GappAI / Robots & Deployment

Robot platforms.
For your work.

Purchase. Rental. Robot-as-a-Service. Connect humanoid and mobile robotics with the integration, Physical AI skills and operating model your task requires.

Explore Robot PlatformsStart a Robot Pilot
01 / Unitree G1Unitree G1: official product image of the humanoid platform
EDU configuration for development projects
Intelligence by GappAICapture → Skills → WorkforceGappAI Labs
01 / Selected robot platforms

The right platform
starts with the task.

Explore selected Unitree and AGIBOT models. Discuss robot access, development requirements and deployment scope directly with GappAI.

01 / Unitree

Humanoid / Research & development

G1 EDU

Unitree G1 EDU — manufacturer product image
Height
1.32 m
Joint freedom
23–43 DOF
Development
EDU access

An articulated humanoid platform with development access and configurable dexterous hands. A candidate for robot learning and controlled manipulation pilots.

Specifications & project fit
Weight with battery
Approx. 35 kg+
Perception
Depth camera + 3D LiDAR
Dexterous hands
Optional Dex3-1
Manufacturer runtime
Approx. 2 hours

Evaluate with GappAI

Manipulation research, human demonstration transfer and task-specific pilot development.

Development access

Unitree lists secondary development for G1 EDU. Hand, wrist and compute options must be specified with the configuration.

Manufacturer source ↗

Enquire about this model
02 / AGIBOT

Mobile manipulation / Industrial research

G2

AGIBOT G2 — manufacturer product image
Protection rating
IP42
Arm joints
7 DOF / arm
Arm payload
5 kg

A mobile dual-arm platform designed around force-controlled manipulation. A candidate for evaluating structured handling and assembly workflows.

Specifications & project fit
Platform
Mobile dual-arm robot
Perception
Head + wrist RGB-D cameras
Batteries
Dual, hot-swappable
Learning system
Genie RL
Dexterous hands
Optional

Evaluate with GappAI

Controlled handling, assembly research and site-specific manipulation evaluation.

Development access

AGIBOT describes force-control operation and deployment with Genie RL. SDK access, tooling and integration scope are confirmed for each project.

Manufacturer source ↗

Enquire about this model
03 / Unitree

Humanoid / Development platform

R1 EDU

Unitree R1 EDU — manufacturer product image
Height
1.23 m
Joint freedom
26–40 DOF
Weight
Approx. 29 kg

A compact humanoid with binocular vision and a configurable joint architecture. The EDU version provides the development route for custom robotics work.

Specifications & project fit
Perception
Binocular camera
Secondary development
EDU version
Dexterous hands
Optional
Manufacturer runtime
Approx. 1 hour

Evaluate with GappAI

Locomotion research, perception experiments and algorithm development in controlled environments.

Development access

Secondary development is listed for R1 EDU. Dexterous hands and additional compute are optional; the selected configuration determines scope.

Manufacturer source ↗

Enquire about this model
04 / AGIBOT

Humanoid / Perception & interaction

X2 Ultra

AGIBOT X2 Ultra — manufacturer product image
Height
1.31 m
Joint freedom
30 DOF
Weight
Approx. 39 kg

A compact humanoid combining articulated motion, multimodal interaction and development access. Ultra adds LiDAR, depth sensing and expanded interfaces.

Specifications & project fit
Perception
3D LiDAR + RGB-D
Compute
Orin NX · 157 TOPS
Arm reach
558 mm, without end effector
Manufacturer runtime
Approx. 2 h walking at 0.5 m/s

Evaluate with GappAI

Human–robot interaction, navigation evaluation and custom application development.

Development access

Secondary development is supported on X2 Ultra, not standard X2. Compatible end effectors are optional and purchased separately.

Manufacturer source ↗

Enquire about this model

Manufacturer information reviewed 6 September 2026. Images show example configurations; options and final products may differ. Specifications depend on configuration and operating conditions. GappAI deployment capability is validated separately for the specific task.

Platform scope

One Workforce.
Multiple robot bodies.

