robots for research
robots and drones for
research and development
versatile robotics solutions
empower your robot development
UGV and UAV development requires the integration of various technologies such as sensors, actuators, and AI algorithms, we make the development process simple and accessible. Our platforms and InDro Commander are designed to empower robot development by providing the computational power, ROS packages, payloads and functionality required for your unique use case.
robots for research
why use our robots and drones
FOR RESEARCH AND DEVELOPMENT?
robot development
SAVE TIME AND MONEY: By using a pre-built robot or drone platform, you can save time and money on the design and fabrication which allows you to focus more on the development of your project.
RELIABILITY: The robotic solutions we offer are built to a high standard of reliability and durability. You can be confident that your robot will function reliably and consistently.
SCALABILITY: Pre-built robot and drone platforms are designed to be scalable. This makes them ideal for applications where a large number of robots or drones are required.
FLEXIBILITY: The pre-built platforms are modular and customizable, which allows you to tailor them to your application.
SUPPORT: By using one of our solutions, you can benefit from our knowledge and experience, without needing to have your own in-house robotics team.
robot kits
FOR RESEARCH AND DEVELOPMENTrobot development
Our robotics kits are built with the tools and resources needed to help researchers and developers create and test new robotics systems. Methodically designed for the highest IP rating and the best sensor placement, it allows for easy access and additional integration of new components.
SCOUT
Differential steering wheeled robotics designed for demanding indoor and outdoor applications, like inspection, urban delivery or security monitoring.
HUNTER
Ackermann steering wheeled robotics built to drive like cars and trucks for high-speed or heavy payload autonomous driving applications.
BUNKER
Tracked UGV systems intended for complex outdoor environments with rugged terrain and applications that require a high payload capacity.
LIMO
Multi-modal, compact and customizable ROS powered robot development platform with four steering modes, a scalable and sturdy structure.
TITAN
The AMR Titan features advanced ackermann steering configurations in the front and rear, enhancing maneuverability.
RANGER
The Omnidirectional Drive-by-wire Chassis. Revolutionary compact design and multi-modal operation capable of handling various indoor and outdoor application scenarios.
TRACER
The Drive-by-wire Chassis for indoor AGVs. Highly cost-effective development platform for indoor unmanned delivery applications.
QUADRUPEDS
Hardware-rich legged robots with out-of-the-box functionality, accessible software packages, dynamic movement and robust payload optionality.
IN THE AIR
Small indoor drones to large drones capable of carrying heavy payloads that can be remotely controlled or programmed to fly autonomously using software-controlled flight plans.
UAVs
research drone
Whether mapping remote landscapes, studying wildlife behavior, conducting environmental monitoring, or carrying out academic research, our ROS based drone is perfect for advanced research and development.
indro wayfinder
Capitalize on the benefits of large, efficient props while maintaining the crisp control and unmatched precision for a drone without compromise.
indro endurance drone
Due to the small size, the endurance drone can be flown in a wider range of environments and locations than larger drones, and can also be operated by a single pilot.
robot and drone
success stories
George Mason U. researchers enable robots to intelligently navigate challenging terrain
By Scott Simmie Picture this: You're out for a drive and in a hurry to reach your...
Robots on earth help prepare for research on the moon
By Scott Simmie What could small robots on earth have to do with exploration on the moon?...
Boston University uses AgileX LIMO for research
By Scott Simmie What will the Smart Cities of the future look like? More specifically, how...
simple and accessible
research and development
MAIN OFFICE:
305, 31 Bastion Square,
Victoria, BC, V8W 1T9
P: 1-844-GOINDRO (1-844-464-6376)
E: info@indrorobotics.com
HAVE A QUESTION FOR OUR TEAM?
Connect with us
"*" indicates required fields