The world’s friendliest indoor drone
Cleo is the first drone in the world designed specifically for indoor use. Contrasting currently available drone technology, Cleo’s unique design makes it very small and safe, perfect for applications in enclosed spaces.
Cleo’s unique technology allows for fully enclosed propellers, making it much safer and reliable compared to conventional multicopters.
Cleo’s small size makes it portable and capable of accessing tight spaces such as ducts, doorways, windows, and other openings with ease.
Cleo utilizes a suite of sensors coupled with computer vision allowing it to detect obstacles and operate in GPS denied environments.
Cleo can be used in emergency situations where it can be deployed for reconnaissance prior to sending emergency personnel in. Cleo provides critical information about dangerous situations allowing officers to assess a situation without endangering lives.
Cleo can autonomously navigate a pre-programmed path, record video for later review, and be viewed remotely through a live stream. Cleo’s safe design allows for surveillance of indoor spaces such as airports, museums, prisons, and even homes.
Advanced 3D scanning and mapping technology allows Cleo to create detailed 3D maps, and improves mobility and obstacle detection. Cleo can create 3D maps of construction sites autonomously, allowing construction managers to track progress at their sites.
Cleo’s small size allows it to traverse tight spaces with relative ease and speed. Cleo can fit where other robots can not, allowing it to inspect hard to reach places such as air ducts and pipelines.
We imagine the future, then we create it
Cleo Robotics is developing a revolutionary new drone technology designed specifically for indoor applications. Current drones are not suited for flight in enclosed spaces because of their size and inherent risks due their exposed propellers. We overcame these problems through our unique patent pending technology, which also makes Cleo 70% smaller than other drones of comparable functionality.