NEURA Robotics 4NE-1
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Last reviewed
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| NEURA Robotics 4NE-1 | |
|---|---|
| General Information | |
| Manufacturer | NEURA Robotics |
| Type | Humanoid robot |
| First unveiled | 2022 (concept); July 2024 (functional prototype) |
| Latest generation | Gen 3.5 (unveiled June 2025 at Automatica) |
| Height | 180 cm (5 ft 11 in) |
| Weight | 80 kg (176 lb) |
| Max payload | 100 kg (220 lb) joint capacity; 15 kg (33 lb) carrying |
| Degrees of freedom | 25+ body; 12 per hand (optional) |
| Max speed | Up to 5 km/h (3.1 mph) |
| Battery | Dual hot-swappable Li-ion, 2.5 kWh |
| Processor | NVIDIA Thor T5000 |
| Price | From EUR 98,000 (1-19 units); EUR 60,000 at fleet scale |
| Status | Preorders open; deliveries expected late 2026 |
| Website | neura-robotics.com |
The NEURA Robotics 4NE-1 (pronounced "for anyone") is a cognitive humanoid robot developed by the German company NEURA Robotics, headquartered in Metzingen, Baden-Wurttemberg. The robot is designed for autonomous collaboration with humans in both industrial and domestic environments, operating without the need for protective cages. Its name reflects the company's vision of making advanced robotics accessible to everyone. NEURA Robotics describes the 4NE-1 as the first humanoid robot designed from the outset for series production, combining artificial intelligence, advanced sensor systems, and modular hardware in a human-scale platform.
The 4NE-1 was first shown as a concept in 2022, with a functional prototype demonstrated in July 2024. The third generation (Gen 3.5) was unveiled at the Automatica trade fair in Munich in June 2025, and preorders opened at CES 2026 in January 2026. The robot represents a central element of NEURA Robotics' broader product ecosystem, which also includes the MAiRA cognitive cobot line, the MiPA personal assistant robot, and the Neuraverse software platform.
NEURA Robotics was founded on March 26, 2019, by David Reger in Metzingen, a town near Stuttgart in southwest Germany.[1] Reger, a trained technical model maker, began his career in Switzerland working in automation and robotics. In 2009 he moved to Silicon Valley, where he spent several years doing social work before returning to Europe in 2013. After that return, he founded three high-tech companies focused on robotics, building the experience that would lead him to establish NEURA Robotics.[2]
Reger coined the term "cognitive robotics" to describe NEURA's approach to building machines that can perceive, understand, and learn from their surroundings. The company's stated mission is to bring cognitive robotics into everyday life, addressing challenges such as skilled labor shortages, aging populations, and the need for flexible automation in manufacturing and service industries.[3]
From its founding, NEURA Robotics grew rapidly. The company's first product, the LARA collaborative robot arm, launched in November 2020. The MAiRA cognitive cobot followed, becoming what NEURA described as the world's first commercially available cognitive robot. By 2025 the company employed over 600 people from more than 45 nations, and the workforce continued to expand after the acquisition of ek robotics in October 2025 added over 300 employees.[4][5]
NEURA Robotics has attracted substantial investment capital as the humanoid robotics sector has drawn increasing attention from global investors.
| Date | Round | Amount | Key Investors | Notes |
|---|---|---|---|---|
| July 2023 | Series A | $55 million | Various investors | Early growth funding |
| January 2025 | Series B | EUR 120 million (~$123 million) | Lingotto Investment Management (lead), BlueCrest Capital Management, Volvo Cars Tech Fund, InterAlpen Partners, Vsquared Ventures, HV Capital, Delta Electronics, C4 Ventures, L-Bank | Company reported EUR 1 billion in orders at the time of announcement[6] |
| March 2026 | Reported round | Tether Holdings (lead) | Reported valuation of approximately EUR 4 billion (~$4.6 billion)[7] |
