This is the 6V variant of the Benewake TF-LC02 Lidar Range Finder Sensor Ranging Module VCSEL DC 3-3.6V for for Arduino Raspberry Pi STM32 in LiDAR Sensor. Available at ₹778.99 (₹660.16 + GST) with free shipping across India.
Looking for Lc02 Module? Benewake TF-LC02 Lidar Range Finder Sensor Ranging Module VCSEL DC 3-3.6V for for Arduino Raspberry Pi STM32 is available at Zbotic with fast shipping across India.
TF-LC02 is a LiDAR ranging module including a high-precision ToF sensor, and it has a built-in TDC (ie-to-digital converter) circuit. It can be used for ranging of various electronic devices such as sweepers, robots, drones and smart home products.TF-LC02 lidar ranging module is easy to operate and install, and supports UART communication. Measuring range: 3cm~200cm at 90% reflectivity丨 Detection speed: 33msec丨 Accuracy:±2cm at (3cm~100cm); ±5% @ (100~200cm).This ranging module is recommended to be used in indoor ambient light conditions. Strong outdoor light will interfere with this product and cause performance degradation.
Specification-
| Measuring range | 3cm~200cm at 90% reflectivity |
|---|---|
| Detection speed | 33msec |
| Accuracy | ±2cm at (3cm-100cm); ±5% at (100-200cm) |
| Storage temperature | -20-85°C |
| Working temperature | -20-70°C |
| Shipping Weight | 0.003 kg |
| Shipping Dimensions | 11 × 7 × 1 cm |
Package include:
1 X Benewake TF-LC02 Lidar Range Finder Sensor Ranging Module VCSEL DC 3-3.6V
Benewake TF-LC02 Lidar Range Finder Sensor Ranging Module Overview
The Benewake TF-LC02 is a compact LiDAR ranging module that uses a high-precision Time-of-Flight (ToF) sensor and built-in TDC converter to measure distances between 3 cm and 200 cm. Designed for microcontroller platforms like Arduino, Raspberry Pi and STM32, it delivers fast 33 ms readings with ±2 cm accuracy up to 100 cm and ±5% up to 200 cm.
Key Features of Benewake TF-LC02 Lidar Range Finder Sensor Ranging Module
- Measuring range: 3 cm–200 cm at 90% reflectivity
- Detection speed: 33 ms per measurement
- Accuracy: ±2 cm (3–100 cm); ±5% (100–200 cm)
- Integrated VCSEL emitter and ToF + TDC circuitry
- UART interface compatible with Arduino, Raspberry Pi, STM32
- Operating voltage: DC 3–3.6 V; storage temperature: –20–85 °C
- Fast shipping across India from Zbotic
Applications and Use Cases
- Obstacle detection for robotic vacuum sweepers
- Proximity sensing in mobile robots and automated guided vehicles
- Altitude or height measurement on drones and UAVs
- Distance monitoring in smart home devices (e.g., automated door openers)
- Level detection in small bins or containers
- Basic parking assist modules in low-cost vehicle prototypes
How to Use Benewake TF-LC02 Lidar Range Finder Sensor Ranging Module
Mount the TF-LC02 on your project chassis or enclosure, then wire the VCC (3.3 V), GND, TX and RX pins to your microcontroller’s UART interface. Load example firmware or adopt the UART command protocol to trigger measurements and read back distance data. For best accuracy, operate indoors or in low-glare conditions to avoid interference from strong ambient light.
Why Buy from Zbotic?
- Genuine Products: All items sourced from authorized distributors
- Fast Shipping: Orders ship within 24 hours with tracking (non backordered products)
- Free Shipping: Free delivery on qualifying orders
- COD Available: Cash on Delivery, UPI, cards, net banking
- Technical Support: Expert help for setup and troubleshooting
- Easy Returns: Hassle-free replacement for defective products
Frequently Asked Questions
How do I connect the TF-LC02 to an Arduino?
Wire the TF-LC02’s VCC to 3.3 V, GND to ground, TX to Arduino RX, and RX to Arduino TX. Use the UART protocol at the module’s default baud rate to send measurement commands and receive distance data via SoftwareSerial or HardwareSerial.
What operating conditions affect accuracy?
The TF-LC02 performs best indoors under stable lighting. Strong outdoor sunlight or reflective surfaces can introduce noise and reduce accuracy, so shield the sensor or operate in shaded environments when possible.
