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Allex
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ALLEX

General-purpose humanoid with human-like responsiveness

Partially verifiedAnnouncedReleased 2025

Price

Price not publicly disclosed

A firm price is shown only when the public evidence has been verified.

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Key facts

Values reflect the public record

Height
1650 mm
Weight
55 kg
Payload
over 3 kg (single hand)Press release
Degrees of freedom
43
Runtime
120 min
Max speed
1.2 m/s

Canonical robot record

Overview

ALLEX, whose name stands for ALL-EXperience, is a general-purpose humanoid robot from WIRobotics, a South Korean robotics company. At launch it was presented as a humanoid upper body without a lower body, with the company describing a roadmap to expand it into a modular platform offering arms, hands, body, and leader systems separately or together.

The robot is built around the goal of human-like responsiveness, sensing and yielding to external forces, contact, and impact across its arms, fingers, and waist. Notably, it can detect and respond to small forces without depending on traditional force or tactile sensors, and pairs this compliance with a highly backdrivable arm and a gravity-compensated upper body.

WIRobotics has framed ALLEX as a research and development platform aimed at applications that require direct physical interaction with people, such as services, manufacturing, and household tasks. The company has announced research and intelligence partnerships rather than general commercial availability.

RoboZaps maintains this record as part of its canonical robotics database. Specs are source-verified where linked; the record compares public facts across manufacturers rather than representing a single robot maker.

Spec sources
2 linked
Verification
Partially verified · 2/10 specs source-verified
Deployment
Announced
Last verified
Jul 10, 2026

Key Features

  • High-degree-of-freedom robotic hand that senses reaction forces like a human and yields compliantly to external loads
  • Whole-body force sensing and compliance across arms, fingers, and waist without relying on dedicated force or tactile sensors
  • Highly backdrivable arm engineered for dramatically lower friction and rotational inertia than conventional collaborative-robot arms
  • Gravity-compensated upper body designed for safe human-robot interaction
  • Modular design intended to supply arms, hands, body, and leader systems individually or in combination

Specifications

Grouped technical data with source detail available on demand.

10 documented values

Mechanics

Degrees of Freedom43
Unverified
LocomotionNone (upper body only; wheeled base configuration announced)
Press release

Performance

Max Speed1.2 m/s
Unverified
Payload Capacityover 3 kg (single hand)
Press release

Physical

Height1650 mm
Unverified
Weight55 kg
Unverified

Power

Runtime120 min
Unverified

Sensing

SensorsLiDAR, RGB-D cameras, IMU, force sensors
Unverified

Software

ROS CompatibleYes
Unverified
SDK SupportYes
Unverified

Evidence & changelog

Sources behind this record and material corrections made over time.

Sources

Record changelog

  • Locomotion: Wheeled changed to None (upper body only; wheeled base configuration announced) · Jul 10, 2026

    record-surgery-4 verification (corrected): Shipping/shown product is an upper-body system; a wheeled-mobile-base expanded configuration was announced at CES 2026 and bipedal locomotion remains in R&D.

Media

Manufacturer

WIRobotics
Headquarters
No public data documented
Founded
No public data documented
Website
No public data documented