Ravinspect Tech developes autonomous indoor capable drones for industrial purposes eliminating accessibility issues, conditional and environmental differentiation in hangar, warehouses, factories etc. Therefore this system brings aerial vehicles to indoor industrial areas where commercial drones cannot navigate autonomously in GPS denied environments. In this circumstances aviation sector is the first focus to get in and faster aircraft inspection in hangar to reduce ground time and increase profits.

An indoor capable fully autonomous drone flies around the aircraft, takes footage from the surface and analyze it real-time. For the first stage, lightning strike defects, what airline companies mostly suffer from, are automatically detected by our AI based image processing algorithm and final report will be printed out under 30 minutes. Therefore, the inspection duration is decreased up to 95% and aircrafts can return back to service faster. This time saving system gives an opportuni...
Ravinspect Tech developes autonomous indoor capable drones for industrial purposes eliminating accessibility issues, conditional and environmental differentiation in hangar, warehouses, factories etc. Therefore this system brings aerial vehicles to indoor industrial areas where commercial drones cannot navigate autonomously in GPS denied environments. In this circumstances aviation sector is the first focus to get in and faster aircraft inspection in hangar to reduce ground time and increase profits.

An indoor capable fully autonomous drone flies around the aircraft, takes footage from the surface and analyze it real-time. For the first stage, lightning strike defects, what airline companies mostly suffer from, are automatically detected by our AI based image processing algorithm and final report will be printed out under 30 minutes. Therefore, the inspection duration is decreased up to 95% and aircrafts can return back to service faster. This time saving system gives an opportunity to save up to 30k $ for each inspection process on the aircraft. For the next generation, we will add dent recognition and corrosion detection features to expand use of platform in maintenance.

Our business model is mainly divided into two part; pricing per inspection which company will pay as much as they use, and technical support.

If we calculate potential market in the world for aircraft visual inspections, there are approximately 19000 commercial aircrafts all over the world which will be useful to be inspected by our platform and they should get back to service as soon as possible to decrease company loss. Depending on aircraft size, amount of this loss is between 15-30k $ according to Airbus data. Additionally, all aircrafts suffer from lightning strike at least once in a year. Therefore, we can clearly say that airliners have around 410m $ loss ever year just from lightning strikes. They also face with dent and corrosion issues. That means the market is much larger for aircraft inspections.

Additionally this system has been tested in warehouses for stock control processes and it can detect barcodes in large warehouses without need of working at height. Stock control processes can be done faster and safer.

We can also adapt this system to energy industry easily which is really similar procedure for our system. Wind turbines, power transmission lines and solar farms suffer from environmental conditions and they are needed to check periodically, too.
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