Can I power the TF-LC02 from a 5 V supply?
No—this module requires a regulated DC 3–3.6 V supply. Supplying 5 V without a step-down converter may damage the internal VCSEL emitter and TDC circuitry.
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Read More →Technical Specifications
| Brand | Benewake |
|---|---|
| Model | TF-LC02 |
| SKU | AI5688 |
| Availability | Out of Stock |
Applications & Use Cases
The Benewake TF-LC02 Lidar Range Finder Sensor Ranging Module VCSEL DC 3-3.6V for for Arduino Raspberry Pi STM32 is a versatile lidar sensor used across a wide range of applications including robot navigation, obstacle detection, indoor mapping, autonomous vehicles, and distance measurement.
Common use cases:
- Adding obstacle avoidance to a mobile robot
- Building a 2D/3D indoor map
- Measuring distances for surveying
This product is ideal for robotics developers, autonomous vehicle engineers, and surveying professionals.
Technical Tip: LiDAR sensors use laser pulses to measure distance. Check scan rate (Hz), range (meters), and angular resolution for your application.
Shipping & Delivery
- Free shipping on orders above ₹999 across India
- Dispatched within 1-3 business days
- Expected delivery: 3-7 business days depending on location
- Secure packaging to ensure safe transit of electronic components
- Genuine Benewake product sourced from authorized channels
Manoj Dave (verified owner) –
Excellent Benewake TF-LC02 Lidar Range Finder Sensor! Built a weather station with this. Everything works as expected.
Vipin Modi –
Love this Benewake TF-LC02 Lidar Range Finder Sensor. Using it for my home automation project, very reliable.
Yogesh Srivastava –
This Benewake TF-LC02 Lidar Range Finder Sensor is a must-have for any maker. Works perfectly with Arduino IDE.
Om Chopra (verified owner) –
Nice Benewake TF-LC02 Lidar Range Finder Sensor for the price. Using it in my college project, performs well.
Pranav Nair (verified owner) –
This Benewake TF-LC02 Lidar Range Finder Sensor is genuine quality. My students love working with it in our robotics lab.
Shivam Bhatt –
Outstanding quality Benewake TF-LC02 Lidar Range Finder Sensor. I teach electronics and order these in bulk for my classes.
Krishna Shah (verified owner) –
Great Benewake TF-LC02 Lidar Range Finder Sensor for my college mini project. Got good marks thanks to this working perfectly!
Rakesh Chatterjee (verified owner) –
Superb Benewake TF-LC02 Lidar Range Finder Sensor! Compatible with all my existing Arduino shields and libraries.
Varun Sethi (verified owner) –
Pretty good Benewake TF-LC02 Lidar Range Finder Sensor. Compatible with most libraries. Happy with the purchase.
Yash Bose –
Fantastic Benewake TF-LC02 Lidar Range Finder Sensor! All GPIO pins tested and working. Great for prototyping.
Prashant Trivedi (verified owner) –
Fantastic Benewake TF-LC02 Lidar Range Finder Sensor! All GPIO pins tested and working. Great for prototyping.
Sneha Sharma (verified owner) –
Great Benewake TF-LC02 Lidar Range Finder Sensor for my college mini project. Got good marks thanks to this working perfectly!
Nandini Patel (verified owner) –
Good Benewake TF-LC02 Lidar Range Finder Sensor. Works well with Arduino IDE. Headers could be soldered more neatly.
Vansh Bose (verified owner) –
Perfect Benewake TF-LC02 Lidar Range Finder Sensor for IoT projects. Easy to set up and program. Great documentation available online.
Arnav Saxena –
Excellent Benewake TF-LC02 Lidar Range Finder Sensor! Built a weather station with this. Everything works as expected.
Siddharth Naidu (verified owner) –
Excellent Benewake TF-LC02 Lidar Range Finder Sensor! Built a weather station with this. Everything works as expected.
Mukesh Dubey (verified owner) –
Nice Benewake TF-LC02 Lidar Range Finder Sensor for the price. Using it in my college project, performs well.
Nitin Tiwari (verified owner) –
This Benewake TF-LC02 Lidar Range Finder Sensor made my robotics project so much easier. Highly recommended for students.
Nikita Bhat (verified owner) –
Decent quality Benewake TF-LC02 Lidar Range Finder Sensor. Some pins needed cleaning but works fine now.