DEEP Robotics develops a spread of superior robotic platforms, every designed for particular real-world functions throughout industrial, public service, and analysis sectors.
Lite3 is an agile quadruped platform ideally suited for training, analysis, and light-weight industrial duties, providing versatility for growing AI and robotics options.
Lite3 helps open supply, customers can develop superior notion capabilities similar to autonomous navigation, computerized impediment avoidance, visible localization, atmosphere reconstruction, customizable API for robotics growth and AI coaching
Picture credit score: Deep Robotics – deeprobotics.cn
X30, a sturdy quadruped, is tailor-made for inspection, safety, and autonomous navigation in hazardous environments similar to industrial websites and energy vegetation.
X30 robotic canine conducts autonomous inspection day and evening in any climate stably, the working temperature vary of X30 has been prolonged to between minus 20°C and plus 55°C, the load capability will be as much as 85KG
Picture credit score: Deep Robotics – deeprobotics.cn
DEEP Robotics Lynx, an off-road wheeled quadruped, is constructed for outside exploration, search-and-rescue missions, offering unmatched mobility on uneven terrain.
DEEP Robotics Lynx all-terrain robotic options an agile design and highly effective multi-terrain adaptability, mixed with a particular wheel-legged motion system and AI pushed, placing a great steadiness between pace and agility
Picture credit score: Deep Robotics – deeprobotics.cn
DR01 humanoid robotic showcases superior locomotion for dynamic human-like movement, contributing to analysis in human-robot interplay and repair robotics for activity automation.
DR01 humanoid robotic boasts extremely versatile motion capabilities, adapts to complicated environments, and integrates sensing/notion skills and highly effective autonomous studying capabilities
Picture credit score: Deep Robotics – deeprobotics.cn
Numerous Challenges for the programs above: Enhancing autonomy, enhancing energy effectivity, and refining adaptability to various environments.
Future Targets for the programs:
Integrating AI-driven notion programs for smarter navigation.
Increasing industrial, public security, and repair functions.
Creating robots for seamless, collaborative human-robot interactions with superior efficiency in real-world eventualities.
Movies:
https://www.youtube.com/watch?v=zxGwOEYYFVo
https://www.youtube.com/watch?v=NNkxlKLMoMM&t=19s
https://www.youtube.com/watch?v=iL833P0Vino
https://www.youtube.com/watch?v=lCFyfh3mLOQ
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