The March 2026 funding round, reported by Bloomberg, drew attention for the involvement of Tether Holdings, the stablecoin issuer, which had been diversifying its reserves into AI and robotics ventures. Earlier reports in November 2025 from the Financial Times had suggested Tether was considering a ten-figure investment, with some estimates placing the potential valuation between EUR 8 billion and EUR 10 billion. The actual valuation of approximately EUR 4 billion was lower than those initial projections but still made NEURA one of the most highly valued robotics startups in Europe.[7][8]
NEURA Robotics first revealed the 4NE-1 concept in 2022, demonstrating the company's ambition to extend beyond collaborative robot arms into full humanoid systems. The first generation served as a proof of concept, establishing the basic bipedal form factor and cognitive architecture that would carry through subsequent iterations.[9]
In July 2024, NEURA Robotics released video footage of the 4NE-1 performing a range of household tasks, including sorting objects, moving packages, chopping vegetables, and ironing clothing. The demonstration attracted significant media coverage as one of the more convincing showings of a humanoid robot performing domestic chores, though analysts noted that the video consisted of edited segments and the exact conditions under which the tasks were performed had not been fully disclosed.[10][11]
The 2024 demonstrations coincided with NEURA joining NVIDIA's Humanoid Robot Developer Program, gaining access to the Isaac GR00T development platform for accelerating the training and deployment of humanoid robots. This partnership positioned the 4NE-1 within NVIDIA's growing ecosystem of humanoid robotics partners.[12]
Also in 2024, NEURA moved its production operations from China to Germany, reflecting a strategic commitment to domestic manufacturing and the "Made in Germany" brand.[13]
The third generation of the 4NE-1 debuted at Automatica 2025 in Munich in June 2025, representing a major step toward commercial readiness. Key improvements in the Gen 3 design included:
At CES 2026 in January 2026, NEURA Robotics showcased the Gen 3.5 iteration and opened preorders at a price of EUR 98,000 per unit (with volume pricing dropping to EUR 60,000 at fleet scale). The Gen 3.5 model features the NVIDIA Thor T5000 processor, a water-cooling system, and a design created in collaboration with Studio F.A. Porsche. Deliveries are expected to begin by the end of 2026.[16]
Alongside the full-sized 4NE-1, NEURA introduced the 4NE-1 Mini at CES 2026. Standing 132 cm (4 ft 4 in) tall and weighing 36 kg (79 lb), the Mini shares the same cognitive AI architecture as its larger counterpart but is intended for research, education, and light office tasks. It is priced at EUR 19,999.[17]
The 4NE-1 Gen 3.5 stands 180 cm (5 ft 11 in) tall and weighs 80 kg (176 lb), giving it roughly human proportions that allow it to operate in environments designed for people. One of the robot's distinctive design features is its exchangeable forearm system, which enables operators to swap out end effectors depending on the task at hand. This modular approach allows a single robot to be configured for different applications, from precision manipulation with dexterous hands to heavy-duty gripping with industrial attachments.[10]
| Specification | 4NE-1 Gen 3.5 | 4NE-1 Mini |
|---|---|---|
| Height | 180 cm (5 ft 11 in) | 132 cm (4 ft 4 in) |
| Weight | 80 kg (176 lb) | 36 kg (79 lb) |
| Degrees of freedom (body) | 25+ | 25 |
| DOF per hand (optional) | 12 | N/A |
| Max walking speed | Up to 5 km/h (3.1 mph) | N/A |
| Payload capacity | 15 kg carrying; 100 kg joint lift | 3 kg |
| Battery | Dual hot-swappable Li-ion, 2.5 kWh | Li-ion |
| Runtime | 6 to 8 hours (24/7 with hot-swap) | ~2.5 hours |
| Processor | NVIDIA Thor T5000 | Onboard AI |
| Price | EUR 98,000 (1-19 units) | EUR 19,999 |
The 4NE-1 is equipped with a comprehensive sensor suite that forms the basis of its cognitive capabilities.
