TIDAV
Start-up TIDAV is a young company developing an innovative VTOL drone, capable of traveling long distances quickly. It can be used on a daily basis, autonomously and reliably. Its unique flight technique enables it to be used in strong winds, whereas similar models on the market remain on the ground. This drone meets the needs of industry in a variety of sectors, such as surveillance of maritime areas from the coast or from a ship, transport of spare parts for offshore wind farms, detection of greenhouse gases, or with the Navy.
Our company has made a name for itself by developing revolutionary drones for data collection in harsh weather environments. These drones, designed to take off and land vertically, take advantage of the wind to ensure their stability, making them exceptionally reliable even in strong winds, reaching speeds of up to 70 km/h, whereas traditional models are limited to 30 km/h. With a wingspan of 2 meters, a flight range of 100 km, a travel speed of 130 km/h and a payload capacity of 3 kg, our drones meet a diverse range of needs. Our ambition over the next 5 years is to position ourselves as the undisputed leader in the drone data collection market, by offering a range of products tailored to the specific requirements of different markets.
The need to remove doubts is a recognized dual activity for civil and
defense applications.
We propose a drone system that takes off from the ship to rapidly
go to an area that requires visual information to be gathered.
The French Navy recognizes our technical innovation, as they have no solution currently available with this level of performance and which enables an unprecedented increase in flight availability. Our new flight mechanics will make helicopter landing easier in tactical conditions. (Indirect / direct flight mechanics).
We will propose an integrated and robust docking station solution enabling the drone to be protected and recharged with a view to being operated from the ship without direct remote control.
(Meta orders)
Example: a ship does not respond to radio calls, the drone makes it possible to approach without exposing personnel or heavy equipment to potential risks.
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The new rules impose greenhouse gas emissions verification measures and mandatory reporting for manufacturers. Oil and gas companies must regularly monitor their facilities to detect fugitive emissions, while independent verifiers must check these measurements.
Based on technologies developed with ONERA and L’IFPEN, we propose to use the wind to position ourselves downwind of the industrial facility and fly the drone precisely through the emitted plume to acquire data with a gas analyzer.
This avoids overflying the site and thus meeting highly restrictive ATEX-type standards. The multi-gas sensor is judiciously positioned at the leading edge
of the laminar flow (without being disturbed by the propellers), and the drone’s flat-flight method (without taking angles) ensures that the nature and flow rates of the elements produced by the site under study are precisely collected. This makes it possible to identify the origin of emissions by triangulation, to point out emitters on a map and thus discriminate sources.
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