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TF02-i ToF Single-Point Ranging Solid State LiDAR Sensor (40m, RS485, IP65)
SKU SEN0504/B

TF02-i ToF Single-Point Ranging Solid State LiDAR Sensor (40m, RS485, IP65)

by DFRobot
€160,89 - €160,89
€160,89
€160,89 - €160,89
€160,89

All prices are VAT included

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TF02-i LiDAR is an industrial-grade medium-range ToF single-point ranging solid state sensor. Its maximum detection range can reach up to 40m and it has an adjustable frame rate with a maximum of 1KHz . This TF02-i solid state lidar is compatible with RS485 interface, it can be widely used in the Industrial fields of UAV height fixing, intelligent transportation, intelligent parking, intelligent agriculture, etc.

TF02-i ToF Single-Point Ranging Solid State LiDAR's FEATURES: small size compatible with RS485


High Performance

  • Maximum detection range is up to 40m.
  • Blind spot as low as 10cm.
  • Scanning frequency up to 1000Hz.
  • Working under 100K lux light without interference


    • More Suitable for Industrial Application

  • Compatible with RS485 interface.
  • Has a PC/ABS/PMMA enclosure with IP65 water and dust resistance.
  • With reverse protection to protect the internal circuit.
  • Supports a wide range of input voltages (7-30V) and reduce the damage caused by voltage fluctuations.


    • Easy to use

    The TF02-i TOF LiDAR can be used on the Arduino UNOR3 through the TTL to RS485 Shield, and it can also be used on the Raspberry Pi through the USB to RS485 module. Those two ways provided by DFRobot can make TF02-i LiDAR simpler to be used.

    TF02-i ToF Single-Point Ranging Sensor Connection


    How does TF02-i LIDAR work?

    TF02-i is a single point LiDAR, which is based on Pulse Time of Flight (PTOF).

    It adopts an inconsistent energy receiving mode, and the detection is mainly based on Pulse counting. TF02-i emits a narrow pulse laser, which is collimated by the transmitting lens to form a collimated light, which enters the receiving system after being reflected by the measured target and is focused on the APD detector by the receiving lens. The time between the transmitted signal and the received signal is calculated through the circuit amplification and filtering, and the distance between TF02-i and the measured target can be calculated through the speed of light.

    Schematic diagram of TF02-i ToF Single-Point sensor