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Figure 03: What the humanoid robot can really do

Nico Nuss 0
Figure 03 – humanoider Roboter für Haushalt und Gewerbe [Image content created with AI]

Figure 03is supposed to sort laundry, put away dishes, transport objects and take on monotonous tasks in factories. At first glance it workshumanoid robotsfrom Figure AI like a household helper that is about to be launched on the market. The technology isn’t quite there yet.

In 2026, the robot will have shown significant progress in mobility, gripping technology and autonomous work. At the same time, Figure 03 is still in industrial ramp-up. There is currently no confirmed sales price, a regular ordering process or a binding market launch for German private households. This fact check therefore clearly separates technical data, manufacturer demonstrations and documented practical applications.

Data status: July 23, 2026

The most important thing in brief

  • Figure 03 is a 1.73 meter tall humanoid general-purpose robot for household, logistics and industrial processes.
  • According to the current product specification, the system weighs around 61 kilograms, supports up to 20 kilograms and has a running time of up to five hours.
  • The Helix AI combines camera images, voice commands, movement planning and control of the entire body.
  • BMW is preparing for industrial use of Figure 03 for sorting and sequencing tasks at the US plant in Spartanburg in 2026.
  • An official purchase price or market launch for Germany has not yet been announced. Price information circulating online is speculation.

What is Figure 03?

Figure 03 is the third generation of a humanoid robot from the US company Figure AI.It was developed as an electrically powered general-purpose robot that is intended to move in an environment designed by humans and carry out various tasks there.

The human-like design is not just a design feature. Homes, warehouses and manufacturing facilities have stairs, doors, shelves, work surfaces and tools designed for the human body. A humanoid robot can theoretically use this infrastructure without having to rebuild an entire workplace.

This is exactly what makes it different from many classic industrial robots. A permanently mounted robot arm usually controls a narrowly defined process. Figure 03, on the other hand, is supposed to walk, reach, talk, recognize objects and take on changing tasks. Further models and developments can be found in the overviewhumanoid robots. For additional context, see URKL: The fighting league for humanoid robots.

Plain text:Figure 03 is not a freely available robot butler. It is an advanced development and production platform that is currently used primarily for industrial pilot projects and manufacturer demonstrations. For a market-level comparison, the Robotics Atlas provides a structured overview of manufacturers and platforms.

Technical data of Figure 03

When it comes to technical data, a distinction must be made between current manufacturer information and older, rounded media values. Some reports mention a height of around 1.68 meters and a weight of 60 kilograms. The current product specification shows around 1.73 meters and 61 kilograms.

feature Information on Figure 03 Classification
Body size approx. 1.73 meters About human height
Weight approx. 61 kilograms Lighter than Figure 02
Maximum payload up to 20 kilograms manufacturer information; depending on movement and task
speed up to 1.2 m/s Corresponds to approximately 4.3 km/h
Battery capacity approx. 2.3 kWh Battery integrated in the body
Duration up to 5 hours Depending on load, movement and application profile
Charging system inductive, up to 2 kW Charging coils are located in the feet
Gripping sensors Touch sensors from around 3 grams of pressure Intended to detect slipping or sensitive objects
drive fully electric No hydraulics necessary
Sales status not regularly available to consumers No confirmed German market launch

The five hour runtime does not mean that the robot can only be used for five hours per working day. Figure 03 should independently find a charging mat, recharge energy and then continue working. In a real operation, the available operating time therefore depends on loading windows, distances, payload and work cycle.

How does Helix AI work?

Figure 03’s central control system is called Helix. It is a so-called vision-language-action model. To put it simply, Helix combines three abilities:

  1. See:Cameras and sensors record objects, people, distances and movements.
  2. Understand:The system interprets voice commands and places a task in the current spatial context.
  3. Act:Helix plans movements and controls legs, upper body, arms, hands and fingers.

A command like “Put these cups in the cupboard” consists of many individual problems for the robot. He must distinguish cups from other objects, find a safe grip point, estimate the force required, locate the cupboard and avoid possible obstacles. The cup must neither fall down nor be crushed.

Figure AI describes Helix as a learning system that does not have to be programmed with fixed rules for every movement. This is a big step compared to classic automation. However, there remains a difference between a successful demonstration and consistently error-free operation in changing environments.

Manufacturer demo or independent proof?

