Rated protection
Manufacturer-listed ingress-protection rating for the MaxPro platform.
AGIBOT D1 MaxPro Heavy-Duty Industrial Quadruped Robot
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$118,999.00 CAD
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$118,999.00 CAD
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Overview
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AGIBOT
D1 MaxPro
Heavy-Duty Industrial Quadruped Platform
AGIBOT D1 MaxPro combines a 50 kg rated payload, IP67 protection, a 2081 Wh battery, front 96-channel LiDAR, 117 TOPS GPU computing and TCP/ROS SDK support for supervised industrial robotics projects.
- Rated payload
- 50 kgSustained equipment or material payload
- Protection
- IP67−20°C to 55°C operating range
- Battery energy
- 2081 Wh45 ± 1 Ah rated capacity
- Onboard compute
- 117 TOPSGPU with ARM CPU
- Current speed limit
- 2 m/sSoftware-limited; 3 m/s is an extreme lab result
What is AGIBOT D1 MaxPro?
A large-format quadruped built around industrial payload.
D1 MaxPro is a 68 kg heavy-duty quadruped platform with 12 total degrees of freedom, three per leg. AGIBOT positions it for heavy-duty mounting, material handling, logistics and other project-specific industrial operations.
The listed LiDAR, cameras, IMU, compute and SDK form an integration platform. They do not by themselves establish that autonomous navigation, inspection, rescue or task-management software is included.
Heavy-load operation development
Logistics and transport integration
Emergency-response project development
Industrial research and secondary development
Environmental adaptability
IP67 protection across a published −20°C to 55°C range.
The manufacturer also states operation in water depths up to 20 cm. Every deployment still requires site-specific validation, operating procedures and compliance with the current product instructions.
Weight with battery
Total manufacturer-listed robot weight, including the battery.
Operating temperature
Published range; actual site and load conditions still require validation.
Published water depth
Manufacturer feature statement—not permission for submersion or deeper operation.
Protection boundary: IP67 and the 20 cm statement do not authorize indefinite immersion, pressure washing, submersion or operation outside current manufacturer instructions.
Mobility and recovery
Industrial stair capability with a self-righting mechanism.
AGIBOT lists 30 cm continuous stairs, open-riser industrial-stair capability, a 45° maximum climbing angle and self-righting after falls. Performance varies with load, surface, configuration and method.
Current software limit
The current actual product is software-limited to 2 m/s for safety.
Continuous walking speed
Manufacturer-listed continuous walking-speed range.
Continuous stair height
Published continuous stair-climbing height under test conditions.
Maximum climbing angle
Manufacturer-listed maximum value under controlled conditions.
AGIBOT lists 3 m/s only as a maximum obtained under extreme laboratory testing. The manufacturer's footnote says the current actual product is software-limited to 2 m/s; this page therefore does not market 3 m/s as an available operating speed.
Payload and joint system
Rated for a sustained 50 kg payload.
The payload rating supports properly engineered equipment, mounting and material-handling projects. Every integration must account for centre of gravity, attachment design, power demand, terrain, speed and application-specific safety limits.
50 kg
Rated sustained equipment or material payload
180 N·m
Current software-limited joint torque
300 N·m
Hardware maximum—not current software availability
12 DoF
Three degrees of freedom per leg
Endurance assurance
2081 Wh capacity with quick battery replacement.
Runtime, range and charging values are manufacturer laboratory specifications. They vary with load, terrain, temperature, speed, battery condition and operating method.
5.5 ± 0.5 hours unloaded
Manufacturer laboratory runtime including the published footnote tolerance.
At least 2 hours under 50 kg
Published runtime at the full rated payload.
21 ± 1 km / 11 ± 1 km
Unloaded / fully loaded travel range—not remote-control distance.
Approx. 4.5 hours
Published charging time from 10% to 90% state of charge.
AGIBOT states quick battery swapping/replacement, but does not call the MaxPro battery system hot-swappable or guarantee power continuity during replacement.
Expansion and power I/O
Industrial interfaces with up to 720 W output.
The official specification lists the interfaces below. Port use, drivers, power budget, simultaneous operation and device compatibility must be confirmed for each integration.
