InDro Robotics :: Autonomous Unmanned Ground Vehicles (UGVs)

InDro Robotics (indrorobotics.ca) is a prominent Canadian robotics and drone company specializing in the development, integration, and deployment of autonomous unmanned ground vehicles (UGVs), quadrupeds, and drones for complex real-world missions. The company operates as a manufacturer, integrator, and distributor, focusing on Beyond Visual Line of Sight (BVLOS) operations, data collection, surveillance, delivery, and industrial applications. InDro combines engineering expertise in mechanical, electrical, computer science, and AI to create practical solutions for challenging environments. They also provide technology incubation, educational platforms, and full robotics service support.

InDro does not focus on a single proprietary robot brand but excels in custom integration and enhancement of existing platforms to make them mission-ready.

Key Robot-Based Products and Solutions:

• InDro Commander Series: Their flagship integration kits for UGVs. Available in Standard (local compute), Connect (4G/5G teleoperations), and Navigate (GPS & SLAM autonomy-ready) versions. These turn platforms from AgileX Robotics and others into fully capable autonomous systems.
• InDro Backpack: Integration solution for Unitree quadruped (legged) robots, adding teleoperations, GPS-based autonomy, and enhanced computing.
• InDro Pilot: Technology for drones enabling real-time 5G data transfer and onboard processing for BVLOS missions.
• Custom Robotic Systems: Full design, build, test, and refinement of autonomous robots for specific applications, including research & development projects.
• Educational and Development Platforms: ROS/ROS 2-ready UGVs designed for easy development, research, and teaching.

InDro Robotics has completed thousands of mission hours across multiple countries. They serve clients in government, industry, academia, and research. The company emphasizes practical deployment, regulatory compliance (especially for BVLOS), and rapid customization to solve real operational problems. They also support early-stage robotics startups through incubation.