A UNIQUE WEIGHT, SPACE AND PERFORMANCE COMBINATION
The chassis suspended underneath the canopy is composed of an electric propulsion system, actuators for piloting, a stabilized gondola (including various cameras) and an on-board management system (sensors and central unit), making it easy for its operator to use.
AUBE, A FIELD UAV
Open the bag, take the UAV out and launch it in less than five minutes.
Extremely compact and mobile, the operational package fits into a tactical backpack weighing less than ten kilograms. It requires only one UAV operator and can be deployed and refurbished in five minutes. The paramotor UAV is launched and recovered by hand on rough ground.
ROBUSTE STRUCTURE AND MAINTENANCE SIMPLIFIES
The chassis and the remote control being 90% 3D printed with bio-compostable plastic and guaranteed free of endocrine disruptors, maintenance and evolution can be done quickly and locally while limiting the impact on the environment.
In case of failure or perforation of the sail, the UAV will fly, thus guaranteeing the safety of goods and people (flying over a crowd for example). The sails are interchangeable and repairable thanks to fabric and line kits.
ECO-DESIGN AT THE HEART OF OUR EXPERTISE
Committed to its values, Aube wanted to keep its authenticity by offering a drone with techniques and tools to reduce environmental pollution as much as possible.
Each part is designed to minimize energy consumption. By way of comparison, a light helicopter consumes 30 liters of fuel per hour of flight, or about 3,000 times more energy than our “Aube” UAV.
The hard parts of our product are made from corn and flax fibers. The soft parts are made from corn and oyster shells.
The transformation of these resources into a 100% biodegradable plastic material allows us to design and operate the Aube product while respecting the environment.
The different parts are manufactured in our workshop by 3D printing in order to ensure a continuous evolution of our products.
The characteristics of the plastic materials used enable the Aube paramotor UAV to be both robust and high-performance.
Components that have become obsolete or out of use are transformed into healthy soil by a composting method.
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