Terran360 is an off-the-shelf localisation solution that helps simplify the array of technology required to deliver full automation in the harshest conditions. Due to its 360° field of view coupled with it's high-resolution and long-range, our radar sensor processes more than 12 million data points per second, meaning you can achieve comprehensive, centimetre accurate localisation data on your vehicle from a single sensor.
Since there is no dependence on external systems such as GNSS, markers or third-party mapping, localisation can reliably be achieved in areas where satellite transmission is not available, such as underground or near large structures. Together with a compact, vibration-resistant, industrial-grade sensor designed for autonomous vehicles you can quickly add accurate localisation to your automation capability. As a stand-alone system, with low cost implementation, it’s designed to be maintenance free for 10 years, giving you long-term value for your investment.
All weather operation
Unaffected by rain and fog
Dust, dirt and debris
Water and spray
All levels of light
Underground
Cost efficient
360° field of view
Comprehensive solution
Easy cost-efficient implementation
Long range operation
Pinpoint accuracy
The Complex made Simple
Terran360 is designed to integrate into any autonomy stack and work in any environment.
Zero dependence on external systems such as GNSS, markers or third-party mapping means whilst it integrates with your autonomy stack, it operates entirely independently. Together with a compact, vibration-resistant sensor, designed for autonomous vehicles you can quickly add accurate localisation to your automation capability. Mapping is simple and infrastructure-free.
From a single drive through the site, the solution collects the data needed to map your site, unaffected by any seasonal or day-to-day changes in the scene. There’s no need to install physical beacons, markers or for complex calibration. By adding extra experiences to the map, the solution is able to intelligently choose the best and most accurate map to localise against as your site evolves.
Comparable Localisation Technologies
See how Terran360 compares to current localisation technologies.
Capabilities
360° Field of View
All Weather Operation
Underground Operation
Maintenance Free for 10 Years
Low Cost Solution
Compact Sensor
Works at High Speeds (100 km/h)
No Reliance on Other Sensors
Terran360
A 360°, radar based localisation solution, resulting from Navtech's partnership with market-leading autonomy software developers, Oxbotica.
360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View
Maintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 Years
Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)
No Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other Sensors
Lidar
Lidar uses light waves from a laser, instead of radio or sound waves. Lidar technology is widely adopted for automation but has limited availability in adverse conditions and can require regular cleaning to operate efficiently.
360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View
Maintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 Years
Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)
No Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other Sensors
Flat Panel Radar
A flat panel antenna that uses radar technology for detection and localisation. A limited field of view means multiple sensors are required for 360° operation.
360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View
Maintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 Years
Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)
No Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other Sensors
GNSS
Global Navigation Satellite System refers to a constellation of satellites providing signals from space that transmit positioning data to GNSS receivers. Operation is limited to areas with a good view of satellites and is therefore unavailable underground or in built up areas.
360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View360° Field of View
Maintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 YearsMaintenance Free for 10 Years
Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)Works at High Speeds (100 km/h)
No Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other SensorsNo Reliance on Other Sensors
Reliable Performance
Limited Performance
Unable to Perform
Why is Terran360 cost efficient and easy to implement?
Infrastructure Free
Solution is infrastructure-free, with zero dependence on external systems
Single sensor solution
Pinpoint accuracy with a single sensor
Easy Installation
With low power requirements, the solution can be mounted on the front, side, top or rear of the vehicle
Easy to Integrate
Designed as a modular localisation solution, integrating into any autonomy stack
Simple Mapping
No need to install physical beacons, markers or for complex calibration
Work with us
Whether you are new to radar or replacing existing sensors, our technical team will support you to make the most of our radar technology.
To find out how Terran360 unlocks the full power of automation fill in this quick form and we will get back to you shortly.
Our process begins with understanding your specific application requirements. We can arrange site visits and demonstrations tailored for your individual needs.