×3Gigabit Ethernet
×2USB 3.0
×1Fast Ethernet 100 Mbps
×1Serial port
Wi-Fi 6Bluetooth 5.2; optional 4G
720 WMaximum power output
Power-output boundary: listed output voltages are 12 V, 24 V and 48 V, with 720 W maximum output. The specification also states support for direct battery plug-in charging.
Perception, compute and development
117 TOPS GPU computing with TCP and ROS SDK support.
D1 MaxPro provides listed hardware and development resources for project integration. The official page does not identify a GPU vendor or establish that a complete autonomous task stack is included.
Front 96-channel LiDAR
One front LiDAR with 360° × 90° coverage, manufacturer-listed detection range up to 120 m in diameter and listed 1.5 cm accuracy.
Front and rear 2 MP cameras
Industrial wide-angle cameras with DFOV 150°, HFOV 130°, VFOV 73° and 30 fps, plus one automotive-grade IMU.
TCP and ROS secondary development
The current SDK supports TCP and ROS communication and provides x86 and ARM packages. The manufacturer says ROS—not ROS 2.
Autonomy boundary: LiDAR, cameras, an IMU, 117 TOPS GPU compute and SDK access do not by themselves establish that SLAM, autonomous navigation, inspection, tracking or task software is supplied.
Manufacturer-shown application directions
Heavy-load, logistics and response-project integration.
AGIBOT presents heavy-load operation, logistics and transport, and emergency rescue as application examples. They are project directions, not claims of included payload equipment, autonomy or rescue certification.
Heavy-load operation
Develop engineered equipment-mounting and heavy material-handling concepts around the 50 kg rating.
Logistics and transport
Plan supervised material-movement workflows after validating routes, loads and site procedures.
Emergency-response projects
Integrate teleoperation, sensing and project software for controlled response scenarios; no certification is implied.
Charging and supervised control
Project control with a display-equipped remote.
AGIBOT lists a remote controller with integrated display and manual emergency-stop mode, plus a maximum remote-control range of 500 m. Actual range depends on configuration, obstruction and radio conditions.
Published maximum control range
Not a guaranteed site result; validate the deployed radio environment.
Controller mode
The listed remote controller includes a manual emergency-stop mode.
Charging accessories
Adapter and battery charging connector are listed as standard configuration entries.
Autonomous charging station
Availability, integration and supplied configuration require written confirmation.
Verified D1 MaxPro configuration
AGIBOT D1 MaxPro technical specifications
Values below are limited to current D1 MaxPro-specific AGIBOT information. Laboratory results vary with surface, payload, environment, software, battery condition and operating method.
Swipe horizontally to view all specifications.
| Specification | D1 MaxPro value |
|---|---|
| Physical configuration | |
| Product type | Heavy-duty industrial quadruped robot platform |
| Material | Aluminum alloy and high-strength engineering plastic |
| Standing dimensions | 1270 × 520 × 730 mm (L × W × H) |
| Prone dimensions | 1360 × 570 × 300 mm (L × W × H) |
| Total weight | 68 kg, including battery |
| Degrees of freedom | 12 total; 3 per leg |
| Protection rating | IP67 |
| Operating temperature | −20°C to 55°C |
| Energy and endurance | |
| Battery energy | 2081 Wh |
| Rated battery capacity | 45 ± 1 Ah |
| Battery replacement | Quick replacement supported Not described by AGIBOT as powered hot swapping. |
| Charging time | Approx. 4.5 hours, from 10% to 90% |
| Battery life | 5.5 ± 0.5 hours unloaded; at least 2 hours under a 50 kg load |
| Operational range | 21 ± 1 km unloaded; 11 ± 1 km fully loaded Robot travel range, not remote-control distance. |
| Mobility and payload | |
| Continuous walking speed | 0–1.2 m/s |
| Current product speed limit | 2 m/s Software-limited for safety. |
| Extreme laboratory maximum | 3 m/s Not the current software-available operating maximum. |
| Rated payload | 50 kg Equipment or material payload; not passenger capacity. |
| Continuous stair-climb height | 30 cm |
| Maximum climbing angle | 45° |