Videos from the manufacturer show what capabilities are possible under the conditions presented. They do not automatically prove that every task works with the same reliability in every apartment. For a reliable assessment, longer deployments, documented error rates, independent tests and clearly defined safety limits are required.

Cameras, hands and tactile sensors

Figure 03 has a revised camera system. Compared to the previous generation, it should offer twice the frame rate, an approximately 60 percent larger field of view and significantly lower latency. Low latency is particularly relevant for a physical robot: there should be no long delays between the detection of an obstacle and the reaction.

There are additional cameras in both palms. They provide close-up images when the main cameras’ view is obscured by a cabinet, a box or your own arm. This helps, for example, when reaching into a shelf or sorting components that are close together.

The fingers were also redesigned. Soft contact surfaces increase the contact surface on an object. The tactile sensors should detect even very low forces. This allows the robot to distinguish whether an object is sitting securely or just slipping out of its grip.

These fine motor skills are more important for a universal robot than pure strength. A system that can lift a heavy box but fails because of a thin plastic bag or a smooth cup has limited use in the home and logistics.

What can Figure 03 do around the house?

Figure AI shows the robot performing tasks such as sorting laundry, washing dishes, tidying up, cleaning and putting away groceries. The company is therefore targeting a market that goes far beyond classic suction andMopping robotgoes out.

A todayRobot vacuum cleanermainly works the soil. Figure 03, on the other hand, is intended to actively change objects: open a drawer, grab a plate, lift clothes or carry a container to another location. This means that it belongs to the next stage of developmentintelligent household robot.

Typical tasks that Figure 03 should take on

  • Putting dishes in and out
  • Pick up, sort or transport laundry
  • Put away food and household items
  • Wipe down surfaces and put items away
  • Collect trash or empty packaging
  • Support people with simple processes using voice

Where are the limits?

A real apartment is more chaotic than a prepared test environment. Pets run around the work area, children suddenly change positions, objects lie on top of each other and doors get stuck. Liquids, breakable glass, hot surfaces and steep stairs also increase the risk.

In everyday private life, it is therefore not enough for a task to be completed once. The robot would have to recognize errors, stop safely, restart after a malfunction and reliably distinguish when it needs help. It is precisely this long-term reliability that has not yet been comprehensively proven for private households.

Figure 03 in trade, logistics and industry

The economically more realistic use initially begins in controlled operations. Paths, containers, charging points and work processes can be defined more precisely there. The robot has to deal with fewer surprises than in a busy apartment.

BMW announced in June 2026 that it would use Figure 03 at the Spartanburg plant for a sequencing process in logistics. The robot should pick up unsorted components and sort them into a transport cart in the correct order. The parts are then brought to the assembly site.

The project builds on experiences with Figure 02. According to the BMW Group, the previous model supported the production of more than 30,000 BMW X3s over ten months. It positioned sheet metal parts for subsequent welding processes. The current development is more than just a stage show, but remains a specifically selected industrial application.

Source:BMW Group on the Figure 03 project in Spartanburg.

Suitable commercial tasks

  • Sorting and providing components
  • Pick and place tasks with changing objects
  • Transporting light goods between workstations
  • Equipping containers and sequencing carts
  • Monotonous or ergonomically stressful handles
  • Service activities in structured buildings

Buildings and processes still need to be prepared for widespread use. This includes stable radio connections, safe loading areas, sufficiently wide paths and clearly defined transfer points. The post aboutrobot-friendly buildingsshows which structural and digital requirements play a role.

What does the 200-hour endurance test say?

In May 2026, Figure AI had several Figure 03 robots sort packages in a publicly broadcast experiment. The test, which was originally planned to be shorter, was extended to 200 hours. In total, almost 250,000 shipments were processed.

The experiment is relevant because long-term, monotonous work is often more difficult for humanoid robots than a short, spectacular demonstration. Joints heat up, gripping surfaces wear out, batteries need to be charged and small recognition errors add up.

Nevertheless, the test was not an independent certification. Construction, task, maintenance and evaluation were within the manufacturer’s environment. The endurance test shows technical maturity for a specific sorting process, but not unrestricted usability in every factory or apartment.

Report:Heise about the 200-hour use of Figure 03.

