AgiBot D1 Max Pro Quadruped Robot

Name: AgiBot D1 Max Pro Quadruped Robot
Brand: Agibot
SKU: 5ba881b5-5ba4-4217-83ed-84e2e8bed73e
Price: 83280 EUR
Availability: InStock

Agibot | A-000000-08146

€83,280.00 VAT incl. €69,400.00 VAT excl.

The AgiBot D1 Max Pro is a quadruped robot designed for industrial applications, inspection, and mobile robotics projects requiring greater payload capacity and longer endurance.

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Delivery within 2 to 4 weeks

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AgiBot D1 Max Pro quadruped robot: key points

Quadruped robot designed for industrial uses, built for demanding environments and longer field missions than the compact models in the D1 range.
Quadruped locomotion on complex terrain: walking control based on reinforcement learning (RL), with self-balancing, disturbance handling, and behavior adapted to difficult environments.
High payload: up to 50 kg stable working payload and 100 kg maximum payload.
Battery life: up to 5.5 h without payload and 2.5 h at full payload.
Terrain mobility: continuous walking speed of 1.5 m/s, maximum speed of 3 m/s, continuous stair climbing up to 30 cm, and maximum slope up to 45°.
Robustness: IP67 protection rating and operating temperature from -20 °C to 55 °C.
Onboard sensors: 96-line LiDAR, 2 wide-angle 2 MP cameras (front / rear), and IMU.
Applications: industrial inspection, security, outdoor logistics, equipment transport, emergency response, and field robotics experimentation.

Applications and project types (locomotion, inspection, navigation, perception, payload transport)

The AgiBot D1 Max Pro quadruped robot is intended for research laboratories, universities, and robotics professionals looking for a more durable and higher-capacity quadruped platform for real-world testing.

It is particularly suited to projects involving navigation on complex terrain, robotic inspection, embedded perception, transport of sensors or equipment, teleoperation, and validation of field algorithms in industrial, outdoor, or hard-to-access environments.

Practical examples: inspection of technical sites, robotic patrols, transport of sensor kits, experimentation in outdoor logistics, research on load-bearing quadruped locomotion, security robotics, emergency response scenarios, and real-condition R&D demonstrators.

The AgiBot D1 Max Pro is a relevant robotic platform for developing POCs, validating field software building blocks, and testing larger payloads before a potential industrialization phase.

Why choose the AgiBot D1 Max Pro for a research or applied robotics project?

Its higher payload capacity makes it possible to integrate multiple sensors or pieces of equipment on a single platform.
Its greater endurance makes it suitable for longer missions, technical patrols, or repetitive testing scenarios.
Its quadruped locomotion remains relevant in areas where a wheeled base reaches its limits: uneven floors, debris, stairs, outdoor areas, and technical zones.
Its industrial positioning makes it an option worth considering for projects combining applied research, instrumented inspection, and real-world validation.
It is particularly suitable for teams needing a heavier, more robust, and more mission-oriented quadruped robot than compact demonstration or educational models.

What information should I prepare for a quote request?

To qualify a project involving the AgiBot D1 Max Pro, it is useful to specify your estimated budget, project timeline, delivery address, usage environment (indoor, outdoor, technical site, difficult terrain), the sensors or equipment to be carried, as well as a sentence describing your use case (inspection, logistics, security, research, data collection, etc.).

Pre-shipment check

Before each shipment, our team performs a complete, step-by-step check (battery, start-up, remote control, movement, controls).

Details are listed on our Support page.

Technical specifications of the AgiBot D1 Max Pro quadruped robot

Dimensions in standing position (L × W × H)	1230 × 530 × 730 mm
Dimensions lying down (L × W × H)	1313 × 530 × 300 mm
Weight (with battery)	64 kg
Operating temperature	-20 °C to 55 °C
Protection rating	IP67
Battery module	45 Ah, 48 V, supports quick removal and hot swap
Charging time	4.5 h (optional fast charging: 2 h)
Battery life	5.5 h without payload / 2.5 h at full payload
Range	13.5 km at full payload
Continuous walking speed	1.5 m/s
Maximum speed	3 m/s
Payload	50 kg
Maximum payload	100 kg
Continuous stair climbing height	30 cm
Maximum climbing angle	45°
LiDAR	1 × front-mounted 96-line LiDAR, 360° × 90° coverage angle, range up to 120 m, 1.5 cm accuracy
Wide-angle cameras	1 front + 1 rear, 2 MP industrial grade, DFOV: 150°, HFOV: 130°, VFOV: 73°
IMU	Standard
Real-time image transmission	Yes
OTA update	Yes
Secondary development	Yes
Dual-spectrum gimbal and video transmission	Integrated interface for a dual-sensor gimbal and video streaming service, with video feedback via secondary development API
4G communication	Yes
Communication interfaces	3 × Gigabit Ethernet, 2 × USB 3.0, 1 × 100M Ethernet, serial port
Power interfaces	12V / 24V / 48V, max. output power 720 W

Resources for the AgiBot D1 Max Pro quadruped robot

FAQ – AgiBot D1 Max Pro quadruped robot

What types of projects is the D1 Max Pro suitable for?

The D1 Max Pro is well suited to field mobile robotics, instrumented inspection, outdoor navigation, equipment transport, security, and applied research projects when the required payload or endurance exceeds that of a compact quadruped.

Why choose the D1 Max Pro rather than a lighter quadruped?

Its main advantages are its higher payload capacity, longer mission duration, and more industrial positioning. It is therefore better suited to scenarios involving multiple sensors, onboard tools, or longer missions.

Is the robot suitable for difficult environments?

Yes, it is presented for field and industrial uses, with an extended temperature range and reinforced protection. For a specific project, it is recommended to have the exact operating conditions confirmed in the quotation.

Can third-party sensors be integrated?

Yes. The D1 Max Pro is positioned as a platform capable of carrying various perception modules and sensors, especially in inspection, navigation, or robotic supervision scenarios.

Is it relevant for university research?

Yes, especially for laboratories working on load-bearing quadruped locomotion, multi-sensor perception, robotic inspection, field data collection, or navigation in unstructured environments.

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