The Italian Institute of Technology is determined to create a flying humanoid

iCub robot

The Italian Institute of Technology (IIT) is pushing the boundaries of robotics with its development of the iRonCub3, a jet-powered humanoid robot designed for complex tasks such as search and rescue and industrial inspections. This project, developed by the Artificial and Mechanical Intelligence Department at IIT, aims to equip humanoid robots with the ability to fly, blending the versatility of humanoid manipulation with aerial mobility capabilities. This could allow robots to reach hard-to-access areas that traditional ground-based robots or drones cannot easily handle.

How does obstacle avoidance technology work for drones ?

take-a-picture-of-a-drone-flying-between-the-trees

Drones have quickly evolved from niche gadgets into essential tools across industries like filmmaking, agriculture, logistics, and surveillance. Central to their growing utility is obstacle avoidance technology, a sophisticated feature that significantly enhances drone safety and operational efficiency. But how exactly does this technology work?

Shape-shifting flights made possible by this ultra-strong but very flexible material

Ultra-strong stretchy

A revolutionary nickel-titanium alloy is set to transform aviation by enabling aircraft wings to dynamically change shape during flight, optimizing their aerodynamics in real-time. This development, spearheaded by Xiaobing Ren and his team at the National Institute for Materials Science in Japan, introduces a new class of materials that combine the strength of steel with extraordinary flexibility. Unlike rigid structures, these materials allow for morphing surfaces, opening new possibilities for aircraft performance, fuel efficiency, and flight control.

Two US firms partner to develop nuclear battery that will last 50 years

battery-5895518_1280

US-based Kronos Advanced Technologies and Yasheng Group have entered into a strategic partnership to develop a nuclear battery with an expected lifespan of up to 50 years. This pioneering technology aims to revolutionize energy storage by providing a reliable, long-lasting power source for critical sectors such as medical devices, aerospace, military applications, and even electric flight.

Chinese military engineers may have made a breakthrough: it could revolutionise supersonic missiles

Source: Stephen Chenin Beijing

A group of Chinese scientists claim to have achieved a breakthrough in missile technology and have figured out how to make a steel nose cone missile. A Chinese research team recently presented a design for a hypersonic glide missile in the peer-reviewed Chinese journal Acta Armamentarii.

DJI produces hundreds of thousands of agricultural drone

DJI-Agricultural

The Chinese manufacturer now has 30 percent of the global market. Many see this as a safety risk. Today, 300,000 DJI agricultural drones are sold in China alone every year. The manufacturer has increased its business fifteenfold in five years. Its rapid growth has been helped by its ability to find its way to young farmers, who are increasingly facing labour shortages in China, just as they are in Western Europe and Japan.