AGIBOT D1 Series Buyer’s Guide Canada: Pro, Edu, Ultra, Max or MaxPro?
The useful question is not which D1 has the highest number. It is which platform matches the project: basic mobility, secondary development, field sensing, industrial transport or heavy-duty work.
Representative configurations; not to scale.
D1 Pro is the straightforward mobility and demonstration choice. D1 Edu adds the secondary-development path. D1 Ultra is the field-oriented, Open-SDK direction for sensor expansion. D1 Ultra-W is the wheel-equipped branch that requires exact-SKU confirmation. D1 Max is the 25 kg rated-payload industrial platform. D1 MaxPro moves to a manufacturer-listed maximum of 50 kg sustained payload for heavier work. Buy the capability the first project can use—not the largest chassis the budget can reach.
Basic motion, demonstration and remote operation.
Teaching, SDK work and secondary development.
Open SDK, sensor expansion and field capability.
Confirm exact wheel-equipped SKU and interfaces.
Longer-duration mobility and 25 kg rated payload.
Up to 50 kg sustained payload and harsher work.
Start with the project, not the highest model
The D1 Collection already provides the detailed family comparison. This guide begins one step earlier: what does the organization need the robot to do, and what development and operating burden can the team support?
Robotics education
Students need a repeatable platform, clear interfaces and a curriculum-sized scope rather than an industrial payload.
Start with D1 EduSDK and embodied-AI development
The team needs documented access, simulation assets, sensor data and engineering ownership for the application.
Start with Edu or UltraField inspection and sensor integration
Environmental protection, communication, positioning and payload integration become part of the system requirement.
Start with D1 UltraIndustrial transport
Payload, endurance, terrain, battery workflow and site support matter more than a compact research footprint.
Start with D1 MaxHeavy-duty or harsh-environment work
The project must justify the added mass, transport and safety burden with a genuine heavy-load or environmental need.
Evaluate D1 MaxProOne question settles most of it: do you need secondary development?
D1 Pro and D1 Edu share the same compact platform fundamentals. The meaningful purchasing boundary is development access, not the body shape.
Pro is the appliance direction. Edu is the development direction.
Choose D1 Pro when the requirement is built-in movement, basic quadruped use, remote operation or a demonstration platform. AGIBOT's current comparison lists secondary development and expansion interfaces as unsupported on Pro.
Choose D1 Edu when a university, training program or development team needs the manufacturer's SDK path and physical interfaces. Current manufacturer information lists Ethernet, USB, power, SBUS and UART interfaces for Edu.
The team wants a compact mobility or demonstration platform and does not need to build through the SDK.
The learning objective includes programming, payload integration, controls, robotics research or secondary development.
Write the required SDK, interfaces, documentation, software version and support scope into the quotation.
Move up when the environment and integration scope change
Edu is a natural teaching and development platform. Ultra becomes relevant when the project leaves the controlled lab and asks for field protection, broader sensing, positioning or communications integration.
D1 Edu: controlled development
Use Edu for classroom instruction, robotics labs, control work and contained payload experiments where the compact platform and development interfaces meet the lesson or research plan.
D1 Ultra: field-oriented system development
SpeedyDrone's current D1 Ultra configuration is positioned with IP54 protection, Open SDK access and standardized expansion for sensing, positioning, communication and payload systems.
Current compatibility references include LiDAR, depth camera, RTK, 4G/5G and image-transmission directions. Confirm what is included, optional or customer-integrated in the exact quotation.
D1 Ultra-W is a separate wheel-equipped decision
Evaluate D1 Ultra-W when the project specifically benefits from wheels. Do not automatically copy D1 Ultra payload, protection, runtime or interface assumptions to Ultra-W; confirm the live SKU and delivered configuration.
Size the workload, not the status
A heavier platform is not automatically the better industrial purchase. D1 Max should be the baseline when its rated payload and endurance satisfy the mission. MaxPro is justified when the task genuinely requires its higher load capacity or environmental envelope.
D1 Max
Current SpeedyDrone information lists a 25 kg rated payload, IP67 protection and at least five hours of unloaded runtime. Hot-swappable dual batteries and the wheel-leg format support longer industrial mobility workflows.
View D1 Max
D1 MaxPro
AGIBOT lists up to 50 kg sustained payload, IP67 protection and an operating-temperature range of -20°C to 55°C. An autonomous charging dock is optional; it is not proof that a complete autonomous workflow is included.
View D1 MaxProPayload, runtime, range, temperature and terrain figures are manufacturer-listed limits or test results, not a guarantee for every payload, route or Canadian operating condition. Validate the exact configuration and site.
The robot is one component of the operating system
The largest model can create the largest integration burden. Budget the complete deployment before deciding that more payload, endurance or environmental protection is automatically valuable.
