Livox

    Livox focusses on providing scanning technology to help their customers to incorporate LiDAR sensors into their projects. Livox LiDAR sensors are being widely applied into industries such as autonomous driving, robots, 3D mapping, smart cities, safety and more.

    LIVOX Mid-360S
    LIVOX Mid-360S
    mid-360S is the latest generation of Livox LiDAR for low speed robotics. This new product inherits the cost-effectiveness of the Livox Mid series and delivers 3D perception in 360 degrees. Compact and lightweight, this LiDAR module is easy to install. The Mid-360S is optimized based on the...
    ₹1,02,508(Excl. GST)
    LIVOX AVIA
    LIVOX AVIA
    The Livox Avia combines compact and lightweight design with improved detection range and efficiency, featuring an FOV greater than 70°. Its triple-echo and dual-scanning modes are ideal for use cases such as mapping, powerline surveying, smart cities and other applications.
    ₹2,00,139(Excl. GST)
    LIVOX HAP
    LIVOX HAP
    Developed by Livox for over two years, Livox HAP is our first automotive-grade lidar designed for intelligent driving assistance systems. HAP meets upto 74 items of the automotive-grade reliability tests, and began serial production for OEMs such as Xpeng and FAW Jiefang since 2021 at Livox’s own...
    ₹2,03,442(Excl. GST)
    LIVOX MID-40
    LIVOX MID-40
    The Livox Mid-40 LiDAR sensor is incredibly cost effective. It detects objects as far as 260 meters away [1] and uses an advanced non-repetitive scanning pattern to deliver highly accurate details in the FOV. A compact body enables users to easily embed units into existing designs for greater...
    LIVOX MID-100
    LIVOX MID-100
    The Livox Mid-100 is a high-performance LiDAR sensor that can be used for multiple applications including autonomous driving, robot navigation, dynamic path planning, and high-precision mapping. Livox Mid-100’s unique non-repetitive scanning technology ensures a high-density point cloud, and...
    LIVOX MID-70
    LIVOX MID-70
    The Mid-70 is another component adding to the overall market appeal for Livox with tailored use applications such as low-speed autonomous driving and mobile robotics. By significantly expanding the vertical viewing angle, reducing blind spots and increasing close-range precision, the Mid-70 offers...
    ₹1,26,270(Excl. GST)
    LIVOX TELE-15
    LIVOX TELE-15
    The Livox TELE-15 LiDAR is built for long-distance detection, offering high precision, durability, and a compact design. Ideal for high-speed vehicles, it enables early obstacle detection for safer and smarter navigation.
    ₹1,72,626(Excl. GST)

    Overview

    Livox 3D LiDAR Sensors for Robotics, Automation & Autonomous Systems

    CoreBolt provides advanced Livox LiDAR solutions designed for robotics, industrial automation, autonomous vehicles, drones, intelligent transportation systems, and smart infrastructure applications. Powered by innovative Livox 3D LiDAR technology, these high-performance sensing solutions deliver accurate environmental perception, real-time object detection, mapping, localization, and navigation capabilities for next-generation autonomous systems. CoreBolt offer high-performance Livox LiDAR sensors such as the Livox mid-360S lidar, livox AVIA lidar, livox HAP lidar, livox Mid-40 lidar, livox Mid-70 lidar, livox Mid-100 lidar, livox TELE-15 lidar. These industrial-grade 3D LiDAR sensors generate high-density point cloud data with exceptional accuracy and reliability, enabling precise environmental awareness in complex and dynamic operating environments. Whether deploying Autonomous Mobile Robots (AMRs), Automated Guided Vehicles (AGVs), warehouse automation systems, drones, autonomous vehicles, or smart manufacturing solutions, Livox LiDAR technologies provide reliable performance for demanding applications. Designed to support SLAM, obstacle detection, localization, 3D mapping, and autonomous navigation, Livox sensors help accelerate the development and deployment of intelligent robotic and automation systems while simplifying LiDAR integration with AI edge computing platforms.