Autonomous
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"The video contains no teleoperation," says Norwegian humanoid robot maker 1X. "No computer graphics, no cuts, no video speedups, no scripted trajectory playback. It's all controlled via neural networks, all autonomous, all 1X speed."
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Mesmerizing video shows Teledyne FLIR's new autonomous drone-catching cradle matching the movements of a model helicopter and grabbing it the instant it's within reach. It'll allow soldiers to launch and recover drones from inside their vehicles.
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Swiss researchers are working on an environmental monitoring robot named Avocado that's been inspired by abseiling spiders. The fruit-shaped bot uses a winch and rotors to lower itself through the canopy and gather data on life in the treetops.
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When we last heard from LimX Dynamics, the Chinese robotics firm was showing off a quadruped robot that could walk on legs or roll on wheels. The company has now released a video of its new humanoid robot, which can autonomously climb stairs.
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Stanford and Google DeepMind researchers have presented an open-source housekeeping robot, and trained it relatively quickly to sauté shrimp, rinse out pans, put pots away in a kitchen cabinet, and clean up wine spills – but it has greater ambitions.
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Rotor Technologies is now in production on a full-size unmanned helicopter for civilian use. Based on the Robinson R44 Raven II, the R550X flies for more than three hours, at speeds up to 150 mph (241 km/h), carrying up to 1,200 lb (550 kg) of cargo.
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This holiday season, shoppers in Helsinki are getting a little help to ease their gift-buying burden. When they place an online order from a select retailer, a wheeled HeRo robot will deliver their purchase to their home within an hour.
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Airbus innovation division UpNext is testing its next-gen autonomous systems for air-to-air in-flight refueling, which could be a revolutionary leap forward for a variety of military and civil aircraft, safely extending range and endurance.
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Building a wall by stacking randomly shaped boulders could almost be the definition of hard work – both physically and mentally. It's the sort of thing we might want robots to do, so it should come as no surprise that one has in fact just done it.
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Huge props to these two helicopter test pilots, who have white-knuckled it through one of the most harrowing experiences in rotorcraft flight – an unpowered autorotation emergency landing – allowing an autonomous system to take the controls.
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Lexus won't be needing conveyor belts once the "gigacast" chassis of its next-gen electric cars is put together; the company has announced it's introducing a "self-driving assembly line," where cars will autonomously move between stations.
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There are numerous situations in which a robot doesn't need to move quickly, but it does need to cover long distances without having to recharge its batteries. The minuscule energy-harvesting MilliMobile robot was designed for just such scenarios.
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