Starter Set NIA-03-SmallDrone is a version of Starter Set NIA-01 tuned for small and light drones.
Content:
The set is suitable for different use cases, but, most of all, it is designed for precise (±2cm) indoor tracking of small and light drones (under 100g) in area of up to 400-500 m2. Of course, it would work with heavier drones as well.
Demos:
Further expansion:
Marvelmind Indoor Navigation System is an off-the-shelf indoor navigation system designed to provide precise (±2cm) location data to autonomous robots, vehicles (AGV), drones and forklifts. It can also be used to track other objects that the mobile beacon is installed upon, for example, virtual reality (VR) systems, helmets for construction workers or miners, jackets, etc.
The navigation system is based on stationary ultrasonic beacons that are united by radio interface in a license-free band (915MHz). The location of the mobile beacon is calculated based on the propagation delay of an ultrasonic signal (Time-Of-Flight or TOF) to a set of stationary ultrasonic beacons using trilateration.
Key requirements for the system to function properly:
Description
Starter Set NIA-03-SmallDrone is a version of Starter Set NIA-01 tuned for small and light drones.
Content:
The set is suitable for different use cases, but, most of all, it is designed for precise (±2cm) indoor tracking of small and light drones (under 100g) in area of up to 400-500 m2. Of course, it would work with heavier drones as well.
Demos:
Further expansion:
Marvelmind Indoor Navigation System is an off-the-shelf indoor navigation system designed to provide precise (±2cm) location data to autonomous robots, vehicles (AGV), drones and forklifts. It can also be used to track other objects that the mobile beacon is installed upon, for example, virtual reality (VR) systems, helmets for construction workers or miners, jackets, etc.
The navigation system is based on stationary ultrasonic beacons that are united by radio interface in a license-free band (915MHz). The location of the mobile beacon is calculated based on the propagation delay of an ultrasonic signal (Time-Of-Flight or TOF) to a set of stationary ultrasonic beacons using trilateration.
Key requirements for the system to function properly:
Additional information
915 MHz (US), 915/868MHz (US/EU)
Questions and Answers