Rooster – Robotican

Self healing comm.

Designed for communication denied environments, works everywhere

Cross-breed drone

Rolls like a robot & flies like a drone

Easy to use

New semi-autonomous flight assistance mode

The new Rooster robotic hybrid drone is a revolutionary system for indoor and underground unmanned ISR missions. Its combination of ground robot and airborne drone capabilities provides a fast-maneuvering platform with long endurance for indoor operations. Healing mesh communication enhances its underground penetration range. Additional payloads can be mounted on the Rooster to meet custom end-user needs.

APPLICATION & USE

Perfect for ISR in communication denied environments

A search and rescue tool for instant damage appraisal. The perfect solution for situational awareness, designed for rapid indoor exploration of buildings, caves, and other confined spaces.

This hybrid platform functions as both a robot and a drone, leveraging the advantages of both ground and air mobility. The Rooster can roll through narrow passages and fly over obstacles, staircases, or through windows due to its unique design. It can also stop and deactivate its motors to listen and observe for any signs of potential survivors.

With the Rooster’s support, first response teams can execute their missions agilely and efficiently, minimizing risks to team members.

The Rooster is a versatile reconnaissance hybrid system capable of operation in flight, while rolling, and in a stationary position. It moves like a robot and flies like a drone.

Urban combat presents significant challenges and risks to soldiers, largely due to a lack of real-time intelligence on enemy activity indoors and underground. Robotican’s Rooster is specifically designed to provide real-time visual information from these hard-to-reach environments.

Maintaining communication links with regular drones and robots in underground facilities and during indoor operations is challenging. The Rooster utilizes a mesh radio link, enabling units to relay communication between each other. By deploying three Roosters, steady communication can be maintained throughout ISR missions.

The Rooster’s ability to roll like a robot, fly like a drone, remain stationary for observation, and provide video imagery makes it the ideal device for scanning indoor facilities and buildings. The Rooster can roll on the floor, fly over obstacles and up staircases, move in and out of rooms, and be stationed on standby as a remote observation sentinel.

Real-time video streaming from inaccessible areas allows for easy approach to hazardous facilities and confident inspection of narrow passages, thanks to the ROOSTER’s robust and flexible structure.

A search and rescue tool for instant damage appraisal. The perfect solution for situational awareness, designed for rapid indoor exploration of buildings, caves, and other confined spaces.

This hybrid platform functions as both a robot and a drone, leveraging the advantages of both ground and air mobility. The Rooster can roll through narrow passages and fly over obstacles, staircases, or through windows due to its unique design. It can also stop and deactivate its motors to listen and observe for any signs of potential survivors.

With the Rooster’s support, first response teams can execute their missions agilely and efficiently, minimizing risks to team members.

The Rooster is a versatile reconnaissance hybrid system capable of operation in flight, while rolling, and in a stationary position. It moves like a robot and flies like a drone.

Urban combat presents significant challenges and risks to soldiers, largely due to a lack of real-time intelligence on enemy activity indoors and underground. Robotican’s Rooster is specifically designed to provide real-time visual information from these hard-to-reach environments.

Maintaining communication links with regular drones and robots in underground facilities and during indoor operations is challenging. The Rooster utilizes a mesh radio link, enabling units to relay communication between each other. By deploying three Roosters, steady communication can be maintained throughout ISR missions.

The Rooster’s ability to roll like a robot, fly like a drone, remain stationary for observation, and provide video imagery makes it the ideal device for scanning indoor facilities and buildings. The Rooster can roll on the floor, fly over obstacles and up staircases, move in and out of rooms, and be stationed on standby as a remote observation sentinel.

Real-time video streaming from inaccessible areas allows for easy approach to hazardous facilities and confident inspection of narrow passages, thanks to the ROOSTER’s robust and flexible structure.