Datasheet

Terabee, 90 Rue Henri Fabre, 01630,

St-Genis-Pouilly, France (5 km from Geneva Airport)

+33 7 50 15 16 64

terabee-sales@terabee.com

www.terabee.com

SPECIFICATION SHEET

Key features

Applications

• Infrared Time-of-Flight technology

• Up to 40 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

TeraRanger Evo 40m

TeraRanger Evo 40m is a versatile, long-

range Time-of-Flight distance sensor.

With its 40 meters detection range and an

update rate of up to 240Hz, it oers high-

performance in a compact and low-cost

design. This sensor module is ideally suited

to navigation and collision-avoidance for

robotics, level sensing applications and a

host of other IoT applications.

Presence detection,

object counting

Robot navigation,

anti-collision

Drone obstacle

avoidance

Level monitoring

(silos, containers, etc.)

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SPECIFICATION SHEET TeraRanger Evo 40m TeraRanger Evo 40m is a versatile, longrange Time-of-Flight distance sensor. With its 40 meters detection range and an update rate of up to 240Hz, it offers highperformance in a compact and low-cost design. This sensor module is ideally suited to navigation and collision-avoidance for robotics, level sensing applications and a host of other IoT applications.
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TeraRanger Evo 40m Technical specifications Product code TR-EVO-40M Performance Detection principle Infrared Time-of-Flight Range * 0.5 ~ 40 m indoor 0.5 ~ (10 - 40 m) outdoor Update rate Up to 240 readings per second Output resolution 0.5cm below 14m, 2cm from 14m Accuracy ±4cm in the first 14m, 1.5% above 14m Field of View Approx. 2° Electronics Supply voltage 5V DC +/-5% Supply current (min-max) 90mA - 330mA Communication Interfaces USB 2.0 Micro-B UART, +3.
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TeraRanger Evo 40m Modular Evo Design The sensor comprises two parts; an opto-electronic sensing device (black module, 9g) and a choice of interface backboard (yellow module, 3g). Simply clip your prefered interface board to the sensor. USB and I2C/UART backboards are available, but custom backboards can also be made to support specific applications. This two-part design alleviates the need to use adapters and converters.