flexible and functional UGVS
autonomous robots
Versatile Robot Platforms:
The Backbone of Your Breakthrough Research
We’re committed to helping you dive straight into your research. With these advanced UGV platforms and our integration expertise, you can focus on what matters most—achieving your project goals without the hassle of technical setbacks. We’ve partnered with global industry leaders AgileX and Unitree to deliver a comprehensive suite of customizable robotic chassis.
These research UGVs are designed to empower researchers like you to push the boundaries of robotics. With advanced sensors, cameras, GPS, and autonomous navigation capabilities, these versatile systems are the ideal foundation for your next groundbreaking project. Whether you’re developing AI algorithms, exploring human-robot interaction, or tackling real-world challenges, these robot platforms provide the stability and flexibility you need to succeed.
Ready to build the future? Explore the robotic powerhouses below.
quadrupeds
infrastructure monitoring
Quadruped robots have the ability to navigate through rough terrain or areas that are difficult for wheeled or tracked robots to access. They can also be designed to have a high degree of mobility and agility, allowing them to climb over obstacles or move through narrow spaces.
go1 edu
The GO1 EDU robot is a high performance, lower cost quadruped designed to be used in classrooms and educational settings.
go2 edu
The Go2 EDU quadruped is a cutting-edge robot designed to revolutionize the way we interact with technology.
b1
The B1 robot has the characteristics of all-weather operation, strong load and expansion space, multi-dimensional perception, full scene coverage, strong computing power and accurate insights.
b2
A resilient and high-performance quadruped, the B2 robot is built to excel. Boasting an IP67 rating and substantial load-bearing capacity, this full-sized quadruped effortlessly maneuvers through various conditions and terrain.
humanoids
unitree humanoid robots
Humanoid robots have a bipedal design that allows them to operate in environments designed for humans, such as buildings and factories. Additionally, humanoid robots can be equipped with hands and arms, enabling them to perform tasks that require fine motor skills, like manipulating objects or using tools.
g1 humanoid
Small, but mighty. The G1 Humanoid is designed for research and development, capable of performing complex movements and tasks.
h1 humanoid
The H1 humanoid is a full size, bipedal robot designed for commercial applications, offering a balance of affordability and performance.
tracked robots
infrastructure monitoring
Robots with tracks are particularly useful for outdoor applications, such as agriculture, mining, and exploration, where they need to move through mud, sand, and other challenging terrain.
bunker
The Tracked Differential Drive-by-wire Chassis. Outstanding off-road and heavy-duty performance in challenging terrain environments.
bunker mini
A small-size,off road and industrial leading IP67 protection tracked mobile robot chassis for challenging, narrow working environments.
bunker pro
A high-precision drive-by-wire mobile robot chassis development platform, which boasts superb off-road performance and high-level IP67.
wheeled robots
autonomous robots
Wheeled robot platforms excel in indoor and outdoor environments demanding speed, precision, and maneuverability. Ideal for logistics, manufacturing, and research, these robots effortlessly navigate warehouses, laboratories, and urban settings.
LIMO
Multi-modal, compact and customizable ROS powered robot development platform with four steering modes, a scalable and sturdy structure.
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.
ranger
True omnidirectional steering robot intended for navigating dynamic indoor and outdoor environments while carrying heavy payloads.
tracer
A drive-by-wire chassis for indoor AGVs. Highly cost-effective development platform for unmanned delivery and logistics applications.
titan
The AMR Titan features advanced ackermann steering configurations in the front and rear, enhancing maneuverability.
r&d integration kit
autonomous robots
Quickly customize your own robotics solution using the InDro Commander. A single brain box with critical software and hardware designed to simplify integrations and enable turn-key teleoperations.
Start using your robot instead of troubleshooting it by adding our solution to a platform of your choice to save time, money and frustration.
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