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SPEEDYDRONE CANADA
Authorized AGIBOT Dealer Canada
AGIBOT GENIE G SERIES

AGIBOT G Series

From embodied data to industrial operation.

General-purpose embodied robots built for data collection, intelligent manipulation and real-world robotic operation — from model development to industrial workflows.

Explore G Series Request a Quote
01
Embodied Intelligence Perception · Manipulation · Learning
02
General Purpose Research to real-world operation
AGIBOT G2 general-purpose embodied robot
G SERIES / 02 General-Purpose Embodied Robotics
G SERIES Two platforms. One embodied robotics direction.
01
AGIBOT G1 Data & Model
Data Collection · Model Inference
02
AGIBOT G2 Industrial Operation
Force Control · Industrial Workflows
02 MEET THE G SERIES

One robotics direction. Two levels of operation.

The G Series connects embodied intelligence with real-world robotic work. G1 focuses on data, model development and general-purpose operation, while G2 extends the platform toward more demanding industrial workflows.

AGIBOT G1 general-purpose embodied robot
01
AGIBOT GENIE G1
DATA & MODEL

Built for the embodied data loop.

G1 is designed around general-purpose embodied robotics, supporting data collection, model inference and operation across different task environments.

01
Native Data Collection Capture embodied interaction data for robotics development workflows.
02
Model Inference Bring trained intelligence into real-world robotic execution.
03
Multi-Scenario Operation A general-purpose platform for varied embodied robotics tasks.
AGIBOT G2 industrial embodied robot
02
AGIBOT GENIE G2
INDUSTRIAL OPERATION

Built for work beyond the lab.

G2 pushes the G Series toward industrial embodied operation, with a stronger focus on durable deployment, precise manipulation and force-controlled physical interaction.

01
Industrial-Grade Design Designed for more demanding real-world operational environments.
02
Force-Control Operation More precise physical interaction for manipulation-focused workflows.
03
Real-World Deployment Moves embodied intelligence closer to repeatable industrial work.
G SERIES DIRECTION From intelligence development to physical operation.
01
Collect Embodied data
02
Learn Model development
03
Infer Embodied intelligence
04
Operate Real-world tasks
AGIBOT G1 wheeled humanoid robot with white torso and arms extended forward, on white background.

AGIBOT G1 General-Purpose Robot for Embodied-AI Data

Regular price $131,599.00 CAD
Sale price $131,599.00 CAD Regular price
Unit price
AGIBOT G1 Universal embodied intelligence on a mobile manipulation platform Adjustable-height dual-arm operation, native data...
AGIBOT G2 humanoid robot standing on a wheeled mobile base, arms extended forward.

AGIBOT G2 Industrial-Grade Interactive Embodied Robot

Regular price $182,000.00 CAD
Sale price $182,000.00 CAD Regular price
Unit price
AGIBOT G2 Industrial-grade interactive embodied operation robot A wheeled humanoid platform for force-controlled manipulation, mobile...
03 THE EMBODIED INTELLIGENCE LOOP

From demonstration to deployment.

Embodied intelligence is not only about the robot executing a task. It is a continuous workflow that connects real-world data, model development, inference and physical operation.

DATA → MODEL → ROBOT
01 REAL-WORLD INPUT

Capture

Collect real robot interaction data through embodied operation and teleoperation workflows.

G1 Data Collection
02 DATA PIPELINE

Curate

Upload, review, annotate and quality-check collected data before model development.

DATA Review & Quality Control
03 INTELLIGENCE

Train

Develop and refine embodied models using structured datasets and robot task data.

GENIE Model Development
04 ROBOT INTELLIGENCE

Infer

Run trained intelligence on the physical platform and convert model output into action.

G1 Model Inference
05 PHYSICAL WORK

Operate

Bring embodied intelligence into repeatable physical workflows and industrial tasks.

G2 Industrial Operation
THE LOOP

Physical experience becomes better intelligence.

The workflow does not necessarily end when a robot completes a task. Real-world execution can generate new experience that feeds future data collection, evaluation and model improvement.

DATA MODEL ACTION FEEDBACK
G SERIES ROLES Different emphasis across the workflow.
01
AGIBOT GENIE G1
DATA & MODEL Build the intelligence loop.

Designed around data collection, teleoperation and model inference.

02
AGIBOT GENIE G2
INDUSTRIAL OPERATION Turn intelligence into work.

Extends embodied intelligence toward precise force-controlled industrial operation.

04 PRECISION MANIPULATION

Intelligence you can feel.