| Sensor | Description |
|---|---|
| 3D Vision System | Seven cameras providing 360-degree omnidirectional vision |
| Depth Cameras | Stereo depth perception for spatial awareness |
| LiDAR | Laser-based distance measurement for navigation and mapping |
| Force-Torque Sensors | Installed in all joints; 0.1 N sensitivity with +/- 0.01 mm repeatability |
| NEURA Omnisensor | Patented touchless safe human detection; can detect people even through obstructions such as clothing |
| Artificial Skin | Patented sensor skin that detects proximity before physical contact |
| Multi-Language Voice Recognition | Processes voice commands in multiple languages |
The NEURA Omnisensor is a particularly notable technology. Unlike traditional safety systems that rely on line-of-sight detection (such as light curtains or standard proximity sensors), the Omnisensor can reliably distinguish between humans and objects, recognize individual people, and adapt the robot's behavior accordingly. This allows the 4NE-1 to operate safely alongside humans without the protective fencing that is standard in conventional industrial robotics.[14]
The 4NE-1 Gen 3.5 runs on the NVIDIA Thor T5000 processor, a chip designed for AI and robotics workloads. The robot's software stack incorporates NVIDIA's Isaac GR00T foundation model for humanoid cognition, enabling capabilities such as task planning, object detection, and adaptive learning.[16]
The AI architecture follows a layered design:
The robot also supports remote operation (teleoperation), allowing a human operator to control the 4NE-1 from a distance for tasks that require human judgment or for training data collection.[10]
The Gen 3.5 model introduced a water-cooling system to manage heat generated by the NVIDIA Thor T5000 processor and the robot's electric actuators during sustained operation. The dual hot-swappable battery system, with a total capacity of 2.5 kWh, allows one battery to be replaced while the other continues powering the robot, enabling theoretically continuous operation in shift-based industrial settings.[16]
The primary near-term market for the 4NE-1 is industrial manufacturing and logistics. The robot's 100 kg joint lift capacity, 15 kg carrying payload, and ability to navigate factory floors without protective caging make it suitable for tasks such as material handling, assembly line support, machine tending, and quality inspection. NEURA's partnership with Bosch, announced in January 2026, specifically targets the integration of humanoid robots into industrial production environments.[18]
Schaeffler, the German automotive and industrial supplier, announced plans to deploy a mid-four-digit number of NEURA humanoid robots in its global production network by 2035, indicating significant industrial demand for the platform.[19]
NEURA Robotics has positioned the 4NE-1 as a future household assistant capable of performing chores such as ironing, cleaning, cooking, and organizing. The July 2024 demonstration video showed the robot performing these tasks, and the "for anyone" name explicitly references the goal of eventually placing these robots in ordinary homes. However, the domestic use case remains further from commercial reality than industrial applications, with pricing, reliability, and the complexity of unstructured home environments presenting ongoing challenges.[10][11]
The 4NE-1's cognitive capabilities, including voice recognition, emotion detection, and adaptive behavior, position it as a candidate for service applications in hospitality, retail, and healthcare. The ability to recognize individual people and respond to voice commands in multiple languages makes the robot suitable for reception, guidance, and basic caregiving tasks.[14]
To achieve its goal of producing five million robots by 2030, NEURA Robotics developed a proprietary manufacturing method called the "NEURA Hive." In this production system, multiple robotic arms are arranged in a circular cell layout, working cooperatively to assemble components of the humanoid 4NE-1 in a compact space. The robots in the Hive share a common computational brain, coordinating their actions to maximize efficiency.[14][20]
The Hive concept is designed to make humanoid robot manufacturing scalable and cost-effective, moving away from the labor-intensive assembly processes that have historically made humanoid robots prohibitively expensive for mass-market deployment. This approach to "robots building robots" represents a significant innovation in the field and is central to NEURA's strategy for achieving volume production at competitive price points.
The 4NE-1 is fully integrated with the Neuraverse, NEURA Robotics' AI-driven software ecosystem launched at Automatica 2025. The Neuraverse functions as a continuously learning operating system for cognitive robotics, connecting robots, people, and data on a single collaborative platform.[21]
Key components of the Neuraverse include:
NEURA is working with NVIDIA on the NEURA Gyms initiative, using NVIDIA's Isaac simulation and learning platforms to accelerate development of robot movements and applications. At GTC 2026, NEURA was named an official NVIDIA GR00T ecosystem partner alongside Figure AI, Agility Robotics, and Boston Dynamics.[12]
The 4NE-1 is one component of a broader product ecosystem that spans collaborative robot arms, mobile robots, service robots, and humanoid platforms.
| Product | Type | Key Specifications | Status |
|---|---|---|---|
| LARA | Collaborative robot arm | Models from 3 kg to 15 kg payload; 590-1300 mm reach | In production since 2020 |
| MAiRA | Cognitive cobot | S/M/L models; up to 18 kg payload, 1600 mm reach; 0.01 mm repeatability; TUV-certified safety | In production |
| MAV | Autonomous mobile robot | Up to 1.5-ton payload; designed for automotive manufacturing | In production |
| MiPA | Personal assistant robot | AI-based home/service robot with IoT integration; skill-based platform | Deliveries from 2025 |
| 4NE-1 | Humanoid robot | 180 cm, 80 kg, 25+ DOF, 100 kg joint lift | Preorders open; deliveries late 2026 |
| 4NE-1 Mini | Compact humanoid | 132 cm, 36 kg, 25 DOF, 3 kg payload | Preorders open; deliveries spring 2026 |
| NEURA Quadruped | Quadruped robot | Less than 1 m height; 22 kg payload; multi-sensor fusion; 360-degree vision | Reservations open at EUR 50,000 |
MAiRA, the cognitive cobot, is particularly significant as the technology precursor to the 4NE-1. Available in three sizes (S, M, and L), MAiRA combines AI-based 3D vision, speech recognition, and force sensing with TUV-certified safety up to Performance Level e / SIL 3. The MAiRA M is developed and manufactured entirely in Germany, with servo motors, encoders, sensor technology, and software architecture all produced in-house. The cognitive capabilities proven in MAiRA's industrial deployments were scaled up and adapted for the humanoid 4NE-1 platform.[22]
NEURA Robotics has built an extensive network of technology and commercial partnerships.
