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Realistic Androids

AVITA N2H Bionic Style

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About AVITA N2H Bionic Style

AVITA N2H Bionic Style is a humanoid robot with a lifelike appearance for visitor interaction and research into communication between people and machines.


Manufacturer

🏢

AVITA

JP

Key Specifications

Status
ACTIVE
Category
Realistic Androids
Hardware and operation / Body
40 DoF (Within N2H)
Hardware and operation / Head
22 DoF (Within N2H; not the standalone Robot Head)
Hardware and operation / Weight
approx. 65 kg (Manufacturer example; assembly/battery scope not stated)
Hardware and operation / Cameras
Both eyes (Camera type, resolution and component models not specified)
Hardware and operation / Speaker
In the neck
Hardware and operation / Actuation
Pneumatic
Hardware and operation / Appearance
Person or character (Hair, eyes, teeth and skin; selected identity subject to configuration)
Hardware and operation / Applications
R&D, guidance, reception (Manufacturer-described applications)
Hardware and operation / Conversation
Autonomous (AVITA OS; language list and recognition metrics not specified)
Hardware and operation / Power supply
100-240 V AC
Hardware and operation / Skin material
Silicone (Proprietary skin; durability and flexibility claimed without quantified tests)
Hardware and operation / Head movements
upper eyelid opening/closing, horizontal eye movement, vertical eye movement, lower eyelid opening/closing, outer eyebrow raise, inner eyebrow raise, brow furrow, cheek pull, lip corner pull, lip corner lowering, lip pursing, upper/lower lip movement, tongue raise, head tilt, neck rotation, neck flexion/extension (Manufacturer motion list; independent walking not established)
Hardware and operation / Remote operation
Smartphone / computer (AVITA OS applications; network requirements and latency not specified)
Hardware and operation / Software updates
Over the internet (After hardware purchase; support term and update policy not specified)
Hardware and operation / Power consumption
150 W (Measurement conditions not specified)
Hardware and operation / Software platform
AVITA OS (Installable on N2H; supplied scope to be agreed)
Hardware and operation / Degrees of freedom
62+ DoF (Published minimum; head 22, body 40)
Hardware and operation / Dimensions, W×D×H
60 × 60 × 178 cm (Manufacturer example, not universal dimensions)
Hardware and operation / Lower-body movements
waist rotation, leg lateral movement, thigh flexion/extension, knee flexion/extension, ankle flexion/extension (Manufacturer motion list; independent walking not established)
Hardware and operation / System customisation
Supported (Application-specific extension; API/SDK list not published)
Hardware and operation / Upper-body movements
scapular elevation/depression, scapular protraction/retraction, arm forward/backward movement, shoulder abduction/adduction, upper arm rotation, elbow flexion/extension, forearm rotation, wrist flexion/extension, wrist lateral movement, five-finger opening/closing, thumb flexion/extension, torso lateral flexion, torso flexion/extension (Manufacturer motion list; independent walking not established)

Verified ecosystem

Software and resources

Official links and community projects are shown separately. Every published relationship has reviewable evidence.

0
verified official resources
0
verified compatible projects
0
public maintainers
No activity yet
latest verified ecosystem activity

Projects are ordered only within this robot ecosystem using verified compatibility, GitHub freshness and activity, and accepted community reports. This is not a global RobotSpace score.

Official resources

No first-party resource has been independently verified yet. Unverified catalog links are not shown as official.

Official software

No official software project has been verified yet.

Community projects

No verified community project has been linked yet.

Developers and contributors

No public maintainer profile is linked yet.

Verified activity

No verified project activity is available.

This ecosystem is still empty

The robot page remains useful for specifications while official resources and compatible projects are being verified.

Imported from the Unibot owner catalog · Not independently verified · Imported 2026-11-11 · Unibot source · Methodology