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| 2 Different Positioning Technologies | Acoustic and Radio |
| Weatherproof | LoLas is completely redundant. |
| Robust | LoLas is completely redundant. |
| Precise | Touchdown detector / Detection and Compensation of movements |
| Tested | LoLas is already in use on dozens of platforms. |
INTERNEST -Building robust and precise landing sensors for drones since 2016. Lolas is a patented, precise, and robust system designed to secure the critical phases of multirotor takeoff and landing. It works like a very precise relative GPS, providing the position of the drone relative to its landing platform, in a 150m radius with up to centimeter level accuracy.
INTERNEST -Building robust and precise landing sensors for drones since 2016.
Lolas is a patented, precise, and robust system designed to secure the critical phases of multirotor takeoff and landing.
It works like a very precise relative GPS, providing the position of the drone relative to its landing platform, in a 150m radius with up to centimeter level accuracy.
High accuracy landing in complex environment
Autonomous drones are becoming more expensive and their missions more critical, but when they approach the landing area, all the operation relies on one or two positioning sensors that can fail in complex environments.
Internest helps you secure this dangerous phase of the flights, with a robust and precise positioning sensor operational in complex environments.
DRONEBOX
High precision, high reliability landings on dronebox
MOVING TARGET
MILITARY
Internest
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Internest
Hardware
Lolas
Construction & Real Estate, Drone Delivery, Power & Utilities, Surveillance & Mapping, Mining & Exploration, Security & Law Enforcement, Disaster Management / First Responders, Infrastructure & Transport, Science & Research, Others
France
Internest has a small and dedicated team, with years of experience in drone sensors engineering. The team is supported by a strategic committee with experts of the different fields. Lolas is a patented, precise, and robust system designed to secure the critical phases of multirotor takeoff and landing.
Internest