G2 combines embodied intelligence with industrial-grade force-controlled manipulation, giving the robot the precision and physical awareness required for more demanding contact-rich operations.

G2 / FORCE-CONTROLLED OPERATION
AGIBOT G2 performing precision robotic manipulation
01 PRECISION OPERATION

Force-controlled manipulation allows G2 to interact with objects and fixtures with greater physical awareness during precision tasks.

INDUSTRIAL FORCE CONTROL

Control the motion.
Understand the contact.

G2

Each G2 arm combines multiple degrees of freedom with joint torque sensing, allowing the robot to regulate physical interaction instead of relying only on position-based movement.

ARM ARCHITECTURE
7 DOF / ARM

Industrial-grade force-controlled articulation on both arms.

ARM PAYLOAD
5 KG

Rated payload for each force-controlled arm.

JOINT TORQUE SENSING Force awareness throughout the arm.

Torque sensing at each arm joint gives G2 feedback about physical interaction during manipulation.

CONTACT-RICH OPERATION Precision is more than reaching the right position.
01
FORCE-CONTROLLED Hole Searching

Uses physical feedback to help locate alignment during contact.

02
PRECISION Insertion

Supports controlled insertion during assembly-oriented tasks.

03
CONTACT Surface Alignment

Adjusts physical interaction for more accurate surface alignment.

OPERATIONAL PRECISION SUB MM
HIGH-PRECISION ASSEMBLY

Built for work where small errors matter.

AGIBOT states that G2's force-controlled arm architecture improves operational accuracy to the sub-millimeter level, extending the platform toward precision assembly and other demanding manipulation workflows.

INDUSTRIAL FOUNDATION Designed beyond demonstration.
01
COMPONENT STANDARD Automotive-Grade

G2 is built using automotive-grade components.

02
MACHINE PROTECTION IP42

Whole-machine protection for industrial deployment environments.

03
SKILL DEPLOYMENT Genie RL

AGIBOT highlights rapid skill deployment using Genie RL.

MOTION CONTACT FEEDBACK PRECISION

G2 combines movement with physical feedback — allowing embodied intelligence to interact with the real world more precisely.

05 COMPARE G SERIES

Data platform or industrial operator?

G1 and G2 share the same embodied-intelligence direction, but they are optimized for different stages of the robotics workflow. Choose G1 when data and model development are the priority. Choose G2 when the project requires more precise, force-controlled physical operation.

PLATFORM POSITIONING Choose around the job, not the generation.
01
AGIBOT GENIE

G1

A general-purpose embodied platform centered on native data collection, low-latency teleoperation, model development and robot inference.

PRIMARY DIRECTION Data · Teleoperation · Model Inference
INDUSTRIAL
02
AGIBOT GENIE

G2

An industrial-grade embodied robot designed around force-controlled manipulation, omnidirectional mobility and repeatable real-world operation.

PRIMARY DIRECTION Manipulation · Deployment · Industrial Operation
THE KEY DIFFERENCE Where each platform puts its engineering emphasis.
G1

Build the intelligence loop.

Capture embodied data, teleoperate the robot, evaluate real-world behavior and deploy trained models back onto the physical platform.

G2

Put intelligence to work.

Add industrial force control, higher physical capability and deployment-oriented hardware for more demanding contact-rich robotic tasks.

