The project aims to improve the consumer shopping experience and contribute to the sustainability of the food industry.
The vehicle was so heavy that it required adjustments to reduce its weight and improve its flight performance.
The robot's hydraulic legs ensure stability on sloping terrain, making it ideal for agriculture and construction.
The research team is working on new additives that can further improve charging times and optimize the efficiency of lithium use.
This technological advancement brings about major changes in the way scientists and developers approach research, exploring new research possibilities in a fraction of the time required.
With its technology and scalable approach, the company seeks to change the way methane emissions are used and managed.
The work has been supported by Shell through the MIT Energy Initiative.
The RSD-E Tug 2513 achieves a Guinness World Record as the most powerful, highest performance and most sustainable electric tugboat.
The company's goal is to integrate its robots into assembly lines and other industrial sectors where handling needs to be more precise.
The Munin infrastructure, one of the most technologically advanced, marks an important chapter in offshore energy production on the Norwegian continental shelf.
The tool can process more than 100,000 energy forecasts simultaneously thanks to its cloud-native architecture.
It now has a wing area increased by 147%, improving flight stability and preparing the vehicle for spring testing.