Verified Engineering Duel • SpecsLib
Figure 02 vs Generative Bionics GENE.01: Engineering & Capability Comparison
Independent side-by-side technical evaluation of kinematic DoF, motor torque, sensor platforms, AI architecture, and commercial procurement feasibility.
🇺🇸 Figure AIBMW Industrial Pilot
Figure 02
The production-deployed humanoid combining OpenAI neural models and 16 DoF hands.
DoF Total38 DoF
PrixEnterprise RaaS lease
🇳🇴 Generative BionicsIndustrial Humanoid Platform / Physical AI Pilot
Generative Bionics GENE.01
Sovereign European industrial humanoid platform featuring full-body multimodal tactile skin and AMD Helios Physical AI training.
DoF Total45 DoF
PrixEnterprise Pilot Pricing / TaaS Model
SpecsLib Engineering Advantage
Global Advantage: Generative Bionics GENE.01
Figure 02: 3 • Generative Bionics GENE.01: 5
Hardware & Kinematic Specification Matrix
Figure 02 vs Generative Bionics GENE.01 : Spécifications Complètes
Normalized physical constraints and manufacturer-reported engineering data.
| Metric | Figure 02 | Generative Bionics GENE.01 |
|---|---|---|
| Industrial StatusProduction readiness | BMW Industrial Pilot | Industrial Humanoid Platform / Physical AI Pilot |
| Estimated PriceLower entry cost | Enterprise RaaS lease | Enterprise Pilot Pricing / TaaS Model |
| Origin & ManufacturerManufacturing base | 🇺🇸 Figure AI (United States) | 🌐 Generative Bionics (Italy) |
| HeightHuman scale standard | 168 cm | 172 cm |
| WeightLighter is safer for cobots | 70 kg | 65 kg |
| Total Degrees of FreedomHigher articulation dexterity | 38 DoF | 45 DoF |
| Hand & Finger DoFFine manipulation agility | 16 DoF (5-finger dexterous) | 20 DoF (5-finger dexterous) |
| Peak Actuator TorqueJoint torque capability | 220 Nm | 280 Nm |
| Top Locomotion SpeedSprint & throughput speed | 4.3 km/h | 4.7 km/h |
| Max Payload CapacityHeavy material transport | 20 kg | 10 kg |
| Payload Per HandSingle-hand lifting capacity | 5 kg | 5 kg |
| Battery RuntimeContinuous duty cycle | ~5 h (2.25 kWh) | ~4 h (1.8 kWh) |
| 3D LiDAR SensorSpatial SLAM precision | No (Pure Vision) | No (Pure Vision) |
| Onboard Compute ArchitectureEdge inference hardware | Custom 3x neural compute modules (Helix VLA) | AMD Embedded Heterogeneous Compute (EPYC / ROCm Edge) & Tether QVAC Local Intelligence |
| Real-World Autonomy RatingUnsupervised operational capability (/10) | 8.5 / 10 | 8 / 10 |
When to choose Figure 02
Figure 02 : Points Forts & Applications
- Automotive manufacturers and high-volume industrial assembly lines
- Logistics hubs seeking flexible automation without redesigning manual workstations
- Tier-1 enterprises running large-scale embodied AI pilot programs
Accès commercialDirect Figure AI fleet deployment for enterprise partners (e.g. BMW Spartanburg assembly line).
When to choose Generative Bionics GENE.01
Generative Bionics GENE.01 : Points Forts & Applications
- Heavy industrial facilities (shipyards, energy plants, metalwork) requiring tactile cobot safety compliance
- Physical AI research and fleet policy training via real-to-sim-to-real World Action Models
- Uncaged human-robot collaborative tasks driven by distributed full-body touch and proximity sensing
Accès commercialGenerative Bionics Direct Enterprise & Strategic Industrial Partners (Fincantieri, AMD)
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