A package built around the intended task.
This product is offered as a separate configuration. The final hardware, software and service list is assembled around the application and recorded in the confirmed quotation.
Solution packages
AGIBOT D1 EDU Education System
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Manufacturer illustrations may show optional equipment. The quotation defines the supplied configuration.
An education package built around D1 EDU, with developer tools and teaching resources selected for the programme.
Contact us for pricing.
Availability and configuration are agreed individually.
A closer look at D1 EDU Education System.
Operating requirements matter alongside the hardware.
The developer environment, teaching material and documentation determine how the package fits an education programme.
A pilot reveals the practical possibilities.
Trials use predefined tasks and acceptance criteria. These distinguish manufacturer-provided functions, optional modules and custom development.
The platform, explained.
Main components
Front camera
A 1920 × 1080 wide-angle camera.
Quick-swap battery
A replaceable battery module in the robot body.
Wireless connectivity
Wi-Fi and Bluetooth connections for control.
Remote and app control
Operate the robot using a remote controller or mobile app.
Coordinated leg movement
Dynamic balance control and predefined movement programmes.
Hardware expansion
Integrate cameras, LiDAR or a computing module for the development setup.
Development interface
SDK support for custom control and research applications.
Equipment overview
Movement and mechanics
- Purpose
- Education
Sensing and control
- Sensors, software and licences
- According to the itemised configuration
- Development workstation
- Subject to project scope and itemised quotation
- SDK and version requirements
- Subject to project scope and itemised quotation
See it in action.
COMPLETE DATA SHEET
Technical specifications.
Known package information and items requiring agreement. Complete data for the associated platform appears in a separate reference section.
Source: AGIBOT ↗
Design and equipment
- Base platform
- AGIBOT D1 EDU
- Purpose
- Education
- Installation and integration
- According to project scope
- Educational objectives and tasks
- Subject to project scope and itemised quotation
- Teaching materials and exercises
- Subject to project scope and itemised quotation
- Handover and training
- Subject to project scope and itemised quotation
View full technical specificationsShow less
Solution package: sensors, software, licences and services must be agreed item by item alongside the robot. Base-platform specifications below are reference values; payload equipment and site conditions affect complete-system performance.
Sensing and interaction
- Sensors, software and licences
- According to the itemised configuration
Workstation and accessories
- Development workstation
- Subject to project scope and itemised quotation
Control, software and connectors
- SDK and version requirements
- Subject to project scope and itemised quotation
AGIBOT D1 EDU — complete base-platform specifications
The table below describes the associated robot platform, not the confirmed equipment of the D1 EDU Education System. Package contents, total weight, power consumption and capabilities require separate agreement.
Base-platform product page ↗Design and operating conditions
- Materials
- Aluminium alloy and high-strength engineering plastic
- Standing dimensions (L × W × H)
- approx. 635 × 360 × 420 mm
- Lying dimensions (L × W × H)
- approx. 675 × 435 × 145 mm
- Weight including battery
- 15.5 kg
- Operating temperature
- 0…40 °C
Power supply
- Charging time
- approx. 1 hour, from 10% to 90%
- Operating time
- 1–2 hours
- Range
- 6 ± 1 km
- Battery rated capacity
- 4.6 Ah
- Battery rated voltage
- 43.2 V
Locomotion performance
- Computing platform
- 8-core high-performance CPU
- Maximum power
- 3500 W
- Maximum speed
- 3.5 m/s
- Effective payload
- 5 kg
- Continuous stair-climbing height
- 16 cm
- Maximum slope
- 40°
- Jump height from ground
- 35 cm, under manufacturer test conditions
Joints and movement ranges
- Actuator type
- High-power-density actuator
- Maximum joint torque
- 48 Nm
- Precision joint motors with aluminium housings
- 12 units
- Active degrees of freedom
- 12
- Body joint range
- −28°…+28°
- Thigh joint range
- −170°…+66°
- Shin joint range
- 35°…156°
Sensing and functions
- Camera diagonal field of view
- 122°
- Camera horizontal field of view
- 111°
- Camera vertical field of view
- 70°
- IMU
- Standard equipment
- Basic movements
- Standing, lying, damping mode, body tilt and height adjustment, horizontal turning
- Special movements
- Forward leap, jump, bipedal stance, backflip and wave; manufacturer motion set for a safe test area
- Real-time image transmission
- Supported
- Secondary development / SDK
- Supported
- Expansion interfaces
- Ethernet, USB, power, SBUS and UART
Accessories and manufacturer conditions
- Adapter
- Standard equipment
- Charging base
- Standard equipment
- Handheld controller
- Standard equipment
- Manufacturer warranty information
- 1 year in the manufacturer table; NT SYS contractual terms are specified in the quotation
Data comes from the manufacturer’s D1 Pro / EDU comparison table. Motion figures apply under test conditions. EDU supports custom development; Pro does not.
Actual performance depends on the environment, load, software and configuration. Maximum values may reflect different test conditions and may not be achievable simultaneously.
Package contents and options.
Package contents subject to agreement
- Robot or component according to the selected product variant
- Sensors and accessories according to an itemised package list
- Software and licences specified in the quotation
- Documentation and handover materials within the agreed scope
To be agreed in the quotation
- Exact hardware version and required accessories.
- SDK, application modules and licence terms.
- Deployment, integration and on-site testing.
- Training, support and maintenance scope.
The confirmed quotation itemises the equipment and licences included in the delivery. Illustrations may show optional accessories.
Applications.
Examples of possible uses. Required development and services are agreed for each project.
Requirements review
Define the task, environment and expected results.
Pilot
Run a trial in a limited area against agreed criteria.
Deployment
Install the validated configuration and hand over the operating procedures.
Frequently asked questions.
Why do some package details need confirmation?
A complete public specification is not available for this package. Specifications of related robots do not automatically describe the supplied package.
What should the quotation specify?
It should identify the hardware, software, configuration-specific specifications and scope of any separate services.
Do platform specifications also describe the complete package?
Additional sensors and computers change weight, power use and system performance. Check the assembled configuration.
Product data and manufacturer images: AGIBOT. For custom solution packages, the reference describes the base platform.
NT SYS · AGIBOT ROBOTICS
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