Deep Robotics X30 Water Cannon

A mobile platform and its working equipment are separate engineering decisions. For teams assessing the Deep Robotics X30 Water Cannon, the central task is to establish how the proposed installation fits the mission, rather than treating the robot’s specifications as a complete description of the cannon. The available technical information describes the X30 industrial quadruped in detail. It provides a useful starting point for platform assessment, while the cannon installation needs its own quotation-stage definition. Keeping those boundaries clear helps procurement, engineering and operational teams work towards the same equipment brief.

The product is available through this page, by quotation.

Background

DEEP ROBOTICS and the X30 platform

DEEP ROBOTICS positions the X30 as its premier industrial quadruped robot for inspection, emergency response, surveying, security and scientific research. These applications place the platform in a professional operating context, where route planning, equipment integration and operator procedures matter alongside mobility. The X30 belongs in an assessment of industrial robotic equipment, rather than a comparison based solely on the name of an accessory.

The wider X Series category provides a route for exploring related products. For this page, the numerical specifications below belong specifically to X30. X30 Pro is also named in the source material, but it does not have a separate set of numerical specifications here. Its name should not be treated as permission to transfer specifications between versions or to assume an upgrade in any particular capability.

Perception and mission continuity

The X30 combines LiDAR, depth cameras, infrared imaging and high-resolution visual sensors through multi-sensor fusion. This is the platform’s perception technology; it is distinct from the controls and behaviour of any fitted working equipment. In an equipment review, navigation, observation and the intended task should therefore be considered as connected but separate subjects.

The X30 also has a quick-release battery system designed for rapid, tool-free swaps. Communication comprises Ethernet, optional USB 2.0, USB 3.0 and Wi‑Fi. Both X30 and X30 Pro feature dual-layer spray cooling to withstand extreme temperatures during extended missions. That cooling feature describes the platforms and does not establish the water cannon’s discharge performance or operating arrangements.

Technical Specifications

The following figures describe the X30 platform, not the water cannon or a complete cannon-equipped installation. This distinction is important when comparing the product with complete systems in the Firefighting Robots category.

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

The manufacturer has not published the water cannon weight, water cannon mounting interface, water supply method, runtime with cannon fitted, cannon power requirements or box contents; these details are confirmed at quotation.

What should buyers assess beyond the X30 platform specifications?

The first distinction is between platform mobility and task performance. The X30’s standing size, weight and terrain figures describe the robot. They are useful for an initial review of access routes, working areas and handling plans, but they do not constitute a specification for the assembled equipment. A procurement brief should describe the intended installation and ask for a configuration-specific technical response.

The same distinction applies to endurance. Continuous operation and patrol range are platform figures, not a promise of equivalent performance during a water-cannon task. A practical review should describe the proposed operating sequence: travelling to the work area, positioning, carrying out the task and returning to a designated location. This gives the quotation discussion an operational basis rather than relying on a single headline figure.

Site suitability also involves more than checking an ingress-protection code or an operating-temperature range. Access restrictions, emergency procedures, personnel responsibilities and the relationship with other equipment all belong in the assessment. Neither a platform protection rating nor a cooling feature establishes approval for every hazardous location. The responsible team should define the environment and the evidence required before authorising deployment.

Finally, the control concept needs a clear operational brief. Buyers should explain who will operate the equipment, where that person will be positioned and how the task will be supervised. Those are requirements to establish during project planning, not functions to infer from the product name.

Who is Deep Robotics X30 Water Cannon for?

This product is relevant to professional buyers evaluating robotic equipment for emergency-response and industrial-site projects. Typical assessment teams include operational managers, robotics engineers, procurement specialists and safety personnel. Each brings a different question: whether the proposed task is appropriate, whether the installation is technically defined, whether the scope is clear and whether the operating procedure is acceptable.

Research groups and system integrators also have a reason to examine it when studying how task equipment can be incorporated into a quadruped-based project. Their starting point should be a written experiment or integration brief, rather than assumptions about a finished system. The X30’s documented inspection, surveying, security and scientific-research positioning provides context for the platform, but does not establish cannon suitability for every activity.

Buyers considering X30 Pro should request a version-specific proposal. The shared cooling feature is not enough to identify a preferred version for a particular mission. No comparative numerical data here supports steering a buyer towards X30 Pro on speed, endurance or carrying capability.

What is Deep Robotics X30 Water Cannon used for?

The following are project-planning contexts for evaluating the product, not a list of guaranteed cannon functions or approved deployment environments.

1. Emergency-response planning: Assessing where robotic task equipment fits within an organisation’s response procedures.
2. Industrial project evaluation: Reviewing a proposed installation against site access, operating rules and engineering requirements.
3. Robotics integration: Defining the relationship between the mobile platform, working equipment and operator workflow.
4. Research programmes: Structuring studies of quadruped-based task equipment around a documented technical scope.
5. Operator preparation: Developing responsibilities, supervision arrangements and task-specific training requirements.
6. Procurement assessment: Comparing a configuration-specific quotation with the intended mission and acceptance criteria.

Pricing and Availability

Request a quotation for Deep Robotics X30 Water Cannon with a description of the intended site, task and proposed platform version. A useful enquiry identifies whether the project concerns an existing robot or a wider equipment purchase, and sets out the operational outcome required. This allows the response to address the actual project rather than an assumed standard installation.

Delivery, customs and support are arranged with the quotation. Review the quoted technical scope and acceptance requirements before proceeding with procurement. For a configuration-specific proposal, Deep Robotics X30 Water Cannon is available on this page.

Frequently Asked Questions

Do the specifications in the table describe the water cannon?

No. The table describes the X30 platform and must not be read as the dimensions, weight or performance of the cannon or the complete installation.

Does X30 platform endurance describe operation with the cannon fitted?

No. The X30 continuous-operation figure is a platform specification, not a defined endurance figure for a cannon-equipped mission. The quotation should address the intended operating sequence.

What perception technology does the X30 use?

The X30 combines LiDAR, depth cameras, infrared imaging and high-resolution visual sensors through multi-sensor fusion. These are platform perception features, separate from the specification of the working equipment.

Can the X30 battery be changed without tools?

Yes. Its quick-release battery system is designed for rapid, tool-free swaps. Battery-change procedures should form part of the operating plan for the proposed installation.

Is X30 Pro covered by the X30 figures?

No. The numerical table is specific to X30. Both platforms feature dual-layer spray cooling, but the available information does not provide a separate numerical comparison for X30 Pro.

What should I include in a quotation enquiry?

Describe the intended task, site conditions, proposed platform version and whether the project involves an existing robot. Include the technical evidence and acceptance criteria your organisation needs to approve the installation.

Where can I buy Deep Robotics X30 Water Cannon and what does it cost?

The product is available through this page by quotation. Request a proposal for the required configuration and review its technical scope, commercial terms and support arrangements together.

Summary

A capable mobile platform and a properly defined working installation are not interchangeable ideas. The X30 provides a documented industrial quadruped foundation, with mobility figures, multi-sensor perception and a quick-release battery system. Assessing Deep Robotics X30 Water Cannon means carrying that platform knowledge into a separate review of the intended task and equipment configuration. For buyers seeking a quotation built around those requirements, this page is the starting point.