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EngineAI · Humanoid Robots

SA01

Research-grade bipedal humanoid for gait learning and embodied AI in universities and labs

Pilot Ready
Pricing
$5K – $5K
Simulate Deployment
Procurement brief

Turn robot research into a buying decision.

A buyer-facing summary of site fit, ROI confidence, supplier readiness, and the next action Robofy should capture.

Decision snapshot
Pilot Ready
Deployment readiness
62Verify
ROI confidence
55Verify
Site fit
68Review
Maintenance load
40Medium
Buyer next move

Use this moment to capture buying intent before the user drifts back into research mode.

Build ROI case
Payback lens
< 6 mo

Directional estimate based on price, labor offset, and readiness scores.

Buying model
Purchase led

$5K - $5K

Supplier readiness
Verify supplier

Available

Best-fit demand signals
University robotics labs testing reinforcement learning on full-body bipedal platforms
AI research on end-to-end neural gait optimization and motion planning
Educational robotics curricula combining hardware construction with embodied intelligence
Physical Presence

How it stands in your space.

Side-by-side with a 180 cm adult, so you can feel the robot's footprint, height, and presence before it ever rolls in.

180 cm adult
Height1.20 m
Width600 mm
Depth600 mm
Weight50 kg
Payload10–15 kg additional equipment

Compared with a 180 cm adult, SA01 stands at approximately waist-to-chest height.

180 cm adult

Specifications

Specifications

Payload
10–15 kg additional equipment
Battery life
Approximately 2 hours
Speed
Walking power consumption less than 200W
Height
1200 mm
Width
600 mm
Depth
600 mm
Weight
50 kg
Navigation
Vision-led navigation (estimated)
Connectivity
Wi-Fi / cloud fleet management (estimated)
Charging
Manual / battery swap
Environment
Indoor + outdoor
Capabilities

What this robot can do.

Navigation & autonomy
  • Obstacle avoidance
  • Multi-floor
  • Elevator support
Interaction
  • Voice interaction
  • Screen interaction
Operations & fleet
  • Autonomous charging
  • Fleet management
Environment
  • Indoor
  • Outdoor
Robofy Decision Panel

Should you deploy it?

0–100 — higher is stronger, except where noted.

Deployment
62

How operationally ready this robot is for production deployment today.

ROI clarity
55

Confidence in the published ROI numbers — how likely the savings actually materialize.

Labor replacement
40

Share of the human task this category can credibly offload.

Environment fit
68

Fit with your target environment — lighting, floor type, congestion.

Maintenance risklower is better
40

Expected maintenance load and downtime risk. Lower is better.

Future potential
72

Long-horizon strategic upside — where the platform points 3+ years out.

Robofy verdict

Buy if your institution trains neural locomotion algorithms or tests humanoid manipulation at entry-level cost. Skip if you need factory deployment reliability—this is a learning platform, not a production unit.

Best for

When to deploy this.

  • University robotics labs testing reinforcement learning on full-body bipedal platforms
  • AI research on end-to-end neural gait optimization and motion planning
  • Educational robotics curricula combining hardware construction with embodied intelligence
Limitations

When to skip it.

  • Only 2-hour battery life limits long-duration field studies or continuous deployment trials
  • Open-source focus means minimal factory-hardened reliability; joint durability unspecified under industrial duty cycles
  • Payload limited to 15 kg—insufficient for meaningful material handling in warehouse or assembly scenes
Data Sources

What's verified, what's estimated.

Robofy separates manufacturer-confirmed facts from operator estimates. Anything not yet press-sourced or supplier-confirmed is tagged so you can decide how much weight to give it.

Trust46

Pricing from PR Newswire and CDA Magazine January 2025 announcements. Dimensions and weight from multiple distributor and robotics news aggregator specifications. Sensor suite and processor specs from manufacturer-sourced databases (Aparobot, Robots International). Market positioning and open-source toolchain (ROS/ONNX/Isaac) from robotics-industry analyst sources. Reliability and production maturity assessment inferred from press commentary noting current role as verification platform rather than field-proven industrial unit.

  • Deployment readiness
    Inferred
  • ROI clarity
    Inferred
  • Labor replacement potential
    Inferred
  • Environment fit
    Inferred
  • Maintenance risk
    Inferred
  • Future potential
    Inferred
  • Lease range
    Estimated
  • Maturity
    Estimated
  • Payload
    SourceEstimated
  • Dimensions
    SourceEstimated
  • Dimensions (mm)
    Estimated
  • Capabilities
    Estimated
  • Price range
    SourcePress
  • Availability
    SourcePress
  • Battery life
    SourcePress
  • Speed
    SourcePress
  • Weight
    SourcePress
  • Navigation
    SourcePress
  • Connectivity
    SourcePress
How It Works

From rollout to recharge.

  1. 01

    Teach by demonstration

    Engineers walk the humanoid through the target task, recording motion and contact data.

  2. 02

    Train task policy

    Sensor traces feed a learned policy that generalizes the demonstrated behavior across the workspace.

  3. 03

    Whole-body manipulation

    The robot executes the task with full-body coordination — handling tools, totes, or load points autonomously.

  4. 04

    Pilot loop & refine

    Failures and exceptions feed back into training; the policy improves with each shift logged.

See It In My Space

Picture this robot in your floor plan.

Upload a photo or floor plan of your venue and we'll show this robot at scale — so you can feel its footprint, sight lines, and clearance before deployment.

Scene preview · arriving in Phase 2

Scene preview · arriving in Phase 2
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