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4835 results for "agricultural robotics"
Unitree Robotics delivered more than 5,500 walking humanoid robots in 2025, outpacing American competitors by over 35 times. The milestone signals rapid progress in making advanced robotics accessible and affordable worldwide.
As delivery robots roll through 20 US cities, they're creating an unexpected workforce of "robot wranglers" who rescue stuck bots, clean sensors, and keep fleets running. Charlie Snodgrass went from delivering food himself to managing the robots that replaced him—earning $54,000 a year in a job that didn't exist five years ago.
China's robotics industry exploded in 2025, shipping 18,000 humanoid robots worldwide—a 508% jump from the previous year. Inside a Beijing innovation park, robots are now threading needles, running marathons, and transforming how we think about AI's future.
Egyptian engineers just launched the Arab world's first fully autonomous harvesting robot, proving local talent can build cutting-edge AI technology that competes globally. The innovation could transform regional agriculture while addressing labor shortages and rising costs.
A new 24-acre innovation center in Salinas, California is giving agricultural robotics startups the farmland, equipment, and expert support they need to turn promising ideas into real-world solutions. Twelve companies from around the world are already testing AI-powered weeders, pruning robots, and smart farming systems that could transform how we grow food.
A British photographer with no robotics training rallied friends to build a life-size walking robot using "air muscles" instead of motors. Their weekly spaghetti dinners and scrap-yard finds launched a company that's still pioneering robotics today.
China's Robot Valley in Shenzhen has become the world's epicenter for robotics innovation, home to over 200 companies producing humanoid robots that can now outrun Olympic athletes. The region's lightning-fast supply chains and university partnerships are turning morning research into afternoon prototypes, reshaping the future of manufacturing.
Quadruped robots are solving one of farming's toughest challenges: getting fresh crops from remote fields to market. Chinese robotics company DEEP Robotics is using their Lynx M20 robot dogs to navigate steep mountain terrain that traditional farm equipment can't reach.
A tomato-picking robot now thinks before it acts, predicting which fruit will be easiest to harvest and changing its angle when needed. This smarter approach could soon have robots and farmers working side by side in fields facing labor shortages.
A Philadelphia robotics company has deployed over 1,000 walking robots since 2015, marking a major milestone in bringing science fiction to real-world security and defense. CEO Gavin Kenneally will share a decade of breakthrough lessons at Boston's Robotics Summit in May 2026.
A Filipino student team just won a world robotics championship with a robot designed to help patients navigate hospitals and receive care. Their creation, Project FRANCIS, beat international competitors and earned them a presidential welcome home.
Missouri soybean farmers are using drones, autonomous sprayers, and robotic weeders to make farming more efficient and sustainable. New genetic breakthroughs are also helping them fight crop-damaging pests that cost millions each year.
Scientists at Oak Ridge National Laboratory built a robot that automates plant genetic engineering, making it 100 times faster to develop crops that can handle droughts, feed more people, and produce cleaner fuels. The breakthrough could transform how quickly we adapt agriculture to climate challenges.
A student-led robotics team from Iowa designed a robot that transforms into a ramp, solving a space challenge that stumped competitors and earning them a state championship. The EagleBots grew from 3 members to 24 while teaching STEM skills across their community.
Unitree Robotics stole the show at Beijing's latest AI and robotics expo with dancing robots that had tech enthusiasts buzzing. The performance showcased how far consumer robotics has come in making advanced technology feel fun and accessible.
A Chinese robotics company just turned science fiction into reality with a pilotable transformer-style robot that stands nearly 9 feet tall. The GD01 lets humans control a massive mechanical suit straight out of anime and blockbuster movies.
Bear Robotics just bought Kinisi Robotics to add humanoid manipulation technology to its 16,000 deployed service robots. The move transforms Bear's delivery and cleaning robots into a complete automation platform that can now pick up and handle objects.
A major agriculture company is using robot dogs equipped with thermal cameras to protect 8,000 acres of valuable corn crops in Hawaii. The technology shows how AI-powered security is moving from military applications into everyday farming operations.
In China's northeast, a robot engineer is teaching humanoid robots to move like humans by demonstrating actions hundreds of times while wearing motion-capture technology. Her patient training is helping create robots that can safely work alongside people in real-world environments.
While China dominates humanoid robot production, Japanese companies are carving out a new niche in the global robotics race. They're focusing on the "brain" behind the bots: AI software that helps robots think and act in real-world situations.
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