en.Wedoany.com Reported - Pasin Perception Technology (Shenzhen) Co., Ltd. has undergone a change in its shareholder structure, with BYD added as a new shareholder. Public business registration and financing information shows that BYD has made a strategic investment in Pasin Perception, with an investment amount exceeding 100 million yuan and holding a certain percentage of equity. This marks the continued expansion of a leading new energy vehicle company into the core perception segment of embodied intelligence and robotics.
Founded in 2021, Pasin Perception focuses on robotic tactile perception, multi-dimensional tactile sensors, dexterous hands, and humanoid robots. Compared to vision, voice, and motion control, tactile perception has long been a weak link in real-world robotic applications. When robots perform tasks such as grasping, sorting, assembly, handling, and inspection in production lines, warehouses, logistics, and service scenarios, they cannot rely solely on cameras to determine object positions; they also need to perceive contact force, slip status, surface material, force changes, and operational feedback. Pasin Perception's technical approach centers on 6D Hall array tactile sensors, gradually forming a product matrix from tactile sensors and dexterous hands to humanoid robot bodies. This aligns strongly with BYD's needs in automotive manufacturing, precision assembly, automated production lines, and future intelligent equipment.
BYD's equity investment provides Pasin Perception with significant industrial capital support from the new energy vehicle manufacturing sector.
For BYD, robotics is not merely a conceptual frontier investment but a foundational technology reserve that could serve automotive production systems, parts manufacturing, logistics handling, and flexible assembly. New energy vehicle factories demand extremely high levels of automation, production rhythm, and quality stability. Traditional industrial robots excel at repetitive standard actions but still require enhanced perception and adaptive capabilities in complex assembly, flexible material handling, irregular parts grasping, and human-robot collaboration scenarios. If tactile sensors can be stably integrated into robotic end-effectors and dexterous hand systems, robots will gain feedback capabilities closer to human hands in contact-based operations, thereby improving fine manipulation, anomaly detection, and flexible production adaptability. If Pasin Perception can leverage BYD's production line scenarios for validation, tactile perception technology has the opportunity to move from laboratory demonstrations and prototype applications into industrial-grade continuous operation environments.
From the perspective of the embodied intelligence industry chain, capital and industrial players are shifting from "investing in complete machines" to "investing in key perception and data foundations." For humanoid robots to truly enter factories and commercial scenarios, the core focus is not just on body structure and motion control, but also on tactile sensing, force control algorithms, multimodal data collection, dexterous operation models, and real-world scenario training loops. Pasin Perception has previously secured multiple rounds of financing, and subsequent public disclosures indicate it has formed application relationships with industrial players like BYD and JD.com in automotive production lines, logistics sorting, and 3C manufacturing. BYD's investment in Pasin Perception shows that automakers' attention to embodied intelligence has extended from display robots to the "hands, tactile sense, and operational capabilities" in real manufacturing scenarios, also providing a pathway for core robot component companies to enter large-scale industrial scenarios.
Future variables will focus on the cost, reliability, production consistency, and industrial scenario validation cycle of tactile sensors, as well as whether Pasin Perception can form a stable closed loop between tactile perception capabilities and dexterous hands, robot bodies, and embodied intelligence models. If related technologies are continuously validated in automotive production lines, robotic tactile perception is expected to become a key foundational module in smart manufacturing upgrades, and embodied intelligence companies will increasingly rely on real industrial scenarios for product iteration and commercial deployment.
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