Long‑range distance sensing has become a cornerstone of autonomous systems, industrial monitoring, and smart infrastructure. About PT-100H 1 kHz LiDAR module, with a usable detection range up to 100 meters and Class‑1 eye‑safe laser emission, this lidar module provides robust, cost‑effective ranging for outdoor and industrial environments.
Core Working Principle
1. This 100m lidar module uses direct Time‑of‑Flight (dToF) technology to achieve high‑precision long‑distance measurement.
2. emitter sends ultra‑short optical pulses, typically 940 nm invisible VCSEL.
3. The SPAD (Single Photon Avalanche Diode) array receives reflected photons.
4. The onboard processor calculates flight time and converts it into physical distance.
5. Built‑in algorithms suppress ambient light, multi‑path crosstalk, and surface reflectivity variations.
6. Unlike phase‑shift ToF or triangulation sensors, dToF lidar sensor maintains consistent accuracy across near‑to‑far ranges and performs reliably under strong sunlight up to 100k lux ambient immunity, making it ideal for outdoor 100 m‑class applications.
Features About 100m Lidar Module
Distance resolution: typically 10cm
Blind zone: < 0.05 m
Power: 0.7W
Voltage supply: 9-36 V DC
Operating current: typically 30 mA
Operating temperature: −20 °C to +60 °C
Anti‑vibration and anti‑shock for vehicle and machinery use
Typical Application Scenarios
1. Industrial Monitoring
Liquid / solid material level measurement in tanks and silos
Crane, hoist, and overhead conveyor safety distance detection
Warehouse height and stacking monitoring
2. Robotics & UAVs
AGV / AMR long‑distance obstacle avoidance
Drone terrain following and fixed‑height hovering
Robot arm positioning and anti‑collision
3. Smart City & Security
Perimeter intrusion detection
Parking space detection and vehicle presence sensing
Traffic flow and distance monitoring
4. Agricultural & Outdoor Equipment
Agricultural machinery height control
Livestock farm boundary monitoring
Construction machinery safety ranging
Future Development Trends
Higher ambient robustness: improved algorithms for rain, fog, and dust
Smaller form factors: wafer‑level packaging for embedded systems
Intelligent on‑board processing: target detection, threshold alarm, and data compression
Hybrid interfaces: I²C + CAN / IO alarm for flexible system expansion
Higher cost performance: mass production to reduce deployment cost
The PT-100H I2C LiDAR module represents a pragmatic solution for long‑distance sensing in resource‑constrained embedded systems. By combining dToF accuracy, 100‑meter range, 1 kHz stable measurement, and standard I²C simplicity, it delivers strong usability, low power, and high reliability across industrial, robotic, agricultural, and smart city applications. As demand for distributed sensing grows, this 1KHZ lidar module will continue to expand its role in reliable, low‑complexity long‑range measurement systems.
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