• Mini Lidar I Series:


    Made in Taiwan for Low-Altitude Drone Sensing

  • Low-Altitude Sensing Starts Here

    High-speed 1D LiDAR engineered for real-time drone altitude control, terrain following, precision landing, and low-altitude navigation.
    • Up to 1000Hz Refresh Rate
    • Accurate from 0.15m to 13m
    • Reliable in the daylight (100k Lux)
    This Mini Lidar I Series delivers precision without complexity.
    A compact IR laser-based ToF sensor designed for modern UAV systems.

    PTL Lidar Detection Image 1

    Modern Drones Are Flying Closer to the Ground

    As drones expand into precision agriculture, infrastructure inspection, indoor automation, and autonomous delivery, low-altitude flight performance becomes increasingly critical.

    Flying below 10 meters introduces a different class of challenges:

    • Rapid terrain variation

    • Ground-effect instability

    • Tight landing tolerances

    • Increased collision risk

    Traditional sensing technologies often struggle to deliver the speed, reliability, and integration simplicity required for these environments.

  • Time-of-Flight Is the Right Foundation Technology

    Take Advantage of the Right Tech

    Time-of-Flight (ToF) sensing provides direct distance measurement by calculating the time delay of reflected light.

    For low-altitude drone applications, this means:

    • Fast response
    • Deterministic output
    • Low system latency
    • Reduced processing overhead
    Laser-based 1D LiDAR extends these advantages with longer range, stronger sunlight immunity, and higher stable frame rates.

    Deliver Proven Values to Your Customers

    • Faster than ultrasonic.
    • Simpler than vision.
    • More practical than 3D LiDAR.

  • Meet the Wiseome Mini LiDAR I Series

  • Download Product Specification Document

    Please fill in the form to download the Mini Lidar I Series spec sheet.

  • Engineered for Real-Time Drone Control

    Most modern short-range sensing technologies are built on Time-of-Flight (ToF) principles.
    ToF measures distance by calculating the time it takes for emitted light to reflect off a surface and return to the sensor. This enables direct, real-time distance measurement without requiring environmental interpretation.
    It’s important to clarify that both compact sensors and LiDAR modules often use infrared (IR) laser emitters. The key differences lie not in the use of IR, but in system design, including optical power, signal processing, and sensing architecture.
    Leading drone manufacturers often rely on sensor fusion, combining vision systems, ToF sensors, and other technologies to achieve reliable low-altitude performance. While effective, these approaches introduce complexity in both hardware and software.
    Wiseome's Mini Lidar represents a dedicated, high-performance, single-function sensor that delivers reliable low-altitude distance data without the overhead of full perception systems.

    Designed for Rapid System Integration, the Wiseome Mini LiDAR I Series is optimizedfor embedded integration across drone and robotics platforms.
    UART communication

    • 3.3V logic compatibility
    • Compact module design
    • Configurable frame rate
    • Lightweight architecture

  • Built for Modern UAV Applications

  • Optimized forPractical Drone Sensing

    For low altitude drone sensing, Wiseome 1D LiDAR delivers the practical balance of speed, precision,simplicity, and cost.

  • Ready to Improve Your Drone Sensing System?

    Whether you are developing agricultural drones, delivery UAVs, indoor inspection systems, or autonomous aerial
    platforms, Wiseome Mini LiDAR helps simplify low-altitude sensing without sacrificing performance.

    sales@wiseomeinc.com || email or click button to send us message through web page.

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