Robotics

Humanoid actuators are responsible for bringing humanoid robots to life with physical motion, allowing humanoids to walk, lift objects, handle tools, and interact with the environment. As the humanoid robot market grows, there are increasing opportunities for materials and component suppliers to enter the supply chain. This article from IDTechEx looks at the current state of humanoid actuators and highlights some of the directions and outlook for next generation of humanoid actuation.

IDTechEx analyst Dr Shababa Selim assesses the opportunities for materials and component suppliers for humanoid robots.

Automotives, medical, and defense are amongst the most common application sectors for 3D printing and injection molding, and the TCT and Interplas events hosted at the NEC during the first week of June showcased a number of startups and well-established players.

Robots take on a multitude of forms, each with technologies that make them best suited to their own specific environments, either working independently or in the company of humans. This article covers cobots, service robots, humanoids, drones, and in-vehicle AI assistants.

The humanoid robotics industry is transitioning from prototype development and demonstrations toward structured pilot deployments and early commercial adoption. Materials such as metal alloys, rare-earth permanent magnets, engineering plastics and composites underpin the critical components of humanoid robots, as found in the new IDTechEx market report "Materials for Humanoid Robots 2026-2036: Technologies, Players, Forecasts".

From AI in-car assistants to drone delivery helpers, the future of transportation is versatile and varied, thanks to the latest developments in robotics, autonomy, electric vehicles, and hydrogen.

The drone industry is entering a more application-led phase of growth. After years of pilot projects and technology validation, the question for the market is shifting from whether drones can fly safely and collect data, to where they can deliver repeatable operational value at scale.

Humanoid robots are moving from prototype validation toward early commercial deployment, with automotive manufacturing and logistics expected to form the core demand base over the next decade. As capital costs decline, the cost per productive hour falls accordingly, with the most significant reductions occurring during the early stages of commercialization. However, while cost reduction is a necessary condition for adoption, this alone is not a sufficient reason to adopt.

The world of vehicle autonomy is made possible with intelligent sensing and radar capabilities that can improve the safety of cars and make for smoother journeys. This article covers the various components of autonomous vehicles, including in-cabin sensing, software and the integration of AI, and radar technology.

The electrification of transport has been a huge revolution in recent years, with the number of electric vehicles on the road increasing, alongside ramped up regulations for carbon emission reductions. This article covers electric construction vehicles, micro EVs, and drones