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S1 humanoid robot by Astribot
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Astribot

S1

development
Updated 1 weeks ago
56%
Data Quality

Astribot S1 is designed for home assistance with focus on delicate manipulation tasks. Demonstrated cooking, cleaning, and household organization.

Height
165 cm
Weight
58 kg
DOF
36
Runtime
N/A
Max Speed
0 m/s
Price
Contact
Onboard AILLM

Pricing

Key Features

  • Delicate manipulation
  • Cooking capability
  • Household task focus
  • AI-powered learning
  • Safe human interaction

Detailed Specifications

Physical Specifications

Height165 cm
Weight58 kg
Country of OriginChina

Mobility

Total Degrees of Freedom36
DOF per Arm7
DOF per Hand12
Max Walking Speed0 m/s
Can Climb StairsNo
Can CrawlNo
Can JumpNo

Manipulation

Total Payload10 kg
Arm Payload10 kg
Hand Typedexterous
Fingers per Hand5

Compute & AI

Compute PlatformCustom AI
Onboard AIYes
LLM IntegrationYes

Sensors

CamerasRGB cameras, depth cameras
Depth SensorsYes
Force/Torque SensorsYes

Actuators

Actuator Typeelectric
Custom ActuatorsYes

Communication

ConnectivityWiFi, Ethernet
API AvailableNo

Commercial Information

Availabilitydevelopment
Target Marketdomestic, service
Release Year2024
Statusdevelopment

Use Cases

Household tasksCookingCleaningElderly care

About S1

Astribot's S1 from Shenzhen-based Stardust Intelligence (founded 2022) captured global attention through viral videos demonstrating jaw-dropping manipulation speed, pulling tablecloths from under wine glasses, flipping food in pans, shaving vegetables, and performing calligraphy with 0.03mm precision. Standing 165 cm tall and weighing 58 kg, the S1 achieves movements at 10 meters per second (22 mph).

The S1 features 36 total degrees of freedom with 7-DOF bio-inspired arms capable of 10 kg payload each. High-torque, low-noise servo actuators enable the fluid, human-like motion quality that distinguishes S1 from jerkier competitors. Dual-digit grippers with force-control technology ensure safe and precise operations across diverse manipulation tasks.

Advanced AI processing delivers 2.5 PFLOPS of compute power. The sensor suite includes 3D LiDAR, depth cameras, IMU sensors, and pressure sensors in hands and feet for comprehensive proprioception. Imitation learning is key to S1's capabilities, through observing and replicating human demonstrations in a data-driven manner, it cultivates instinctive mastery of complex motion repertoires.

The S1 learns tasks at 1x human speed without slow-motion training, dramatically accelerating skill acquisition compared to pure reinforcement learning approaches. Walking speed reaches 4 km/h for mobility between workstations. Stardust Intelligence's focus on manipulation quality over locomotion reflects a strategic choice to excel in dexterous tasks, household assistance, elderly care, and light industrial applications where smooth, precise arm movements matter more than athletic leg performance.

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