| Additional published capabilities | Open-riser industrial stairs and self-righting after falls |
| Joints | |
| Maximum joint torque | 300 N·m hardware maximum; software-limited to 180 N·m |
| Body joint range | −45° to 45° |
| Thigh joint range | −200° to 20° |
| Calf joint range | 30° to 160° |
| Standard movement list | Standing; prone; damping; force unloading; stair climbing; obstacle crossing |
| Perception and compute | |
| Computing module | 117 TOPS GPU; ARM CPU No GPU brand or model is published on the MaxPro page. |
| LiDAR | Front 96-channel LiDAR ×1; 360° × 90° coverage; up to 120 m detection diameter; 1.5 cm listed accuracy |
| Wide-angle cameras | Industrial-grade 2 MP ×2, one front and one rear; DFOV 150°; HFOV 130°; VFOV 73°; 30 fps |
| IMU | Automotive-grade IMU ×1 |
| Real-time video transmission | Supported Resolution and latency are not published. |
| Development and connectivity | |
| Secondary development | TCP and ROS communication; x86 and ARM SDK packages |
| Wireless connectivity | Wi-Fi 6.0; Bluetooth 5.2; optional 4G module |
| Communication interfaces | Gigabit Ethernet ×3; USB 3.0 ×2; Fast Ethernet 100 Mbps ×1; serial port ×1 |
| Power outputs | 12 V, 24 V and 48 V; 720 W maximum; direct battery plug-in charging supported |
| Control and configuration notes | |
| Remote controller | Integrated display; manual emergency-stop mode; manufacturer-listed maximum control range 500 m |
| Adapter | Listed as standard Final quantity and specification require quotation confirmation. |
| Battery charging connector | Listed as standard |
| Autonomous charging station | Optional |
| Autonomous task software | Not established as standard on the official MaxPro page; define functions in the project scope |
Specifications are based on manufacturer laboratory testing. Actual results may vary with usage environment, operating method and other factors. Confirm current hardware, accessories, software, SDK, charging, support and safety requirements in the written quotation.
AGIBOT D1 MaxPro in Canada
Plan a heavy-duty quadruped project with SpeedyDrone Canada.
SpeedyDrone Canada is a Toronto-based technology retailer serving organizations across Canada. Contact the team with the intended site, terrain, payload, sensing and compute needs, networking, interfaces, software scope, safety zone, delivery region and support requirements.
Canadian pricing depends on robot configuration, optional charging, software, integration, freight, taxes and delivery region. Product display, demonstration, stock and suitability must not be assumed.
Toronto showroom: 991B Bay Street, Toronto, ON M5S 3C4 . Product display, demonstration, pickup and meeting availability must be confirmed before visiting.
D1 MaxPro and Canadian purchasing FAQ
Evaluating the AGIBOT D1 MaxPro
Direct answers based only on current MaxPro-specific official information and a quotation-led Canadian purchasing process.
What is the AGIBOT D1 MaxPro?
AGIBOT D1 MaxPro is a heavy-duty IP67 industrial quadruped platform with a 50 kg rated payload, 2081 Wh battery, front 96-channel LiDAR, 117 TOPS GPU compute and SDK support for TCP and ROS communication.
Is D1 MaxPro the same as D1 Max?
No. D1 MaxPro is a separate larger heavy-duty quadruped with its own 68 kg weight, 50 kg payload, battery, sensing, compute, interface and performance specifications. D1 Max figures must not be transferred to this product.
What are the MaxPro dimensions, weight and degrees of freedom?
Standing dimensions are 1270 × 520 × 730 mm, prone dimensions are 1360 × 570 × 300 mm, and weight is 68 kg including battery. AGIBOT lists 12 total DoF, three per leg.
What is the rated payload, and can D1 MaxPro carry a person?
The rated sustained payload is 50 kg for properly integrated equipment or material. It is not passenger capacity and does not authorize riding or personnel transport.
What is the actual maximum operating speed?
The official table lists 3 m/s from extreme laboratory testing, but its footnote says the current actual product is software-limited to 2 m/s for safety. The current operating maximum should therefore be treated as 2 m/s.
What is the continuous walking-speed range?
AGIBOT lists continuous walking speed as 0–1.2 m/s. Terrain, load, control mode and project safety limits can reduce usable speed.
