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Waveshare D300 Developer Kit, DTOF Laser Ranging Sensor, 360 Omni-Directional Lidar, UART Bus — image 1
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Waveshare D300 Developer Kit, DTOF Laser Ranging Sensor, 360 Omni-Directional Lidar, UART Bus

AI Summary
Board & Shield for premium buyers

The Waveshare D300 Developer Kit, DTOF Laser Ranging Sensor, 360 Omni-Directional Lidar, UART Bus is a premium board & shield designed for premium buyers. It features One Package Weight: 0.09kgs / 0.20lb and One Package Size: 15cm * 12cm * 2cm / 5.91inch * 4.72inch * 0.79inch.

₹9,112
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Free Delivery on this order. No minimum order value.

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Total: ₹9,112
Buying tip: A top-tier option — the best features and quality available in this category.
Estimated delivery: 25 Aug8 Sept
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Pan India delivery
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Quick Specs

One Package Weight: 0.09kgs / 0.20lb
One Package Size: 15cm * 12cm * 2cm / 5.91inch * 4.72inch * 0.79inch
Best Sellers Rank (Consumer Electronics): #5815
Best Sellers Rank (Consumer Electronics > Electronics Module): #181
Best Sellers Rank (Consumer Electronics > Electronics Module > Modules Expansions Accessories): #79

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SKU: S-DIY0289Category: Board & Shield

About This Product

The Waveshare D300 Developer Kit, DTOF Laser Ranging Sensor, 360 Omni-Directional Lidar, UART Bus is a premium board & shield designed for premium buyers. It delivers reliable performance at an accessible price.

Key Specifications

  • One Package Weight: 0.09kgs / 0.20lb
  • One Package Size: 15cm * 12cm * 2cm / 5.91inch * 4.72inch * 0.79inch
  • Best Sellers Rank (Consumer Electronics): #5815
  • Best Sellers Rank (Consumer Electronics > Electronics Module): #181
  • Best Sellers Rank (Consumer Electronics > Electronics Module > Modules Expansions Accessories): #79

Why Buy from Elecvora?

Elecvora sources this product directly, cutting out multiple middlemen. Every order includes free shipping, a 15-day return policy, and secure payment via Razorpay.

About The Protuct LD19 is mainly composed of laser ranging core, wireless transmission unit, wireless communication unit, angle measuring unit, motor driving unit, and mechanical housing.The LD19 ranging core adopts DTOF technology to measure 4500 times each second. When it works, LD19 emits the infrared laser forward, the laser is reflected to the single photon receiving unit after encountering the target object. Thus, we get both time of laser emitting and receiving, the gap between them is time of flight. With the light speed, we can calculate the distance.After receiving distance data, LD19 will combine them with angel value getting from angle measurement unit to comprise the points cloud data, then transmitting the points cloud data to external interface via wireless communication. Meanwhile, the external interface provides PWM to allow the motor driving unit to drive the motor. After the external control unit gets the rotational speed , it will reach to specified speed through PID algorithm closed-loop control to ensure LD19 work stably. Features 1. Based on TOF (Time of Flight) laser ranging technology 2. Support UART communication 3. Measuring radius 12m 4. 30K Lux anti-glare interference 5. 4500Hz measurement frequency 6. 360 degree scanning range 7. Laser Safety Meets FDA Class 1 Standards 8. Compact appearance 9. 10000+ hours service life Specifications 1. Ranging Distance: 0.02 ~ 12.00 m 2. Ranging Average accuracy: +/-45 mm (within 0.3~12.00m) 3. Sweep Frequency: 5 ~ 13 Hz (Typ 10) 4. Scanning Angle: 360 degrees 5. Ranging Frequency: 4500 Hz 6. Resolution: 15mm 7. Wavelength: 895 ~ 915 nm (Typ 905) 8. Communication interface: UART 230400 9. Ambient Light Resistance: 30 KLux 10. Power Supply: 5V 11. Power Consumption: About 0.9W 12. Operating Current: 180mA 13. Operating Temperature: -10 degree C ~ 40 degree C 14. Lifetime: 10000+ hours 15. Dimensions: 54.00 x 46.29 x 34.80mm 16. Weight: 47g Package List 1. DTOF LIDAR LD19 x 1 2. Adapter x 1 3. USB cable 50cm x 1 4. 4 Pin cable 100mm x 1

Setup Guide

1
Identify the pins
Locate VCC (power), GND (ground), and data pins (SDA/SCL for I2C, MOSI/MISO for SPI, or TX/RX for UART). Refer to the pinout diagram on the product page.
2
Wire to your microcontroller
Connect VCC to 3.3V or 5V (check the module spec), GND to GND, and data pins to the appropriate GPIO pins on your Arduino or Raspberry Pi.
3
Install libraries
In Arduino IDE, go to Sketch → Include Library → Manage Libraries and search for the sensor library. Install the recommended version.
4
Upload example sketch
Open File → Examples → [library name] → Basic Example. Upload to your board and open Serial Monitor to view output.
5
Calibrate if needed
Some sensors (temperature, humidity, distance) may need a short warm-up period or calibration. Run the calibration sketch if provided.