Drone Autopilot
Powerful Autopilot
The Goose autopilot’s name suggests a similarity with the robust bird capable of long-duration flights and intelligent flight behaviors. Its compact and versatile design is the result of years of development and testing. Modular variants, allow for clean custom installations after initial integration has taken place.
As new developments are made, updates to the autopilot system are easily applied over the air so you are always flying with the latest features.
Mult-Vehicle
A variety of vehicles can be controlled by the Goose including:
Fixed Wing Drones
Multrotor Drones
Parafoil Drones
Unmanned Surface Vehicles USV
Control Software
The Robota GCS (Ground Control Station) is the intuitive interface for live mission planning and vehicle monitoring.
Simple yet powerful, novice pilots can quickly get started with our intuitive interface while advanced features await. Controlling drones has never been easier.
Join The Revolution
Features
Updates
Wireless
Current Monitoring
up to 80 amps
Remote Control
Spektrum TX/RX
Voltage
8 to 36 volts
Communications
Serial @115200 baud
Control
Robota GCS
Payload Supply
3.5 to 8 V @800 mAh
Vehicle
Fixed Wing, Mulirotor, Parafoil, USV
Dimensions
2.6 x 1.8 x 0.5 inches
GNSS
RTK Precision
Outputs
Testimonials
The RoboDot Touch has completely transformed my surveying workflow with its incredible portability and multi-mode functionality, at an amazing price for professional-grade RTK GPS! -
John Baczkowski
RoboDot Touch is awesome, but the support team is next level!
They helped me get everything set up super fast and actually stuck around to answer all my random questions. Seriously, best service I’ve had in a long time.
Morgan James, NY
The RoboDot is a versatile and reliable RTK GNSS receiver, offering multiple operational modes, robust design, efficient power management, and seamless connectivity. Its integration capabilities with drones like the DJI Mavic M3E and its effectiveness in large site mapping make it an invaluable tool for professionals requiring precise positioning and data collection.
Alejandro Gomez