MagicLab MagicDog Quadruped Robot

Most robot dogs wait for a command and then obey it. The MagicLab MagicDog Quadruped Robot is described by its maker as the first quadruped robot dog that can express emotions autonomously, and that changes what a four-legged machine is for. It still walks, climbs and carries a load, but it also performs for the people around it. That makes it equally at home in a classroom, a showroom or a development lab.

The product is available through this page, by quotation.

Background

MagicLab and its lineage

MagicLab Robotics was founded in 2024 and is headquartered in Suzhou. The company develops general humanoid and quadruped robots and describes its mission as leading global embodied AI. Embodied AI means putting machine intelligence into a body that senses and moves through the physical world, and MagicDog is the company's legged expression of that idea.

MagicDog belongs to a wider MagicLab family. If you want to compare it with a wheeled sibling, see the MagicLab MagicDog-W Wheeled Quadruped Robot Dog. You can also look at the MagicLab MagicDog Y1 Quadruped Robot Dog. Both sit alongside this model in the catalog, and each is worth reading on its own page.

Positioning and key technology

MagicDog is built around a 13-degree-of-freedom body driven by joints with a maximum torque of approx. 37.5N·m. An 8-core high-performance CPU handles the computing. The sensor set is broad: a 2D LiDAR, a dual camera, a depth camera, a 4K HD camera, a fisheye camera and an ultrasonic sensor. Together they give the robot a view of its surroundings from several angles at once.

On the software side, the robot supports graphical programming that is simple and intuitive, and it supports OTA upgrades. It can perform over 30 high-difficulty poses, including backflips, moonwalks, handshakes and stretching. These traits place it between a toy and a heavy industrial machine. It is a platform for learning, demonstration and development, and it is sold in two versions, MagicDog PRO and MagicDog EDU.

Technical Specifications

Specifications as published by the manufacturer; confirmed against the datasheet at quotation.

The manufacturer has not published the ingress protection rating, the operating temperature, the wireless connectivity, the noise level, the charging time or the contents of the box; they are confirmed at quotation.

What makes MagicDog different from an ordinary robot dog?

The first difference is behavior. MagicLab presents MagicDog as a quadruped that expresses emotions on its own, rather than one that only replays scripted moves when a button is pressed. For anyone who shows robots to the public, that matters. People respond to a machine that seems to react, and a demonstration holds attention far longer than a robot that simply walks in a line.

The second difference is the sensing. Six sensing devices are listed: 2D LiDAR, dual camera, depth camera, 4K HD camera, fisheye camera and ultrasonic sensor. A LiDAR measures distance to surrounding objects, cameras supply vision, and an ultrasonic sensor adds short-range detection. Having all of them on a body of this size gives developers plenty of data to work with, from mapping to vision experiments.

The third difference is physical capability. With 13 degrees of freedom and joint torque of approx. 37.5N·m, the robot reaches a maximum speed of 3.0m/s. It can step over obstacles up to 15cm high and climb slopes of up to 40°. The payload is ≈5kg, with a maximum of ≈10kg. Those are working figures for a robot that is meant to leave the demonstration table and move through real spaces.

Finally, there is the software path. Graphical programming lowers the entry barrier for students and newcomers, while OTA upgrades allow the robot to receive new software without a workshop visit. A beginner can start with blocks and a developer can look further, depending on the version chosen.

What is the difference between MagicDog PRO and MagicDog EDU?

On the datasheet, the two versions share the same body and the same figures. Dimensions, weights, torque, speed, payload, sensors, battery and OTA support are identical. The one line that differs is SDK support, which is marked ○ for MagicDog PRO and ● for MagicDog EDU.

In practice, that single line should guide the choice. If your plan involves writing your own software on the robot, such as research code, student projects or integration work, confirm the SDK scope for each version when you request a quotation. If your plan is demonstration and interaction through the supplied programming tools, the shared hardware already covers it. Because the fact sheet does not explain the symbols in detail, we confirm exactly what each version includes before you decide.

Who is MagicDog for?

Schools, STEM labs and robotics clubs are the most natural fit. Graphical programming gives younger learners a way in, and a robot that moves, balances and reacts keeps a class engaged. The EDU version, with its SDK marking, suits teams that expect to progress from blocks to real code.

Universities and research groups can use the sensor suite and the 8-core CPU as a base for experiments in perception, navigation and locomotion. Our Research Robots category shows other platforms worth comparing.

Exhibition organizers, visitor centers and retail or hospitality venues will value the stunts and the emotional behavior. Backflips, moonwalks and handshakes are the kind of moments visitors remember and photograph.

Developers and system integrators can treat the robot as a mobile sensor platform with a payload of ≈5kg. Buyers who prefer a different locomotion style can compare the MagicDog-W, and the full range of this class is listed under Standard Quadrupeds.

What is MagicDog used for?

1. Classroom teaching. Students learn about legged motion, sensors and programming on a robot they can see and touch.
2. Graphical programming projects. Beginners build behaviors with an intuitive visual interface instead of writing code from scratch.
3. Research and development. Labs use the LiDAR, cameras and 8-core CPU to test perception and control ideas.
4. Public demonstrations. Over 30 poses and autonomous emotional expression make it a strong attraction at events.
5. Light carrying tasks. A payload of ≈5kg lets the robot carry small equipment or test loads.
6. Uneven-terrain trials. With a 15cm obstacle height and a 40° climbing angle, it can be tested on steps and slopes.

Pricing and Availability

We do not list prices on this page. Quotation is the way to buy: tell us the version, the quantity and your location, and we prepare an offer. Delivery, customs and support are arranged with the quotation, so you see the full picture before you commit. The MagicLab MagicDog Quadruped Robot is available on this page.

Frequently Asked Questions

How fast can MagicDog move?

The maximum speed is 3.0m/s on both the PRO and EDU versions.

How much can it carry?

The payload is ≈5kg, with a maximum of ≈10kg. Both versions share this figure.

How long does the battery last?

Battery life is 1.5-3.0h. The battery is 29.6V 8200mAh 240.7W and is a fast-release type, so it can be removed quickly.

Can it climb stairs and slopes?

It can clear obstacles up to 15cm high and climb a maximum angle of 40°.

Does it support programming?

Yes. It offers graphical programming, and the datasheet marks SDK support as ○ for PRO and ● for EDU. We confirm the scope of each at quotation.

Can the software be updated?

Yes. OTA upgrade is supported on both versions.

Where can I buy MagicDog and what does it cost?

You can buy it through this page by requesting a quotation. We do not print prices; the offer you receive covers the version, quantity, delivery and support.

Summary

MagicDog sets out to be more than a machine that obeys. It expresses emotion on its own, moves at up to 3.0m/s, carries ≈5kg and sees the world through six sensing devices. The PRO and EDU versions share one body and differ in their SDK marking, so the choice comes down to how deeply you plan to program. If you want a quadruped that teaches, performs and develops, this page is the starting point.