R3 Robotics raises fresh capital for EV-era recycling
R3 Robotics, a European industrial automation startup, has secured a €20 million funding round to scale its robotic recycling technology as the region braces for a wave of end-of-life electric vehicle (EV) waste. The investment will be used to expand deployment of its AI‑driven robots across recycling plants and battery-processing facilities in Europe.
AI-powered robots for complex waste streams
The company develops autonomous sorting and dismantling systems that combine computer vision, AI algorithms and heavy‑duty robotic arms. These systems are designed to identify, sort and process complex waste streams such as EV batteries, electronic components and industrial metals with far greater speed and accuracy than traditional manual methods.
By automating hazardous and repetitive tasks, R3 Robotics aims to improve worker safety while increasing material recovery rates for valuable resources like lithium, nickel and cobalt. Higher recovery rates are critical for Europe’s efforts to secure local supplies of critical raw materials and reduce dependence on imports.
Riding Europe’s EV and battery wave
Europe’s rapid adoption of EVs, combined with ambitious decarbonisation targets and stricter recycling regulations, is creating a new industrial challenge: how to safely and efficiently process a growing stockpile of used batteries and associated components. Analysts expect millions of EV batteries to reach end of life over the next decade, placing pressure on existing recycling infrastructure.
R3 Robotics positions its platform as a scalable answer to this bottleneck, enabling recyclers and battery manufacturers to handle higher volumes without proportional increases in labour or footprint. The fresh €20 million will support product development, new pilot sites with major recycling partners and expansion into additional European markets.
Strategic significance for circular industry
For investors, the company sits at the intersection of robotics, climate tech and the emerging circular economy. If successful, its technology could help Europe close the loop on EV materials, lower the environmental impact of battery production and create a more resilient industrial supply chain.