SPECIFICATION
01 G1
02 G2
ADJUSTABLE HEIGHT
130–180 cm
122.5–179.5 cm
WEIGHT
150 kg
185 kg
ACTIVE DOF
20 Excluding end effector
25 Excluding end effector
ARM ARCHITECTURE
General-purpose arms Six-axis force sensing at arm end
7 DOF / arm Full-joint torque sensing
ARM PAYLOAD
3 kg Continuous single-arm operation
5 kg / arm Rated · 10 kg rated dual-arm
PEAK DUAL-ARM PAYLOAD
—
15 kg
FORCE CONTROL
End-of-arm force sensing Six-axis force sensors
FULL-JOINT FORCE CONTROL Joint torque monitoring
PRECISION OPERATION
GENERAL-PURPOSE
Sub-millimeter level Force-controlled operation
CORE PERCEPTION
RGB-D ×3 Fisheye ×5
Multi-layer 360° perception Binocular · RGB-D · Fisheye · LiDAR · Ultrasonic
CHASSIS LIDAR
Equipped Navigation / obstacle avoidance
Dual LiDAR Omnidirectional coverage
CHASSIS
Wheeled mobile base In-place turning
4-wheel steering Pivot turn · Crab steering
MAXIMUM CHASSIS SPEED
NOT SPECIFIED
1.5 m/s
COMPUTE
Jetson AGX Orin 64 GB
Standard / High Compute Multiple configurations
COMPUTING PERFORMANCE
AGX ORIN PLATFORM
500 TOPS INT8 Standard version High-compute: 2070 TFLOPS FP4
RUNTIME
4h+
≈4 h
BATTERY SYSTEM
INTEGRATED POWER SYSTEM
Dual Battery Hot-swappable · 1652 Wh total
CONTINUOUS OPERATION
4H+ RUNTIME
HOT-SWAP READY Optional autonomous charging dock
PROTECTION
—
IP42
INDUSTRIAL HARDWARE
Industrial-grade components
Automotive-grade components
TELEOPERATION
CORE CAPABILITY VR / motion capture workflow
Supported Additional teleoperation kit
DATA COLLECTION
NATIVE FOCUS
Expandable With additional collection kit
CUSTOM DEVELOPMENT
Embodied AI workflow Data / model development orientation
SDK INTERFACES Customized development supported
BEST FIT
Embodied AI Development Data · Research · Model · Teleoperation
Industrial Embodied Operation Assembly · Handling · Deployment
WHICH G SERIES?

Start with the job you need done.

01 CHOOSE
G1

Choose G1 when the project is centered on collecting embodied data, developing robot intelligence, teleoperation or running model-inference experiments across different environments.

Data Collection Teleoperation Model Inference
02 CHOOSE
G2

Choose G2 when the robot needs to perform higher-precision physical work, carry larger loads, regulate contact forces or operate as part of a more demanding industrial deployment.

Force Control Precision Assembly Industrial Operation

G2 configuration can vary by computing version, end effector and optional accessories. Data collection, beyond-visual-range teleoperation and autonomous charging require the corresponding optional hardware or kits.

06 G SERIES APPLICATIONS

Built to learn. Built to work.

The G Series covers different stages of embodied robotics — from perception, data collection and model development to force-controlled manipulation and real-world industrial deployment.

AGIBOT G1 perception and robotics research visual
01 G1
ROBOTICS R&D

Perception and embodied intelligence development.

G1 is well suited to robotics research and embodied AI development workflows where perception, data capture, model testing and physical evaluation all matter.

Perception Embodied AI Model Development
BEST FOR Research, evaluation and model workflows
AGIBOT G1 navigation and mobility visual
02 G1
NAVIGATION & MOBILITY

Multi-scenario operation and movement.

G1 can be positioned for mobile embodied workflows that require movement through real workspaces, obstacle avoidance and interaction across changing environments.

Mobility Obstacle Avoidance Workspace Operation
BEST FOR General-purpose mobile robot operation
AGIBOT G2 precision handling and manipulation
03 G2
PRECISION HANDLING

Force-controlled physical manipulation.

G2 is better aligned with contact-rich robotic work such as loading, placement, alignment and controlled insertion, where force awareness and manipulation precision are critical.

Loading & Unloading Placement Alignment
BEST FOR Precision handling and manipulation tasks
AGIBOT G2 deployed in a real-world industrial workflow
04 G2
INDUSTRIAL DEPLOYMENT

Real-world workflow execution in production settings.

AGIBOT has shown G2 deployed in electronics manufacturing workflows, handling repetitive physical tasks such as product pickup, movement, fixture placement and sorting.

Production Support Fixture Placement Sorting
BEST FOR Deployment-oriented industrial workflows
START WITH THE APPLICATION Which part of the workflow are you building?
01
BUILD INTELLIGENCE Data → Model

Best for research, perception, data collection, teleoperation and model development workflows.

G1
02
DEPLOY INTELLIGENCE Model → Work

Best for manipulation, force-controlled operation, precision handling and deployment-oriented tasks.

G2
REAL-WORLD DEPLOYMENT

From product pickup to completed workflow.

AGIBOT has demonstrated G2 in electronics manufacturing workflows where physical manipulation, mobility and task execution operate as one continuous process.

01 Pick Retrieve product
02 Move Navigate workspace
03 Place Position into fixture
04 Sort Route completed units

Application feasibility depends on robot configuration, end effector, software, integration method and work environment. Specific use cases should be evaluated based on actual project requirements.

07 G SERIES FAQ

Before you choose your G Series.

Key questions about choosing between G1 and G2, data collection, force-controlled operation, teleoperation, continuous deployment and secondary development.

