Figure 03: The humanoid robot jumps from the workshop to the home

Last update: 10/10/2025

  • Helix (VLA) boosts autonomy: improved vision, faster visual-motor control, and hands with 3G cameras and touch sensors.
  • Textile layer, multi-density foam, and washable soft parts for home safety, with a 9% reduced weight and modular parts.
  • 2kW inductive charging, 2,3kWh battery for 5 hours, 5G mmWave (up to 10Gbps) and revamped audio for natural interaction.
  • Designed for large-scale manufacturing: fewer parts, lower costs, and capacity for up to 12.000 robots/year with a target of 100.000 within four years.

Humanoid Robot Figure 03

Robotics fans in Spain already know Figure from its previous humanoide working on production lines, and now his replacement arrives: (Figure 03The new generation is betting on a broader approach, able to function in both factories and homes, relying on an architecture of proprietary artificial intelligence that prioritizes perception and fine control of movements.

The proposal is not limited to pure performance: incorporates a physical redesign designed to coexist with people, with textile coverings, protective foam and modular and washable elements. Along with improvements in vision, manipulation and connectivity, the company reinforces the idea of ​​a robot prepared for daily tasks and long-term operations.

Figure 03: Keys to the humanoid robot

Automation with Figure 03

The brain of the system is Helix, a model of Vision-Language-Action (VLA) which allows you to learn and execute skills without specific case-by-case adjustmentsTo do this, the robot debuts a suite of sensors and an optimized vision pipeline which doubles the frame rate and reduces latency by a quarter, with a 60% larger field of view than the previous design.

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In the yolks are integrated proprietary touch sensors capable of detecting forces as small as 3 grams, which helps anticipate slippage before it occurs and safely handle fragile or irregularly shaped objects. This level of sensitivity combines with Helix algorithms to adjust gripping force in real time.

The body adds layers of home security: multi-density foam at critical points and a textile suit that cushions small blows, reduces the risk of damage to furniture and makes maintenance easier. soft parts are washable and can be remove and replace without tools, and the set reduces the mass by at least 9% compared to its predecessor.

Interaction is also improved. The real-time voice-to-voice system relies on a speaker. larger and four times more powerful, with the microphone relocated to better capture the user's voice. In terms of connectivity, the robot supports mmWave 5G up to 10 Gbps to download terabytes of data in minutes and accelerate fleet learning.

  • Perceptual: More frames, less latency and +60% field of view.
  • Hands: Palm cameras, soft fingers, and 3G touch sensors.
  • Security: textile and protective foam, washable and modular pieces.
  • Soil-structure: Enhanced audio and 5G connectivity for massive data.
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Energy, charging and autonomy

Humanoid robot by Figure

To maximize uptime, the robot integrates wireless inductive charging Through coils located in the soles: simply step on a base to start the process. The system operates at 2 kW and reduces manual stops, which is key when maintaining long shifts without supervision is a priority.

The battery is housed in the torso and reaches 2,3 kWh capacity, enough for around 5 hours of continuous operation according to the company. The design has focused on abuse tolerance and safety, with certifications such as UN38.3 and UL2271 for transport and batteries.

Combined with high-speed connectivity, the fleet can dump data periodically and update models quickly, opening the door to near-real-time performance improvements without removing each unit from service.

Another practical point is the automatic coupling/uncoupling: the robot returns by itself to the charging stand when needed and resumes tasks upon completion, a detail that enables nearly uninterrupted operations in homes and commercial settings.

Manufacturing at scale and intended uses

Beyond the hardware, the biggest innovation is in the industrial process: It is the first model of the brand conceived from the beginning for the mass productionThe number of parts and assembly steps have been reduced, eliminating all non-essentials to cut costs and time.

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With this design philosophy for manufacturing, the company has established a new supply chain and uses processes such as die casting and injection molding. BotQ plant targets output of up to 12.000 units per year, and the roadmap marks the goal of 100.000 robots over a period of four years.

In mechanical performance, the actuators can work at speeds twice as high with improved torque density, which speeds up pick-and-place tasks and repetitive movements. The result is a robot that's more capable in highly variable scenarios, from the living room to a logistics line.

The domestic focus is reinforced with interchangeable clothing and cut-resistant materials to standardize fleets or adapt them to different environments. Combined with improved vision and tactile capabilities, the system aims to navigate with ease in tight and crowded spaces, manipulating everyday objects with precision.

AI Helix, advanced perception, sensitive hands, energy and charging designed for long days, and an ambitious manufacturing plan make Figure 03 a leader. versatile humanoid Ready to take on tasks at home and at work without relying on constant manual adjustments.

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