LD19 is a cutting-edge device that integrates advanced laser-ranging technology with wireless communication capabilities. It comprises several essential units to provide precise distance measurements and facilitate seamless data transmission. This device leverages Time of Flight (TOF) technology to enable a multitude of applications, making it an ideal choice for various fields.

Package Includes:

• LD19 lidar × 1
• Control board × 1
• Charging cable × 1
• Serial cable × 1
• User manual × 1

Features

• TOF Laser Ranging: Utilizes Time of Flight (TOF) laser ranging technology to ensure accurate distance measurements.
• UART Communication Support: Features UART communication support for easy data transfer.
• Measuring Range: Offers an impressive measuring radius of up to 12 meters, making it suitable for various scenarios.
• Anti-Glare Interference: Boasts a 30,000 Lux anti-glare interference capability, ensuring reliable performance even in challenging lighting conditions.
• High Measurement Frequency: Achieves a measurement frequency of 4500Hz, enabling rapid data acquisition.
• 360° Scanning Range: Provides a full 360° scanning range for comprehensive data collection.
• Laser Safety: Complies with FDA Class 1 Standards for laser safety, ensuring user protection.
• Compact Design: Features a compact and ergonomic appearance, making it easy to integrate into different systems.
• Extended Service Life: Offers a remarkable service life of over 10,000 hours, guaranteeing long-term reliability.

Specifications

• Measuring Range: 0.02~12m (Typical)
• Sampling Frequency: 4500 Hz
• Sweep Frequency: 10 Hz
• Angular Resolution: ≤1°
• Mechanical Size: 38.59 x 38.59 x 33.50mm
• Communication Interface: UART @ 230,400bps
• Supply Voltage: 5V
• Working Current: 180mA
• Power Consumption: 0.9W
• Operating Temperature Range: -10°C to 40°C
• Scanning Range: 360°
• Ranging Accuracy: 10mm (300mm < measurement distance ≤ 12,000mm)

Applications

• Education and Research: Ideal for educational and research purposes, facilitating various experiments and studies.
• Robot Obstacle Avoidance: Enables robots to navigate and avoid obstacles with precision.
• Measurement and Inspection: Supports accurate measurements and inspections in diverse industries.
• Smart Gesture Control: Utilizes 2D gesture recognition for intuitive and interactive control.
• Autonomous Navigation: Essential for autonomous systems, ensuring safe and reliable navigation.
• Map Reconstruction: Aids in creating detailed maps for various mapping and geospatial applications.
• Navigation and Positioning: Assists in precise navigation and positioning tasks across multiple domains.