Benewake TFS20-L LiDAR Module 20m Range for drones and Robots

71,00 

 Få 25 % rabat! Med koden NEW2026
Vores garantier:
14 dages tilfreds-eller-pengene-tilbage
Levering med sporing

advanced micro lidar module with 20m range and sunlight resistance

the benewake tfs20-l is a miniaturized single-point dtof (direct time-of-flight) lidar module designed for uavs, service robots, and iot applications. with a 20m maximum range, exceptional sunlight resistance (15m @ 100klux), and reflectivity correction, this compact sensor delivers professional-grade distance measurement in a tiny package. featuring i²c and uart interfaces with 3.3v operation, the tfs20-l integrates seamlessly into drones and robotics projects.

key features

  • 20m maximum range – extended detection distance for drones and robots
  • exceptional sunlight resistance – 15m range @ 100klux ambient light
  • dtof technology – direct time-of-flight with spad sensor for high precision
  • reflectivity correction – accurate measurements across different surface types
  • compact design – miniaturized module for space-constrained applications
  • dual interface – i²c and uart communication options
  • 3.3v operation – single power supply with integrated power module
  • built-in temperature compensation – maintains accuracy across temperature ranges
  • histogram algorithm – advanced statistical processing for reliable measurements

perfect for

  • consumer and enterprise drone altitude holding
  • service robot obstacle detection and navigation
  • uav terrain following and landing assistance
  • iot distance sensing applications
  • autonomous vehicle proximity detection
  • industrial automation and safety systems
  • smart devices requiring precise ranging

technical specifications

  • model: tfs20-l
  • technology: single-channel dtof (direct time-of-flight)
  • sensor: infrared-enhanced spad (single-photon avalanche diode)
  • maximum range: 20m
  • sunlight resistance: 15m @ 100klux
  • algorithm: histogram statistical with fast tdc architecture
  • reflectivity correction: yes
  • power supply: 3.3v (single supply)
  • communication interface: i²c and uart
  • temperature compensation: built-in
  • material: plastic housing with optical packaging
  • weight: 50g
  • recommended age: 14+ (professional/educational use)

technology advantages

fully integrated spad chip solution

the tfs20-l utilizes a highly sensitive infrared-enhanced spad sensor combined with a fully integrated chip solution, enabling high-precision distance measurement in a compact form factor.

advanced signal processing

histogram statistical algorithm and fast tdc (time-to-digital converter) architecture deliver accurate measurements even in challenging lighting conditions.

reliable optical packaging

compact and robust optical design ensures consistent performance across diverse environmental conditions.

applications

  • consumer drones: altitude hold, terrain following, precision landing
  • service robots: obstacle avoidance, navigation, cliff detection
  • internet of things: smart parking, level sensing, proximity detection
  • industrial automation: position sensing, safety zones, material handling
  • autonomous vehicles: proximity detection, parking assistance

integration benefits

  • easy integration with i²c or uart interfaces
  • single 3.3v power supply simplifies wiring
  • compact size fits tight spaces in drones and robots
  • lightweight design minimizes payload impact
  • temperature compensation ensures consistent performance
  • reflectivity correction works with various surfaces

what’s included

  • 1× benewake tfs20-l lidar module
  • technical documentation

important notes

  • requires 3.3v power supply
  • supports i²c and uart communication
  • no batteries included (powered by host system)
  • professional/educational use recommended (14+)
  • sunlight resistance: 15m @ 100klux ambient light
  • maximum range: 20m under optimal conditions

Reviews

There are no reviews yet.

Be the first to review “Benewake TFS20-L LiDAR Module 20m Range for drones and Robots”

Your email address will not be published. Required fields are marked *