GappAI Workforce is designed to select, integrate and operate the right robot body for each operation. Today, our development focus is humanoid platforms; the intelligence architecture is designed for suitable robotics forms as a project requires.

Six unbranded robot platform classes: humanoid, manipulator, mobile manipulator, autonomous mobile robot, quadruped and industrial robot
Six platform classes for task-fit assessment
Six platform classes for task-fit assessment
01 / Platform class

Humanoids

Human-oriented environments and flexible handling.

02 / Platform class

Manipulators

Precision workcells and repeatable handling.

03 / Platform class

Mobile Manipulators

Mobility and manipulation in one workflow.

04 / Platform class

Autonomous Mobile Robots

Internal transport and material flow.

05 / Platform class

Quadrupeds

Inspection and monitoring over complex terrain.

06 / Platform class

Industrial Robotics

Integrated production cells and high-throughput automation.

Availability, development access and deployment scope are assessed for each project.

02 / Purchase & Project Rental

Choose the access.
Scope the deployment.

Start with a platform enquiry or an operational challenge. Robot procurement does not require a separate research engagement.

01 / Access model

Purchase

Your platform. Your operation.

Robot procurement with integration, skill development and commissioning scoped to your requirements.

Discuss a purchase
02 / Access model

Project Rental

Access for a defined period.

Robot access for evaluation, research and time-bound projects, with an agreed support scope.

Discuss project rental
03 / Access model

Robot-as-a-Service

Robotics as an operating service.

Robot hardware, software, skills and defined operational support brought together in a managed service.

Discuss RaaS

For trade fairs and celebrations: GappAI Live / Event Robot Rental

Model, region, availability, duration and support are confirmed in the proposal. Rental and RaaS depend on suitable hardware access and an agreed operating scope.

03 / Robot-as-a-Service

Your operation.
One managed system.

Deploy robotics without building your own robotics organisation. For suitable projects, GappAI brings platform access, software, validated skills and operating support into one contracted service.

Discuss a managed deployment
01

Platform

Robot, tooling and sensing

02

Intelligence

Software and validated Physical Skills

03

Operations

Monitoring and human escalation

04

Lifecycle

Maintenance coordination and governed updates

GappAI leads the primary customer relationship, system architecture, quality standards and delivery management. OEM and service responsibilities are defined in the engagement.

Fleet deployment extends the model across robots and sites. Service coverage, intervention paths and performance targets are agreed in the contract.

04 / Pilot & Integration

You know your work.
We teach it to robots.

For new operational capabilities, the path starts with a bounded Physical AI Pilot. Each stage builds evidence for a measurable deployment decision.

  1. 01

    Assess the operation

    Define the task, site, value and measurable acceptance criteria.

  2. 02

    Select the platform

    Match reach, payload, mobility, sensing and development access.

  3. 03

    Integrate the systems

    Connect tooling, sensors, interfaces and the customer environment.

  4. 04

    Develop the skill

    Use demonstrations, teleoperation and permissioned operating data.

  5. 05

    Validate on site

    Measure performance, interventions, reliability and safety boundaries.

  6. 06

    Decide how to scale

    Review evidence and economics before the next deployment commitment.

Start a Robot PilotDeployment & IntegrationOur safety approach
05 / The GappAI architecture

One intelligence architecture.
Across robot platforms.

Robots provide the physical foundation. GappAI Capture, Skills and Workforce connect human expertise to reusable capability and managed deployment.

01 / GappAI

Capture

Experience becomes data.

Human demonstrations, teleoperation and robot experience become governed training data.

02 / GappAI

Skills

Data becomes capability.

Robot behaviours are engineered, evaluated and versioned for suitable configurations.

03 / GappAI

Workforce

Capability becomes work.

Validated intelligence is integrated, monitored and improved on robots in the field.

Research layerGappAI Labs

The research and applied robotics group behind the system.

Define the next step

One robot.
One operation.
Your starting point.

Tell us the platform, task, location and access model you have in mind. GappAI will work with you to define the scope and the next step.

Discuss Your DeploymentBack to platforms