| Partner | Nature of Partnership | Announced |
|---|---|---|
| NVIDIA | Humanoid Robot Developer Program; Isaac GR00T integration; GR00T ecosystem partner; NEURA Gyms collaboration | 2024 (developer program); 2026 (ecosystem partner) |
| Robert Bosch GmbH | Joint data collection, AI software co-development, potential component supply and assembly for humanoid robots | January 2026 |
| Schaeffler | Technology partnership for actuator development and component supply; planned deployment of humanoids in Schaeffler production (mid-four-digit units by 2035) | 2025 |
| Kawasaki Heavy Industries | White-label partnership; Kawasaki offers the LARA CL series cobot | 2024 |
| Omron Robotics | Strategic partnership for cognitive factory automation; integration of NEURA cognition with Omron sensors | April 2024 |
| Delta Electronics | Investment and technology collaboration | 2025 |
| Studio F.A. Porsche | Industrial design of the 4NE-1 Gen 3.5 | 2025-2026 |
The Bosch partnership is particularly notable as it brings together NEURA's AI and robotics software expertise with Bosch's manufacturing scale and component supply chain. The two companies plan to jointly collect real-world movement and environmental data in Bosch facilities, co-develop AI-based software and user interfaces, and potentially have Bosch supply robotic components or handle final assembly of humanoid robots.[18]
The 4NE-1 enters a rapidly growing market for humanoid robots, competing with platforms from both established robotics companies and well-funded startups.
| Robot | Company | Country | Notable Comparison |
|---|---|---|---|
| Atlas | Boston Dynamics | United States | 56 DOF; most dynamic humanoid on the market; electric version unveiled 2024 |
| Figure 02 | Figure AI | United States | Direct competitor in industrial applications |
| Optimus | Tesla | United States | Backed by Tesla's manufacturing scale; targeting mass production |
| Digit | Agility Robotics | United States | Already deployed in warehouse environments |
| GR-2 | Fourier Intelligence | China | 53 DOF; more degrees of freedom but lower payload and shorter runtime |
| G1 | Unitree Robotics | China | Lower-cost platform; 4NE-1 Mini positioned as Western alternative |
| Aeon | Hexagon AB | Sweden | European competitor; undergoing testing at BMW |
The 4NE-1 distinguishes itself in several ways. Its 100 kg joint lift capacity is the highest among general-purpose humanoid robots as of its 2025 unveiling. The dual hot-swappable battery system providing 6 to 8 hours of runtime (with continuous 24/7 capability through swapping) exceeds the roughly 2-hour runtime offered by some competitors such as the Fourier GR-2. The exchangeable forearm system provides a degree of task-specific customization not commonly found in competing platforms.[16][23]
As a European company, NEURA Robotics also holds a distinct position in the competitive landscape. While the humanoid robotics field has been dominated by American and Chinese companies, NEURA represents a leading European entry, supported by partnerships with major German industrial firms such as Bosch and Schaeffler. The company's focus on domestic manufacturing and the "Made in Germany" brand differentiates it from competitors that rely heavily on Chinese manufacturing.[24]
NEURA Robotics and its founder David Reger have received several notable awards:
NEURA Robotics has outlined an ambitious roadmap. The company aims to deliver five million robots by 2030 across industrial, service, and domestic sectors. With over EUR 1 billion in reported orders as of January 2025, and the massive Tether-backed funding round reported in March 2026, the company has significant capital to pursue this goal.[6][7]
The NEURA Hive automated production system is designed to enable the scale necessary for these targets, while the Neuraverse platform's shared learning capabilities should theoretically accelerate the improvement of all deployed robots as the fleet grows. The Bosch partnership provides a pathway to industrial-grade component supply and manufacturing expertise, and the Schaeffler deployment plan offers a concrete demand signal from a major manufacturer.
Key challenges remain, including proving the reliability and capability of the 4NE-1 in unstructured real-world environments, competing with heavily funded American and Chinese rivals, and achieving the cost reductions necessary to make humanoid robots economically viable at scale. The domestic household market, while part of NEURA's long-term vision, will likely require further advances in AI reasoning, manipulation dexterity, and regulatory frameworks before becoming commercially practical.