# Neura's Humanoid Robots Could Become Everyday Products Sooner Than Expected

September 9, 2025 (Berlin, Germany) – At IFA 2025, Neura Robotics unveiled significant advancements in its humanoid robotics lineup, signaling a shift towards integrating these intelligent machines into daily life. The company showcased the latest iteration of its 4NE1 humanoid robot, now available in a rolling variant known as 4NE1 Wheels, designed for enhanced mobility and efficiency in various environments.

“With 4NE1 Wheels, we are bringing cognitive robotics closer to everyday applications, addressing challenges like labor shortages and the need for assistance in sectors such as healthcare and hospitality,” said David Reger, CEO of Neura Robotics.

Key Highlights

• 4NE1 Wheels: The new rolling model combines the cognitive capabilities of the original 4NE1 humanoid robot with enhanced mobility, making it suitable for environments like hospitals, restaurants, and care homes.

• MiPA: Neura introduced MiPA, a learning-capable household and service robot equipped with sensitive gripper arms, autonomous navigation, and multisensory perception, designed to assist in daily tasks and address the care crisis.

• Neuraverse: The company unveiled the Neuraverse, a robotics ecosystem enabling robots to continuously learn and connect with people, developers, and companies, facilitating the scaling of robotics applications.

• Vision for the Future: Neura Robotics aims to deliver up to five million cognitive robots worldwide by 2030, positioning Germany as a leader in cognitive and humanoid robotics.

What This Means

Neura Robotics' advancements at IFA 2025 highlight the company's commitment to integrating cognitive robotics into everyday life. The introduction of the 4NE1 Wheels and MiPA robots, along with the Neuraverse ecosystem, indicates a move towards making humanoid robots accessible for both industrial and household applications. These developments suggest that intelligent robots could soon become commonplace in various sectors, offering solutions to pressin