TeraRanger Multiflex is the modular & low-cost solution for simple obstacle avoidance on drones, indoors up to 2-meter range! It’s the ideal –and higher performance – alternative to ultrasound all in one convenient and easy to use kit. Each Multiflex kit includes up to eight plug-and-play sensor modules that can be connected to a flexible bus.
With zero moving parts, TeraRanger Tower is a silent & reliable alternative to rotating LiDAR scanners for navigation and obstacle avoidance. It combines 8 TeraRanger One sensors in a circular array and the TeraRanger Hub to create a lightweight, fast (up to 270 Hz), and eye-safe scanner. Calibrated distance data is streamed from a USB or UART port as an array of synchronized distances, in millimetres.
TeraRanger Evo is the long range distance sensor of the TeraRanger family and is ideal for reliable altitude control, terrain following and anti-collision, both indoors and outdoors. Using LED Time-of-Flight technology (rather than lasers) the 9-gram distance sensor can measure distances up to a 60-meter range! In addition to its long-range capability, it has a modular two-part design, supporting a wide range of power, communication and connector options without additional cables.
A small, lightweight & high-performance single-point distance measurement sensor using infrared LED Time-of-Flight technology for indoor and outdoor conditions. The lightweight design (only 8g), high performance (up to 1000 readings per second), low power consumption and stable datastream make it perfect for reliable altitude control, precision landing, terrain following and anti-collision, both indoors and outdoors.
The TeraRanger Hub kit is an obstacle avoidance sensor and makes it easy to connect multiple TerRanger sensors to a single power and data hub and to integrate the data stream to your control platform. This is great for times when you want sensors simultaneously monitoring multiple axes.The kit enables you to plug and play with up to eight distance sensors and obtain high-speed distance data from each sensor.