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STAR1

Humanoid

STAR1

Robot Era

Robot Era STAR1 is a full-size bipedal humanoid robot designed for real-world work scenarios such as manufacturing, logistics, and service tasks.

Height180 cm
Weight85 kg
DOF32
Payload10 kg
Manufacturer
Robot Era
Catalog source check
May 3, 2026

Overview

STAR1 (Robot Era) is a full-size bipedal humanoid (about 1.8m, 85kg) intended for factory collaboration, warehousing/logistics handling, and commercial service. The company highlights autonomous navigation and obstacle avoidance plus manipulation for assembly, inspection, packaging, and material transport. It is marketed with deployment-ready software tooling and human-robot interaction capabilities.

Quick Facts

Manufacturer
Robot Era
Source checked May 3, 2026
Category
humanoid robot
Source checked May 3, 2026
Primary use cases
General Purpose, Manufacturing, Logistics
Source checked May 3, 2026

What are the STAR1 specifications?

commercial
Deployment statusavailable-to-order
canonical
Height1.8m
Weight85kg
Degrees Of Freedom32
Max Payload10kg
Max Walking Speed1.5 m/s
Max Running Speed2.8 m/s
Battery Capacity4.2 Wh (as listed)
Runtime3 hours
Charging Time1.5 hours
Compute PlatformNVIDIA Jetson AGX Orin
Operating SystemLinux-based
SensorsLiDAR, depth camera, stereo camera, 2x mono cameras
CommunicationWi‑Fi, Bluetooth, Ethernet
Target Sectorsmanufacturing, logistics/warehousing, hospitality/commercial service, home care

Performance benchmark

Computed 0-10 capability scores appear only when the required source-backed inputs are verified.

Scoring methodology

Partial evidence confidence

Computed capability scores use a normalized 0-10 scale from official, verified catalog inputs. Missing required inputs are shown as Not enough verified data instead of a numeric score.

Inputs: speed, payload, degrees of freedom, autonomy/software evidence, and dexterity-related evidence.
Freshness: each numeric score requires a source URL and verified date from the catalog record.
Guardrail: Scores are comparison aids only and do not indicate deployment readiness, suitability, price certainty, or availability.
Not enough verified data to render a five-axis numeric benchmark for STAR1.
SpeedNot comparable

Not enough verified data

0 to 3.5 m/s maps to 0-10

Agility5.5/10

Computed from official degree-of-freedom coverage as a proxy for motion envelope.

10 to 50 degrees of freedom maps to 2-10

Inputs: Degrees Of Freedom

Verified May 3, 2026

Source
Strength2.0/10

Computed from an official payload or carrying-capacity field.

0 to 50 kg payload maps to 0-10

Inputs: Max Payload

Verified May 3, 2026

Source
AutonomyNot comparable

Not enough verified data

Source-backed autonomy, SDK, simulation, or compute evidence maps to 5.5-7.5

Dexterity6.0/10

Computed from official degrees of freedom, with a small boost when official dexterity-related evidence is present.

5 to 50 degrees of freedom maps to 1-10, with a sensor/end-effector evidence boost

Inputs: Degrees Of Freedom

Verified May 3, 2026

Source

Frequently asked questions about STAR1

STAR1 is categorized as humanoid robot.

Related pages for STAR1

Entity links connect this robot to catalog, manufacturer, learning, and comparison surfaces.

Documents

STAR1 technical overview

Technical references and documentation for STAR1

Spec sheetWeb
Open file

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