An Introduction to Clearpath Robotics
Clearpath Robotics started from simple beginnings, taking root in a basement where four close friends, driven by their passion for robotics and inspired by their university lab experiences, aimed to change the industry. Motivated by their own challenges, they embarked on a journey filled with perseverance, setbacks, improvements and eventual triumph. Their first creation, an unmanned vehicle, marked the inception of Clearpath Robotics. As time passed, Clearpath Robotics expanded into a worldwide presence with robots and clients across the globe.
Clearpath Robotics has been transforming the robotics industry with its advanced technologies and innovative solutions. As a leading global provider of autonomous systems, Clearpath Robotics is committed to offering cutting edge robotics platforms and software that empower researchers, developers and engineers to address complex challenges and push the boundaries of what is achievable.
At the core of Clearpath Robotics products are its top notch robotics platforms, meticulously crafted to deliver exceptional performance and reliability. These platforms cater to a wide range of uses, including industrial automation and academic research and development.
Applications
Research and Development
Clearpath Robotics platforms are commonly used in academic and research settings to explore new horizons in robotics and autonomous systems. Researchers utilize these platforms for conducting experiments, collecting data and creating algorithms for various applications like localization, mapping, path planning and human robot interaction.
Industrial Automation
Clearpath Robotics platforms play a vital role in improving productivity, efficiency and safety in industrial environments. They are employed for tasks such as handling materials, managing logistics and inspecting warehouses, factories and manufacturing sites. With their strong build quality and advanced navigation features, Clearpath Robotics platforms enable autonomous operations in complex and dynamic settings.
Agriculture
Clearpath Robotics platforms find applications in agriculture and environmental monitoring to enhance resource management, assess crop health and collect environmental data efficiently. From mapping fields autonomously to spraying crops accurately to analyzing soil composition and tracking wildlife movements, these platforms provide valuable information that supports precision agriculture practices for increased productivity and sustainability.
Security
In defense and security sectors, Clearpath Robotics platforms are valuable assets for reconnaissance missions as well as surveillance operations.These systems are used for securing perimeters, monitoring borders and carrying out search and rescue missions. They offer instant awareness of the situation and improve operational effectiveness in challenging and changing environments.
Husky UGV
One of Clearpath Robotics primary offerings is the Husky UGV (Unmanned Ground Vehicle), a robust mobile robot designed for both outdoor and indoor use. Featuring sturdy construction, high payload capacity and customizable setups, the Husky UGV is a versatile solution for applications such as mapping, exploration and autonomous navigation.
Clearpath Husky UGV
A rugged, all-terrain medium-sized robotic development platform, Husky from Clearpath Robotics is an easy to use UGV designed to deal with harsh outdoor environments. Its high payload capacity and power systems make it a highly customisable mobile robot, accommodating a wide range of payloads. Stereo cameras, LiDAR, GPS, IMUs and manipulators – Husky can be easily configured for your research requirements, even the most demanding applications. With a powerful 4×4 zero-maintenance drivetrain, rugged all-terrain tyres and class-leading ground clearance, there is nowhere Husky can’t go.
Preconfigured packages are available – see the popular options tab below.
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Clearpath Robotics not only offers hardware products but also provides effective software tools and development kits that simplify the process of creating and deploying autonomous systems. Their integration with ROS (Robot Operating System) and support allow easy incorporation of various sensors, actuators and third party software, empowering users to concentrate on innovation rather than infrastructure.
