[{"data":1,"prerenderedAt":101},["ShallowReactive",2],{"news:\u002Fen\u002Fnews":3,"news:posts:en":17},{"id":4,"title":5,"body":6,"description":7,"extension":8,"meta":9,"navigation":10,"path":11,"seo":12,"stem":15,"__hash__":16},"news\u002Fen\u002F4.news.yml","News",null,"Product launches, project deliveries, and technology progress from LISHO.","yml",{},true,"\u002Fen\u002Fnews",{"title":13,"description":14},"News | Company Updates & Technology Innovation | LISHO","LISHO news: product launches, project deliveries, exhibitions, technology R&D, and software version updates.","en\u002F4.news","YQQum278-EO8m5HWoEG8ta7TsLwzn6WkyK-T1cdEEnA",[18,54,78],{"id":19,"title":20,"body":21,"category":43,"date":44,"description":45,"extension":46,"image":47,"meta":49,"navigation":10,"path":50,"seo":51,"stem":52,"__hash__":53},"newsPosts\u002Fen\u002F4.news\u002F3.pangolin-at1-launch.md","Pangolin AT-1 Launch: A New Starting Point for All-Terrain Autonomous Vehicles",{"type":22,"value":23,"toc":39},"minimark",[24,33,36],[25,26,27,28,32],"p",{},"After years of focused R&D, we are proud to officially unveil the ",[29,30,31],"strong",{},"Pangolin AT-1",", LISHO's flagship all-terrain autonomous UGV platform.",[25,34,35],{},"The Pangolin AT-1 combines a rugged four-wheel floating suspension chassis with a fully self-developed autonomous navigation system. Whether navigating muddy construction sites, inspecting solar plants, or hauling materials through dense orchards, it delivers centimeter-level positioning accuracy and stable, reliable performance.",[25,37,38],{},"From the VCU and motor controllers to the ROS 2 software stack, every core capability of the AT-1 is built by the LISHO team. It represents our long-term investment in full-stack robotics technology — and this is just the beginning.",{"title":40,"searchDepth":41,"depth":41,"links":42},"",2,[],"company","2026-07-13","We officially unveil the Pangolin AT-1, LISHO's first all-terrain unmanned ground vehicle built for complex environments.","md",{"src":48,"alt":31},"\u002Fimages\u002Fhome\u002Fat-1.jpg",{},"\u002Fen\u002Fnews\u002Fpangolin-at1-launch",{"title":20,"description":45},"en\u002F4.news\u002F3.pangolin-at1-launch","39SY0FI4UXqzI5ZpP4F7T5GBdTTMdnnRkiVNYlvShAk",{"id":55,"title":56,"body":57,"category":70,"date":71,"description":72,"extension":46,"image":6,"meta":73,"navigation":10,"path":74,"seo":75,"stem":76,"__hash__":77},"newsPosts\u002Fen\u002F4.news\u002F2.rtk-slam-navigation.md","How RTK and SLAM Work Together for Seamless Indoor-Outdoor Navigation",{"type":22,"value":58,"toc":68},[59,62,65],[25,60,61],{},"One of the most challenging problems in autonomous navigation is moving from GPS-friendly outdoor environments into indoor spaces where GPS signals fade. Our approach combines RTK differential positioning with LiDAR SLAM in a unified fusion engine.",[25,63,64],{},"At the core of the system is a continuous pose estimator that monitors the signal quality of both positioning sources simultaneously. As the vehicle approaches a building, RTK fixed-solution quality declines while SLAM features grow stronger. The fusion engine smoothly adjusts the weighting between the two, maintaining a continuous and consistent position estimate without sudden jumps.",[25,66,67],{},"This allows the Pangolin AT-1 to drive from an outdoor yard into a warehouse, cross the loading area, and return outdoors — all without stopping and without manual operator intervention.",{"title":40,"searchDepth":41,"depth":41,"links":69},[],"technology","2026-05-01","A deep dive into the positioning fusion technology that lets the Pangolin AT-1 transition smoothly between indoor and outdoor environments.",{},"\u002Fen\u002Fnews\u002Frtk-slam-navigation",{"title":56,"description":72},"en\u002F4.news\u002F2.rtk-slam-navigation","IGdRo5F7TMfMXvVMg15VF4xEs0JY8r5i-704yaJtzJ8",{"id":79,"title":80,"body":81,"category":70,"date":94,"description":95,"extension":46,"image":6,"meta":96,"navigation":10,"path":97,"seo":98,"stem":99,"__hash__":100},"newsPosts\u002Fen\u002F4.news\u002F1.full-stack-robotics.md","Why Robotics Products Need Full-Stack Self-Development",{"type":22,"value":82,"toc":92},[83,86,89],[25,84,85],{},"In the robotics industry, there is always a real trade-off between quickly integrating off-the-shelf components and building a self-developed solution around the target scenario. At LISHO, we chose the full-stack self-development path.",[25,87,88],{},"When we own every layer — the mechanical chassis, VCU firmware, motor control algorithms, the navigation stack, and the operator terminal — we eliminate the integration breakpoints common in multi-vendor systems. A sensor firmware update should not break the positioning pipeline, and a motor control parameter change should not destabilize the path planner.",[25,90,91],{},"More importantly, full-stack self-development lets us respond to customer customization needs in days rather than months. Need a custom payload? We can adjust the VCU firmware. Need a dedicated navigation mode? We can extend the ROS 2 planner. Owning the complete stack means owning the speed of iteration.",{"title":40,"searchDepth":41,"depth":41,"links":93},[],"2026-03-16","How owning the complete technology stack — from chassis to algorithms — affects reliability, customization, and long-term value.",{},"\u002Fen\u002Fnews\u002Ffull-stack-robotics",{"title":80,"description":95},"en\u002F4.news\u002F1.full-stack-robotics","PDtFqTM-bdlXV42JlFmXGwBWiVZQUqU_7ep-B93RSKw",1788534543662]