Verified Engineering Duel • SpecsLib
Booster Robotics T1 vs Yobotics E1 (Xingzhe Taishan): Engineering & Capability Comparison
Independent side-by-side technical evaluation of kinematic DoF, motor torque, sensor platforms, AI architecture, and commercial procurement feasibility.
🇨🇳 Booster RoboticsResearch & Trial
Booster Robotics T1
Agile 43 kg biped designed for high dynamic balance research.
DoF Total30 DoF
Prix$35,000 - $45,000
🇨🇳 Shandong YoboticsExtreme Terrain Bipedal Humanoid / Field Trial Pilot
Yobotics E1 (Xingzhe Taishan)
Compact extreme-terrain bipedal humanoid proven on Mount Taishan's 3,100 irregular mountain stone steps.
DoF Total32 DoF
PrixEstimated $25,000 / R&D Pilot Allocation
Technical Equivalence
Overall technical balance across platforms
Booster Robotics T1: 4 • Yobotics E1 (Xingzhe Taishan): 4
Hardware & Kinematic Specification Matrix
Booster Robotics T1 vs Yobotics E1 (Xingzhe Taishan) : Spécifications Complètes
Normalized physical constraints and manufacturer-reported engineering data.
| Metric | Booster Robotics T1 | Yobotics E1 (Xingzhe Taishan) |
|---|---|---|
| Industrial StatusProduction readiness | Research & Trial | Extreme Terrain Bipedal Humanoid / Field Trial Pilot |
| Estimated PriceLower entry cost | $35,000 - $45,000 | Estimated $25,000 / R&D Pilot Allocation |
| Origin & ManufacturerManufacturing base | 🇨🇳 Booster Robotics (China) | 🇨🇳 Shandong Yobotics (China) |
| HeightHuman scale standard | 160 cm | 140 cm |
| WeightLighter is safer for cobots | 43 kg | 39 kg |
| Total Degrees of FreedomHigher articulation dexterity | 30 DoF | 32 DoF |
| Hand & Finger DoFFine manipulation agility | 10 DoF (Gripper) | 6 DoF (Gripper) |
| Peak Actuator TorqueJoint torque capability | 200 Nm | 150 Nm |
| Top Locomotion SpeedSprint & throughput speed | 6.5 km/h | 3.5 km/h |
| Max Payload CapacityHeavy material transport | 10 kg | 10 kg |
| Payload Per HandSingle-hand lifting capacity | 3 kg | 3 kg |
| Battery RuntimeContinuous duty cycle | ~2 h (0.75 kWh) | ~2.5 h (1.2 kWh) |
| 3D LiDAR SensorSpatial SLAM precision | Yes (Integrated) | Yes (Integrated) |
| Onboard Compute ArchitectureEdge inference hardware | Onboard ROS 2 real-time controller | Onboard Neural Processing Unit & High-Frequency Dynamic Motion Controller |
| Real-World Autonomy RatingUnsupervised operational capability (/10) | 7.5 / 10 | 7 / 10 |
When to choose Booster Robotics T1
Booster Robotics T1 : Points Forts & Applications
- University teams competing in RoboCup or robotic agility challenges
- Research labs exploring reinforcement learning and dynamic motor control
- Teams requiring a rugged, drop-resistant platform with accessible replacement parts
Accès commercialDirect purchase via Booster Robotics with open GitHub documentation.
When to choose Yobotics E1 (Xingzhe Taishan)
Yobotics E1 (Xingzhe Taishan) : Points Forts & Applications
- Outdoor field robotics research tackling non-standard stairs, unpaved cobblestones, and steep mountain inclines
- Whole-body dynamic balance and proprioceptive torque control validation under continuous physical loading
- Industrial inspection in harsh multi-level environments such as civil infrastructure, mines, and mountain towers
Accès commercialShandong Yobotics Direct Enterprise & Academic Research Consortiums
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