TF-Luna LiDAR (8m)

New product

Laser technology for Distance measurement. Stable, accurate and highly sensitive range (8m).

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$22.50

More info

TF-Luna is a single-point ranging Lidar, based on ToF principle. With unique optical and electrical design, it can achieve stable, accurate and highly sensitive range measurement.

High Performance

High stability and high sensitivity.  

TF-Luna Detection distance is up to 8m, the blind zone is 0.2m, and distance resolution is 1cm.

The standard deviation of TF-Luna at 90% reflectivity

High precision  

TF-Luna can detect objects with a minimum edge length of 3.5 cm within a detection distance of 1m;

TF-Luna can detect objects with a minimum edge length of 28 cm within a detection distance of 8m;

Easy to get start, high level of generality 

The power supply voltage of TF-Luna is 5V, equipped with UART communication interface, the communication level is 3.3V. TF-Luna is compatible with Arduino, Raspberry Pi and other platforms.

SPECIFICATION

  • Distance Resolution: 1cm
  • Frequency: 100Hz
  • Ambient Light Resistance: 70klux
  • Detecting Range: 0.2~8m
  • Weight: <5g
  • FoV: 2°
  • Supply Voltage: 5V±0.1V
  • Data Interface: UART/ I²C
  • Accuracy: ±6cm@(0.2m-3m)

Usage 

The maintenance of this product should be done by the professional technician, and the product
can only work with the factory spare part for ensuring the performance and safety.

This product itself has no polarity and over-voltage protection. Please properly connect and supply
power as described in this manual.

Operating temperature of this product is between -10℃ and 60℃. Do not use it beyond this
temperature range to prevent malfunction.

Storage temperature of this product is between -20℃ and 75℃. Do not store it beyond this
temperature range to prevent malfunction.

For ensuring the product performance, do not open the product shell or remove the IR-pass filter.

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TF-Luna LiDAR (8m)

TF-Luna LiDAR (8m)

Laser technology for Distance measurement. Stable, accurate and highly sensitive range (8m).