Core Viewpoint - RoboSense has launched the "Active Camera" AC2, a cutting-edge sensor system designed for robotic perception, during the International Conference on Intelligent Robots and Systems (IROS 2025) in Hangzhou [1][3]. Group 1: Product Features and Innovations - The AC2 is the first integrated sensor system in the industry that combines dToF, RGB, and IMU technologies, allowing for flexible output of depth, image, and motion data [4]. - The AC2 achieves millimeter-level precision with a depth sensing capability of ±5mm within 8 meters, addressing industry challenges related to 3D vision sensor accuracy [6]. - The sensor features a wide field of view (FoV) of 120°×90°, enabling robots to perceive more objects simultaneously, thus enhancing operational efficiency [7]. - The compact design of AC2 (100mm x 30mm x 45mm) allows for easy integration into various robotic platforms, including humanoid robots and robotic arms [9]. - AC2 is designed to be highly reliable, with excellent resistance to environmental light interference, maintaining accuracy even in extreme lighting conditions [11]. Group 2: Market Potential and Applications - The AC2 is positioned to enhance the operational capabilities of robots across various sectors, including industrial, logistics, and home service applications, accelerating commercialization and unlocking new use cases [15]. - The introduction of the AI-Ready ecosystem alongside AC2 provides developers with open-source algorithms and tools, streamlining the development process for robotic applications [13]. - Experts in the field have expressed optimism about the potential of AC2 to address current challenges in robotic perception, emphasizing its significance in advancing humanoid robots and industrial logistics [16][18][20][22][24]. Group 3: Company Strategy and Vision - RoboSense aims to establish a comprehensive product lineup with the Active Camera series, focusing on delivering optimal perception technology for robotic mobility and operation [26].
IROS 2025现场直击:AC2发布获顶尖学者团认可 机器人之眼迎来突破性进展