A Spider-Man stunt… executed by a robot.

That says more about robotics than it seems.

Disney Imagineers built a system that flies over 25 meters in the air → adjusting its motion in real time.

→ flips
→ rotation
→ speed control
→ balance

All handled mid-flight.

What… pic.twitter.com/izWYf7yStz

— Pascal Bornet (@pascal_bornet) 5 avril 2026

A Spider-Man stunt… executed by a robot. That says more about robotics than it seems. Disney Imagineers built a system that flies over 25 meters in the air → adjusting its motion in real time. → flips → rotation → speed control → balance All handled mid-flight. What stands out to me is not the spectacle… it’s the decision-making happening in the air. This isn’t scripted motion. It’s real-time adaptation to physics. That’s the shift. From robots that repeat actions to systems that respond to the environment And once that threshold is crossed, the implications extend far beyond entertainment: → high-risk environments → dynamic industrial tasks → real-world human assistance This is where things start to matter. Because the ability to adapt in real time is what turns machines into systems we can rely on. So here’s the real question: Where will real-time adaptive robotics create the most value next? #ArtificialIntelligence #Robotics #Innovation #FutureOfWork #Technology

→ View original post on X — @pascal_bornet, 2026-04-05 09:01 UTC