Figure 02 and Figure 03 in comparison

Area Figure 02 Figure 03
Development goal Industrial and testing platform General purpose robot with a focus on scalable production
Weight around 70 kilograms around 61 kilograms
Load wired solution inductive charging via the feet
hands previous gripping and sensor generation Palm cameras and more sensitive tactile sensors
Housing more technical outer shell softer padding and removable textiles
Camera system Previous generation higher frame rate, larger field of view and lower latency
production comparatively complex small series optimized for tool making, die casting and series assembly

So Figure 03 is not just a software update. Mechanics, sensors, hands, outer shell, charging system and manufacturing processes were aligned to a larger production scale.

How safe is Figure 03?

Figure AI has integrated various measures into the design. These include softer materials, padding at possible pinch points, a battery with multi-stage protection and reduced weight compared to its predecessor. This can reduce the consequences of accidental contact.

However, a soft outer shell does not automatically make a 61 kilogram moving robot safe. Arms, hands and objects carried can develop significant forces. There is also the risk of a fall or incorrect movement.

TheFraunhoferIn its guidelines on the safety of humanoid robots, IPA points out that there is currently no comprehensive special standard available for this class of robots. Existing standards for machines,Industrial robots, cobots or service robots only partially cover humanoid systems. A separate standard is in the works.

Fraunhofer recommends, among other things:

  • an individual risk assessment for each application,
  • Force, speed and working space limitations,
  • several independent sensor systems,
  • accessible stopping options for people,
  • sufficient safety distances,
  • Training for people in the work area.

Source:Fraunhofer IPA: Safety Guide for Humanoid Robots.

For companies this means:An impressive manufacturer demonstration replaces neither the legally required risk assessment nor an operational safety concept.

Data protection and cybersecurity in the home

AHousehold robotsprocesses particularly sensitive information using cameras, microphones, spatial navigation and learning software. Theoretically, it can capture floor plans, daily routines, voices, faces and personal items.

Before a private market launch, specific questions would have to be answered:

  • Which data is processed directly on the robot?
  • Which recordings or sensor data end up in a cloud?
  • Will data be used to further train the AI?
  • How long are voice, camera and motion data stored?
  • Can users completely delete stored data?
  • How long does the robot receive security updates?
  • Do central tasks also work without a permanent internet connection?

The Federal Office for Information Security recommends, among other things, regular updates, secure passwords, separate networks and a careful check of manufacturer support for networked smart home devices. These principles would be particularly relevant for a mobile robot with cameras and gripper arms.

Source:BSI: Securely network smart homes.

Production in the BotQ factory

Figure 03 was designed more for industrial production than its predecessors. Instead of slowly milling many components from metal blocks, Figure AI relies more heavily on die casting, injection molding, stamping parts and standardized assembly processes in the new generation.

According to the communicated plans, the first production line in the BotQ factory should have a capacity of up to 12,000 robots per year. The company plans to produce a total of 100,000 units within four years.

These numbers describe planned capacity and not guaranteed sales volume. Whether it is achieved depends on supply chains, production quality, demand, software maturity and successful customer deployments.

A German report on technology and manufacturing goals is includedGolem for Figure 03available.

How much does Figure 03 cost?

There is currently no officially confirmed sales price for private customers for Figure 03.A publicly available pre-order for Germany is also not available.

Amounts between a few thousand and several tens of thousands of euros are often mentioned on the Internet. Such numbers usually come from projections, interviews, comparative values ​​of other robots or economic objectives. They are not a binding offer from Figure AI.

For companies, the pure purchase price would only be part of the bill anyway. Relevant total costs are:

  • Purchase or monthly usage fee
  • Integration into existing processes
  • Charging and network infrastructure
  • Maintenance, spare parts and wearing parts
  • Software and support contracts
  • Security testing and employee training
  • human monitoring in the event of disruptions
  • Downtime and process interruptions

A simple profitability calculation should therefore not only compare the robot price with an annual salary. This consideration makes more sense:

Annual benefit = saved process costs + avoided failures + ergonomic benefits − operating costs − integration costs − disruption costs

The internal article provides a market overviewPrices and total costs of inexpensive humanoid robots. For a complementary technical perspective, see Humanoid Robots Under 25000 Euro: Prices, Limits and Buying Guide.

When is Figure 03 coming to Germany?

A binding market launch for German private households has not been announced. There is also no official euro price, a dealer network and specific service conditions for Germany.

