Aerospace Sector
In a sector where every gram of weight and every watt of energy counts, our technology offers a disruptive solution.
The ability to obtain high forces and useful energy with minimal power consumption opens the door to the development of lighter, more compact, and autonomous systems for auxiliary propulsion, onboard power generation, and control and safety mechanisms in aircraft and spacecraft.
Magnetic field deformation becomes a strategic advantage over conventional systems, providing more energy with less mass and volume.
This contributes to extending satellite endurance, optimizing spaceflight operations, and improving the efficiency of commercial and military aircraft, driving the next generation of aerospace engineering.
Aerospace Sector
In a sector where every gram of weight and every watt of energy counts, our technology offers a disruptive solution.
The ability to obtain high forces and useful energy with minimal power consumption opens the door to the development of lighter, more compact, and autonomous systems for auxiliary propulsion, onboard power generation, and control and safety mechanisms in aircraft and spacecraft.
Magnetic field deformation becomes a strategic advantage over conventional systems, providing more energy with less mass and volume.
This contributes to extending satellite endurance, optimizing spaceflight operations, and improving the efficiency of commercial and military aircraft, driving the next generation of aerospace engineering.