01

What is the main difference between AGIBOT G1 and G2?

G1 is oriented toward the embodied intelligence development loop, including native data collection, teleoperation and model inference.

G2 is designed as an industrial-grade embodied robot with greater emphasis on force-controlled manipulation, higher physical capability and repeatable real-world operation.

02

Which model should I choose for embodied AI data collection and model development?

G1 is the more natural starting point when the project is primarily focused on collecting real-world embodied data, teleoperating the robot, evaluating behavior and running model inference.

Its official workflow is built around full-body joint data collection, remote operation and data quality management for embodied intelligence development.

03

What makes G2 better suited to precision industrial manipulation?

G2 uses two industrial-grade force-controlled arms. Each arm has 7 degrees of freedom and a rated payload of 5 kg.

Every arm joint includes torque sensing, allowing the robot to regulate contact during operations such as hole searching, insertion and surface alignment. AGIBOT states that this architecture enables sub-millimeter-level operational accuracy.

04

Can G2 operate continuously without long charging interruptions?

G2 uses a dual-battery system and supports hot-swappable battery replacement. This allows batteries to be changed without a conventional full charging stop.

AGIBOT also offers an optional charging dock. When used with the appropriate configuration, the robot can autonomously return for charging, supporting unattended continuous-operation workflows.

05

Does G2 include autonomous charging, teleoperation and data collection by default?

No. These functions should not be assumed to be included in every standard G2 configuration.

AGIBOT specifies additional data-collection and teleoperation kits for extended data collection and beyond-visual-range teleoperation. Autonomous recharging requires the compatible optional charging dock.

06

Can G2 be customized for robotics development projects?

Yes. AGIBOT provides G2 with SDK secondary-development interfaces for function expansion and customized development.

The robot also provides interfaces for external peripherals and end effectors, although actual integration requirements depend on the selected hardware and project architecture.

07

What types of environments is G2 designed to work in?

AGIBOT positions G2 for industrial, commercial, cultural and entertainment, scientific research and related embodied robotics applications.

The current G2 User Manual specifies indoor operation on suitable flat surfaces, with an operating temperature range of 0°C to 45°C and humidity below 90% RH.

08

What are some practical G2 application scenarios?

AGIBOT identifies logistics handling, high-precision assembly, exhibition guidance, intelligent reception, security inspection and patrol, education and scientific research, exhibitions and cultural entertainment among G2 application scenarios.

In actual industrial deployment, G2 has also been used in consumer-electronics manufacturing for precision loading, unloading and testing workflows.

09

Is G2 simply a newer replacement for G1?

It is more useful to think of them as platforms with different priorities rather than treating G2 only as a direct replacement for G1.

G1 remains strongly aligned with embodied data collection and model-development workflows. G2 puts substantially more emphasis on industrial force control, mobility, continuous operation and deployment-oriented physical work.

SIMPLE DECISION RULE Start with what the robot needs to accomplish.
01
DATA & INTELLIGENCE G1

Data collection · Teleoperation · Embodied AI · Model inference

02
PHYSICAL OPERATION G2

Force control · Precision handling · Industrial deployment · Continuous operation

08 AUTHORIZED DEALER SUPPORT
AGIBOT
SPEEDYDRONE CANADA

Embodied robotics. Clearer project decisions.

Authorized AGIBOT Dealer SpeedyDrone Canada

Choosing between G1 and G2 starts with the actual robotics workflow. SpeedyDrone helps organizations evaluate the application, understand configuration requirements and move toward the appropriate AGIBOT platform.

01
AUTHORIZED SOURCE

A direct path to AGIBOT robotics.

Work with SpeedyDrone Canada as an Authorized AGIBOT Dealer when evaluating G Series robotics for Canadian projects and procurement.

02
CONFIGURATION GUIDANCE

G1 or G2 starts with the application.

Compare platforms around data collection, teleoperation, model development, force control, payload, manipulation and deployment requirements.

03
PROJECT CONSULTATION

Define requirements before procurement.

Discuss the intended task, environment, configuration and integration requirements before moving forward with a G Series project.

STARTING A G SERIES PROJECT Application first. Platform second.
01
Define the workflow Research · Data · Manipulation · Industry
02
Select the platform G1 · G2 · Configuration
03
Plan procurement Requirements · Quote · Next steps
PLANNING AN AGIBOT G SERIES PROJECT?

Tell us what you need the robot to do.

Discuss your application, G1 or G2 configuration and project requirements with SpeedyDrone Canada.

Request a Quote