A gradual market entry is more likely:

  1. further industrial pilot projects,
  2. clearly defined logistics and production tasks,
  3. commercial fleets with support contracts,
  4. limited testing in structured households,
  5. later an offer for private end customers.

The private market launch does not depend solely on theHardwareaway. Figure AI must bring together secure long-term autonomy, data protection, maintenance, product liability, spare parts supply and economical series production.

What alternatives are there?

Figure 03 competes with several humanoid platforms. These include Tesla Optimus,Boston Dynamics Atlas,NEURA Robotics4NE1 as well as models from Unitree, Apptronik, Agility Robotics and various Chinese manufacturers. For a broader industry perspective, see Gemini Robotics Controls Apollo: What the Humanoid Demo Means.

The systems have different focuses. Some are designed for factories, others for research, logistics or later use in the home. A direct comparison based solely on purchase price, speed or load capacity is therefore not enough.

Figure 03 is particularly commonTesla Optimuscompared. Figure currently shows concrete industrial collaborations and a platform aimed at series production. Tesla, on the other hand, benefits from its own factories, a large software organization and existing supply chains. It is still unclear which approach will prevail in the long term.

Editorial Rating: How market-ready is Figure 03?

Figure 03 is one of the technically most interesting humanoid robots of its generation. The inductive charging, the cameras in the palms, the sensitive sensors and the design designed for series production solve specific problems of earlier prototypes.

The operations in the BMW environment and the longer sorting tests are also important advances. They show that Figure AI is not just developing the robot for short shows. The focus visibly shifts towards practical work.

However, the hurdle is higher for an apartment than for a structured logistics center. Children, pets, stairs, fragile objects, personal data and constantly changing situations come together there. This requires more than good gripping technique.

Figure 03 is therefore neither pure science fiction nor a finished household item. It stands in between: technically advanced, increasingly relevant industrially, but not yet regularly available to private buyers.

Frequently asked questions about Figure 03

What is Figure 03?

Figure 03 is an electrically powered general-purpose humanoid robot from the company Figure AI. He is supposed to see, understand language, walk and grab objects with the help of the Helix AI. Applications are planned in the household, in logistics and in industrial companies.

How tall and heavy is Figure 03?

The current product specification states a height of around 1.73 meters and a weight of around 61 kilograms. Older reports sometimes give slightly different, rounded values. The maximum payload is specified as up to 20 kilograms.

How long can Figure 03 work?

The manufacturer gives oneBattery lifeof up to five hours. Actual run time depends on load, movement, speed and task. The robot should be able to recharge itself using an inductive charging mat.

Can Figure 03 really do housework?

Manufacturer demonstrations show the robot putting away dishes, sorting laundry and tidying up. Such videos demonstrate certain skills under the conditions shown. Reliable continuous operation in any private household has not yet been proven.

Can you already buy Figure 03?

Figure 03 cannot currently be ordered regularly by German private customers. There is no publicly confirmed German dealer, end customer price or binding delivery date. The current focus is on production and commercial projects.

How much does Figure 03 cost?

An official retail price has not yet been published. Amounts mentioned on the Internet are not confirmed as a binding offer. For commercial use, in addition to the robot, integration, maintenance, software, security and support would also have to be paid for.

Is Figure 03 safe?

Figure 03 features softer materials, padding, sensors, and multiple layers of battery protection. A heavy, moving robot can still cause collision and fall risks. An individual risk assessment and technical protective measures are therefore necessary for industrial applications.

What makes Figure 03 different from Figure 02?

Figure 03 is lighter, designed for series production and can be charged inductively. There is also an improved camera system, cameras in the palms, more sensitive tactile sensors and a softer outer shell. Figure 02 served more as an industrial testing platform.

Sources and further information

  • BMW Group: Figure 03 project at the Spartanburg plant
  • Fraunhofer IPA: Guide to the safety of humanoid robots
  • Golem: Figure 03 mobility, weight and production plans
  • All-round PC: sensors, battery and charging system
  • Heise: Figure 03’s 200-hour work effort
  • Federal Office for Information Security: Secure Smart Home

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Nico Nuss [Image content created with AI]
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Author Nico Nuss has been working on mobile computing and automation software since 2001. Drawing on his experience and strong interest in future technologies, he focuses on robotics and AI.

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