RoboSense Technology has launched its global AI robotics strategy during the “Hello Robot” event preceding CES 2025 in Las Vegas. The company outlined its vision of becoming a comprehensive robotics technology platform and showcased several solutions for autonomous systems and intelligent robotics.
A major focus of the launch was the introduction of new advancements in digital LiDAR technology, which RoboSense presented as the foundation of its efforts to transition to a fully digitalized LiDAR ecosystem. Among the products unveiled was the EM4, described as the world’s first “Thousand-Beam” ultra-long-range automotive-grade digital LiDAR. Capable of achieving a detection range of up to 600 meters and delivering 1080P high-definition 3D perception, it is positioned to enhance intelligent driving systems and fully autonomous vehicles.
The E1R was introduced as the first fully solid-state digital LiDAR specifically designed for robotics. Built with automotive-grade reliability, it offers a wide field of view and is tailored for applications such as obstacle avoidance, mapping, and navigation in industrial and commercial environments. Complementing these was the Airy, a hemispherical digital LiDAR with a compact design and 360-degree omnidirectional sensing capabilities, making it suitable for robots operating in complex scenarios.
Humanoid
RoboSense also introduced its humanoid robotic prototype, a universal development platform that integrates key robotics components and technologies to support advancements in vision, tactile sensing, mobility, and manipulation. The platform includes a new Active Camera system, which combines LiDAR signals with camera data to provide active environmental perception.
This system addresses challenges such as lighting variability and enables developers to reduce the complexity of integrating mapping, localization, and obstacle-avoidance solutions. For manipulation tasks, the company revealed its second-generation robotic hand, Papert 2.0, which incorporates hand-eye coordination and offers twenty degrees of freedom to support a wide range of applications requiring dexterity and precision. In the mobility domain, RoboSense leveraged its automotive expertise to introduce Robo FSD, an intelligent system enabling robots to achieve autonomous point-to-point movement across various environments.
In addition to its LiDAR, RoboSense presented several new components designed for next-generation robotics. These included a force sensor optimized for legged robots, a high-power-density linear motor for robotic joints, and a domain controller capable of managing real-time perception, multimodal intelligence operations, and advanced motion control algorithms.