Payload and mount
Sensor mass, bracket, centre of gravity, power conversion, data connection, weather protection and vibration control.
Software ownership
SDK entitlement, APIs, source code, simulator, firmware, accounts, data handling and responsibility for updates.
Transport and storage
Case, vehicle, loading method, elevators, thresholds, secure storage and the process for moving a disabled robot.
Battery workflow
Mission duration, charging, battery swaps, spares, storage conditions, generator or site power and turnaround time.
People and safety
Operator, developer, site supervisor, emergency stop, access control, collision response, training and acceptance testing.
Support lifecycle
Parts, warranty path, repair logistics, documentation, configuration records and the support included after delivery.
Use this as the starting model, not the final purchase order
The exact quotation should still confirm the SKU, included hardware, payload interfaces, software access, optional systems, training and support.
| Project starting point | Suggested D1 direction | What to confirm before ordering |
|---|---|---|
| Motion demonstration and basic quadruped use | D1 Pro | Built-in functions, remote-control workflow, battery package, training and support. |
| Education, SDK and research | D1 Edu | Required interfaces, SDK, documentation, simulator assets and teaching scope. |
| Field sensors and inspection development | D1 Ultra | IP requirement, Open SDK, sensors, positioning, connectivity, payload mount and power. |
| Wheel-equipped special configuration | D1 Ultra-W | Exact SKU, interface set, protection, payload, runtime and wheel configuration. |
| Industrial inspection and material transport | D1 Max | Complete payload mass, route, endurance, batteries, site access and recovery plan. |
| Heavy loads and harsher environments | D1 MaxPro | Why more than 25 kg is needed, temperature, terrain, optional charging and deployment logistics. |
This is a SpeedyDrone project-planning interpretation, not a manufacturer ranking or a guarantee that a model will complete a customer-developed application.
Review the exact D1 model before requesting a quote
These links point to the current SpeedyDrone Canada product records. Availability, configuration and included hardware should be confirmed for the project.
AGIBOT D1 Pro
Compact motion, demonstration and remote-operation direction without secondary development.
View D1 ProAGIBOT D1 Edu
Compact platform for teaching, research and secondary-development work.
View D1 EduAGIBOT D1 Ultra
Open-SDK direction for field sensing, positioning, communication and system integration.
View D1 UltraAGIBOT D1 Ultra-W
Separate wheeled configuration; confirm all delivered specifications against the exact SKU.
View D1 Ultra-WAGIBOT D1 Max
Wheel-legged industrial mobility with a 25 kg rated payload and longer-duration workflow.
View D1 MaxAGIBOT D1 MaxPro
Higher sustained-payload and environmental direction for justified heavy-duty work.
View D1 MaxProRequest an AGIBOT D1 project review
Share the task, payload, operating environment, route or terrain, required sensors, development needs, charging plan, deployment city and target timeline. SpeedyDrone can help narrow the model and quotation scope.
AGIBOT D1 Series FAQ
What is the main difference between D1 Pro and D1 Edu?
The main buyer difference is secondary development. D1 Pro is the straightforward mobility, demonstration and remote-operation direction. D1 Edu is the development edition with the manufacturer's SDK path and listed Ethernet, USB, power, SBUS and UART interfaces.
Should a university buy D1 Edu or D1 Ultra?
D1 Edu is the natural starting point for teaching, robotics labs and contained development. D1 Ultra becomes more relevant when the project requires field protection, Open SDK access and broader sensor, positioning or communications integration. The answer depends on the curriculum, environment and exact payload.
Is D1 Ultra-W just D1 Ultra with wheels?
It should be treated as a separate wheel-equipped SKU. Do not assume that every D1 Ultra payload, protection, runtime or interface specification carries over. Confirm the current D1 Ultra-W product record and written quotation.
When should a business choose D1 Max over D1 MaxPro?
Choose D1 Max when its 25 kg rated payload, endurance and environmental protection satisfy the route and payload. Evaluate MaxPro when the project genuinely requires a manufacturer-listed maximum of 50 kg sustained payload, its broader temperature range or another heavy-duty capability that justifies the added deployment burden.
Does D1 MaxPro include autonomous charging and a finished inspection workflow?
No. AGIBOT lists an autonomous charging dock as optional. Navigation, docking, sensor integration, mission software, communications, site work and acceptance testing must be scoped separately. Optional charging hardware does not by itself create a complete autonomous operation.
Can SpeedyDrone help choose and configure an AGIBOT D1 robot?
Yes. SpeedyDrone can review the mission, payload, sensors, terrain, endurance, development access, charging plan, transport, training and support requirements. The final quotation should state the exact model, included hardware, software access, optional systems and support scope.
