MagicDog Y1

MagicDog Y1

An industrial quadruped for inspection, remote monitoring and specialist sensor integration. Explore MagicDog Y1 through The Robot Group’s Official MagicLab Robotics Commercial Route, with the platform and payload assessed against your site, inspection task and operating conditions.

Key industrial use cases

Industrial inspection; remote condition monitoring; asset surveys; specialist sensor integration; outdoor mobility evaluation; inspection software development.

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Robot overview

MagicDog Y1 is designed around industrial mobility and carrying inspection equipment. Its relevance to a site depends on the route it can complete and the quality of the information the selected payload can collect.

A useful first pilot could follow a defined inspection route and gather readings at agreed points. The results should show whether the information is consistent and useful to the team responsible for the assets.

The Robot Group helps UK organisations assess the proposed task, select the payload and establish the requirements for an evaluation.

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Key

Technical Breakthroughs

1. A protected industrial body

MagicLab specifies IP67 protection and an operating temperature range of -20°C to 55°C for Y1. The selected sensors, connectors and added equipment also need to suit the conditions of the proposed site.

2. Legged mobility with onboard perception

3D LiDAR, depth cameras and optical cameras provide inputs for navigation and obstacle response. Route testing should establish how the configured robot handles the actual surfaces, access points and obstructions at your site.

3. Interfaces for specialist inspection payloads

Power, network and mounting interfaces support equipment such as thermal imagers, PTZ cameras and gas sensors. Payload selection should begin with the reading, image or measurement needed to identify a useful inspection finding.

4. Hot-swappable power for operating schedules

A hot-swappable 2,400 Wh battery supports battery replacement between operating periods. Plan charging, spare batteries and inspection frequency around the chosen route, payload and measured running time.

5. Software interfaces for application integration

MagicLab’s Y1 developer documentation lists Python and C++ services for motion, sensing, robot monitoring and SLAM navigation. Integration planning should establish how robot information and payload readings will reach the people or systems that need them.

Explore Y1 developer documentation

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Deployment

+ Scalability

Scope a pilot around one inspection task, a defined route and clear acceptance measures. Decide what the robot must record and what a member of the site team should be able to do with that information.

The Robot Group helps establish:

Route conditions, access restrictions and operating environment.
Required sensor, measurement quality and total payload.
Communications, software interfaces and data handling.
Operator supervision, charging and maintenance arrangements.
Route completion, repeatability and inspection-data acceptance.

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The first results should establish whether the proposed inspection method is useful before extending the route, adding sensors or introducing more robots.

UK enquiries and evaluation planning are open. Pricing, delivery and support arrangements are confirmed for each project.

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The Robot Group is an independent adviser. Brand names and products are referenced for comparison.
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All trademarks are the property of their respective owners. Availability and UK compliance subject to OEM confirmation.

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