Key product features
- Infrared Time-of-Flight technology
- Up to 60 meters detection range
- Small and lightweight design (from 9 grams)
- USB, I2C and UART clip-on interchangeable interfaces
- Compatible with Arduino, Raspberry Pi, Pixhawk and ROS
- Operates in low light and complete darkness
- Product design optimized for OEM and easy integration
Applications you can build with Time-of-Flight distance measurement sensor modules
Robot navigation, anti-collision
Drone altimeter, precision landing
Drone obstacle avoidance
Level monitoring (silos, waste, etc.)
Presence detection, object counting
Unique modular design
For first time users, we recommend the USB backboard as it allows quick tests on PC with our graphical user interface. This setup is also required for possible firmware updates in future.
Other backboards with industry standard interfaces and protocols can also be made to support your application. Contact Terabee at firstname.lastname@example.org to discuss your project requirements.
Enabling digital stock monitoring in silos!
The compact design supports OEM and design-in projects, while the low power consumption is great for battery powered integrations.
Build your own sensor module array
Build Android applications with our technology!
TeraRanger Evo 3M
TeraRanger Evo 60M
TeraRanger Evo 64px
The SDK can auto-detect which type of sensor is connected to a device.
To connect the sensor to an Android device, you will need a USB OTG cable and a USB backboard for each sensor.
Pre-Configured Sensor Array for 360° obstacle detection
- TeraRanger Evo 60m - Specification sheet
- TeraRanger Evo 60m - User manual
- Test results report 60m
- Sensor comparison table
- Software compatibility table
- Pixhawk compatibility table
- Connection Instructions to Pixhawk Autopilots (VIDEO TUTORIAL)
- Connecting several Evo sensors simultaneously - Short instruction
Frequently Asked Questions
Does it work outdoors?
Is it compatible with Pixhawk?
What is the minimum/maximum working temperature for TeraRanger Evo ?
- 3Apr 2023
Une introduction à la détection par temps de vol. Partie 2 : Capteurs ToF indirects
- 21Mar 2023
Une introduction à la détection par temps de vol. Partie 1 : Les fondamentaux
- 9Nov 2022
A brief introduction to Time-of-Flight sensing. Part 2 Indirect ToF Sensors
- 7Nov 2022
A brief introduction to Time-of-Flight sensing. Part 1 The basics
- 3Feb 2022
- 23Mar 2020
Continuous level sensors for farming silos
- 16Aug 2019
Distance sensing: Key technologies & applications
- 27Jun 2019
Terabee provides two new tools for Android devices
- 31Jan 2019
Nuit des Idées, 2019, Bern – Addressing the present: In which world do we live in?
- 2Jul 2018
Connection to Pixhawk autopilots TeRaRanger Evo
- 28Feb 2018
Drone obstacle avoidance indoor flight