company blog about Supply/Recycle RoboSense Airy: The World's First Hemispherical Digital LiDAR, Empowering Robots for Full-Scene Perception

As LiDAR technology fully enters the digital era, RoboSense's Airy—the world's first 192-line hemispherical digital LiDAR—redefines robotic perception capabilities with disruptive innovation, injecting core momentum into all-scenario operations. Mingjiada Electronics, deeply rooted in the electronic components service sector, strategically deploys dual-track operations. It not only supplies brand-new, genuine Airy LiDAR units but also offers comprehensive equipment recycling services. Through this closed-loop model—“supply empowering innovation, recycling revitalizing assets”—it helps robotics enterprises overcome perception bottlenecks and accelerate industrialization.

I. RoboSense Airy: Pioneering a New Era of Hemispherical Perception with Digital Architecture

As the flagship product of RoboSense's digital technology matrix, Airy leverages a fully self-developed chip-based architecture to overcome the industry-wide challenge of balancing performance and size. It seamlessly integrates an ultra-wide field of view, centimeter-level accuracy, and a compact form factor, becoming the essential tool for robots to achieve omnidirectional perception. This product not only enabled demonstration robots to operate flawlessly for 10 consecutive hours at international exhibitions like CES but has also achieved large-scale deployment in smart sanitation, courtyard services, commercial services, and industrial automation scenarios. It has gained recognition from leading enterprises such as Coolwa Technology, providing critical support for the robotics industry's transition from laboratory research to practical applications.

Core Technology Advantages Redefining Perception Performance Boundaries

In hardware architecture, Airy employs next-generation VCSEL emitter chips and high-sensitivity SPAD-SOC digital detection solutions. By chip-level transceiver integration, it reconstructs the LiDAR core link to achieve lossless echo transmission. This significantly reduces product size while ensuring high-quality point cloud output. Its compact ping-pong-ball-sized dimensions (φ60×H63mm), weight under 240g, and low-power design below 8W enable flexible integration into lightweight devices like service robots, quadruped robots, and unmanned forklifts. Requiring minimal space, it supports extended continuous operation to meet diverse mobile application needs.

Airy's comprehensive breakthrough in perception capabilities forms the core foundation for enabling full-scenario operations. Its perfect hemispherical field of view—360° horizontally and 90° vertically—covers a 120-meter diameter range, completely eliminating perception blind spots. This allows robots to grasp comprehensive environmental information in complex settings without frequent posture adjustments. Its 192-line high-density sensor array delivers 1.72 million points per second in point cloud output, combined with ±1cm ultra-high ranging accuracy. This enables precise detection of both static and dynamic obstacles at varying distances—from outdoor courtyard rocks and greenery to scattered debris in indoor warehouses—allowing clear identification and avoidance. Leveraging its digital architecture, the product resists extreme lighting conditions like intense glare or dimness. Its adjustable Region of Interest (ROI) function enhances point cloud density in critical areas, balancing operational efficiency with perception accuracy to support continuous indoor/outdoor multi-scenario operations.

In terms of algorithm adaptability, Airy employs a repeated scanning approach to generate structured point clouds, making it highly compatible with backend algorithms like 3D SLAM and perception fusion. This reduces customers' algorithm development costs and accelerates product deployment. The integrated IMU sensor further enhances positioning and attitude perception capabilities, enabling precise path planning in complex environments.

Empowering Diverse Scenarios and All Categories of Smart Devices

Airy's robust comprehensive performance positions it as a universal perception hub for cross-scenario robots, empowering upgrades across diverse smart device categories. In smart sanitation, it provides omnidirectional obstacle detection and dynamic route adjustment for cleaning robots, adapting to complex urban roads and campus pathways. In yard service scenarios, it enables lawn mowing robots to precisely avoid greenery and irrigation systems for refined operations. In commercial service scenarios, it delivers holistic environmental awareness for service robots and quadruped robots, ensuring safe human-robot interaction and seamless autonomous navigation. In industrial settings, it adapts to AGVs/AMRs and flexible manufacturing robots, supporting extended continuous production operations through high-precision sensing and low-power design. Additionally, its structured point clouds are highly compatible with 3D SLAM and perception fusion algorithms, reducing enterprise algorithm development costs and accelerating product deployment cycles.

Technology as the Core, Service as the Bridge: Building a New Intelligent Perception Ecosystem

RoboSense Airy's digital innovation unlocks technological possibilities for full-scenario robot perception, while Mingjiada's dual-service approach bridges the critical gap between technology implementation and asset circulation. Amidst the wave of robotics evolution toward embodied intelligence, Mingjiada remains customer-centric, continuously optimizing Airy LiDAR supply and recycling services. This provides stable hardware support for R&D enterprises and optimizes asset allocation for mass-production companies.

Moving forward, Mingjiada will closely follow RoboSense's technological advancements, deepen its expertise in lidar services, and continuously refine its supply chain and recycling systems. Through more professional services and efficient responses, Mingjiada will empower more robotics companies to overcome perception bottlenecks, accelerate full-scenario intelligent deployment, and jointly propel the robotics industry toward a new phase of high-quality development.