Tennis-playing robot could change future of the game

A new tennis-playing robot, developed using fragments of primitive human tennis skills, has emerged as a potential game-changer. TechRadar reports that while it is no Rafael Nadal, the robot might transform tennis.

TechRadar published an article titled 'It's no Nadal but this tennis-playing robot could change the future of the game' on March 17, 2026. The piece highlights a robot that plays tennis by incorporating 'fragments of primitive human tennis skills.' The description suggests developers achieved this capability through basic human-like tennis abilities. No further details on the robot's creators, specific capabilities, or demonstrations are provided in the available source excerpt. The article implies potential impacts on the sport's future, though specifics remain unclear.

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Tesla's Optimus robot jogging fluidly in a high-tech lab, showcasing advanced mobility in a realistic news photo illustration.
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Tesla's Optimus robot shows jogging capability in lab video

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Tesla's Optimus humanoid robot demonstrated a new milestone by jogging across a lab floor in a video shared on December 2, 2025. The footage highlights improved mobility with natural form, as progress accelerates toward mass production. CEO Elon Musk envisions the robot transforming labor by handling monotonous tasks and potentially making work optional within 20 years.

Advanced robots from around the world displayed their capabilities in 2025, from cooking in kitchens to competing in races and fights. Highlights included humanoid models balancing versatility with stability, though mishaps like falls were common. These demonstrations occurred at events in Berlin, Beijing, and Qatar, blending innovation with humor.

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Humanoid robots capable of household chores and industrial work are nearing widespread availability, driven by American innovators like Tesla and Agility Robotics. These machines, resembling humans in form and function, promise to handle mundane jobs from folding laundry to flipping burgers. Experts predict their integration into daily life as a natural step in automation.

In the final days of 2025, Tesla's Optimus humanoid robot fell during a live demonstration, prompting widespread skepticism about Elon Musk's robotics ambitions. The incident, which went viral, highlighted ongoing challenges in achieving reliable humanoid automation. Despite the setback, NVIDIA CEO Jensen Huang recently endorsed Optimus as a potential multi-trillion-dollar opportunity.

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A Chinese robotics firm, EngineAI, has developed a humanoid robot capable of delivering forceful Bruce Lee-style kicks, priced at US$150,000 and set for mass production two years ahead of Tesla's timeline. In contrast, Elon Musk's Optimus robot recently jogged a few steps but fell over during a demo while handing a water bottle. Backed by China's engineering talent and supply chains, such startups are accelerating humanoid robotics development.

Tesla unveiled its Optimus version 2.5 robot at the NeurIPS 2025 conference on December 2, showcasing new running capabilities. The demonstration highlighted the robot's ability to run at 50% and 25% speeds, marking a significant advancement in humanoid robotics. Elon Musk commented on the progress, emphasizing the future role of such robots in daily tasks.

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A new research paper argues that AI agents are mathematically destined to fail, challenging the hype from big tech companies. While the industry remains optimistic, the study suggests full automation by generative AI may never happen. Published in early 2026, it casts doubt on promises for transformative AI in daily life.

 

 

 

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