What are the D1 MaxPro runtime and travel range?
Manufacturer laboratory runtime is 5.5 ± 0.5 hours unloaded and at least 2 hours under a 50 kg load. Travel range is 21 ± 1 km unloaded and 11 ± 1 km fully loaded; these kilometre figures are not remote-control distance.
How long does D1 MaxPro charging take?
The official table lists approximately 4.5 hours from 10% to 90% charge. Actual time varies with battery condition, temperature, charger and operating history.
Does D1 MaxPro have hot-swappable batteries?
AGIBOT states quick battery swapping or quick battery replacement, but does not call the system hot-swappable or guarantee power continuity during replacement. Follow the current replacement and safety procedure.
What does IP67 mean, and can D1 MaxPro operate in water?
AGIBOT lists IP67, −20°C to 55°C operation and water depths up to 20 cm. This does not authorize submersion, indefinite immersion, pressure washing, deeper water or operation outside current instructions.
What stair, slope and recovery capabilities are listed?
AGIBOT lists 30 cm continuous stairs, open-riser industrial-stair capability, a 45° maximum climbing angle and a self-righting mechanism after falls. Results depend on load, surface and operating conditions.
What joint torque is available?
The hardware maximum is 300 N·m, but the current configuration is software-limited to 180 N·m. Do not treat 300 N·m as software-available working torque.
Which sensors are built into D1 MaxPro?
The official table lists one front 96-channel LiDAR, front and rear industrial 2 MP wide-angle cameras and one automotive-grade IMU. This page does not add sensing hardware that is absent from the MaxPro specification.
What onboard computing is listed?
AGIBOT lists a 117 TOPS GPU and ARM CPU. The MaxPro page does not identify a GPU vendor, processor model, memory capacity or alternative compute configuration.
Does D1 MaxPro support ROS and SDK development?
Yes. The current SDK supports TCP and ROS communication and AGIBOT lists SDK packages for x86 and ARM architectures. The official wording is ROS, not ROS 2; confirm access, licensing, version and support.
Which communication, wireless and power interfaces are listed?
The specification lists Gigabit Ethernet ×3, USB 3.0 ×2, Fast Ethernet 100 Mbps ×1, one serial port, Wi-Fi 6.0, Bluetooth 5.2 and optional 4G. Power outputs are 12 V, 24 V and 48 V with 720 W maximum.
What remote controller and control range are listed?
The listed controller has an integrated display and manual emergency-stop mode. AGIBOT publishes a 500 m maximum control range, but actual range depends on obstruction, radio environment and configuration.
Is an autonomous charging station included?
No standard inclusion is implied. The official table lists the autonomous charging station as optional, while the adapter and battery charging connector are listed as standard configuration entries. Confirm quantities and charging configuration in writing.
What is the AGIBOT D1 MaxPro price in Canada?
AGIBOT does not currently publish a MaxPro retail-store price. Canadian pricing depends on configuration, software, SDK scope, integration, optional charging, freight, taxes, delivery region and commercial terms. Request a written Canadian-dollar quotation.
How can Canadian organizations request a quote or Toronto appointment?
Contact SpeedyDrone Canada with the intended site, payload, interfaces, software and delivery requirements. Before visiting 991B Bay Street, Toronto, confirm product display, demonstration, meeting and pickup availability. Warranty, training, integration and delivery are governed by the written quotation.
Sources: AGIBOT official D1 MaxPro product page and AGIBOT official D1 MaxPro specification table, accessed August 1, 2026; SpeedyDrone Canada company information and Toronto showroom and contact details. Manufacturer values are based on controlled testing and may change. Final configuration, included items, software access, suitability and commercial terms are governed by the written quotation.
Shipping & Pickup
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Estimated Delivery
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- Atlantic Canada: 3–5 business days
- NT / NU / YT: 3–10 business days, weather dependent
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Returns & Exchanges
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30-Day Return Window
Returns may be requested within 30 days from the official delivery date recorded by the carrier.
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Proof of purchase is required, such as your order number, receipt, or invoice.
Restocking Fee
Opened or handled items may be subject to a 20% restocking fee, depending on overall condition.