcome air resistance. 

In addition to rolling resistance, air flow and air resistance are the decisive factors for the economy, efficiency and environmental compatibility of vehicles. At a time when environmental awareness and efficiency are of great importance, it is essential to take these aspects into account.

Aerodynamic drag plays a significant role in the fuel/energy consumption of vehicles, particularly for articulated trucks, where it can account for up to 40% of consumption. This means that a single truck burns enormous amounts of fuel each year, which not only incurs high costs, but also releases significant amounts of CO2 emissions, particulate matter and affects air quality. This in turn has an impact on people's health and the environment as a whole. Reducing drag by 10% alone could solve a considerable part of these problems. Every year, thousands of liters of diesel could be saved and tons of CO2 emissions avoided. This would not only improve air quality, but also reduce dependence on tanker vehicles and thus relieve the burden on road traffic as a whole.

To meet these challenges, it is important to find innovative solutions. AIRPADZs, which are based on nature's proven mechanisms of action and at the same time utilize findings from racing, offer a promising possibility. Through bionic design and the integration of decades of experience from motorsport, AIRPADZ offers the possibility of significantly reducing the aerodynamic drag of vehicles and thus improving efficiency and environmental compatibility.

By continuing to focus on nature and developing innovative technologies, we can make an important contribution to sustainable mobility while significantly reducing the environmental impact of road traffic.

We are committed to nature by finding and implementing natural solutions and integrating them into technical solutions.

We create nature-oriented technology for a natural future.