Guo Xing Firefighting Robot (RXR-M40D-11KT)

In Guo Xing’s product family, the RXR-M40D-11KT is positioned as a smaller, more agile firefighting robot, often described in seller listings as “Tiny King Kong.” Public descriptions consistently emphasize its 40 L/s fire monitor, 65 m water range, compact tracked body, and suitability for early-stage or medium-duty firefighting operations where mobility and stand-off suppression matter more than the very highest flow rates.

The robot belongs to the broader category of tracked firefighting unmanned ground vehicles (UGVs). These systems are designed to enter dangerous zones ahead of crews, transmit video, and apply water or foam remotely. In the RXR-M40D-11KT’s case, the publicly visible manufacturer and catalog materials show that it is built around a wirelessly controlled tracked chassis, a remote-controlled fire monitor, and a set of protective and monitoring features such as self-cooling, anti-collision, anti-capsizing, and image transmission.

In practical use, the RXR-M40D-11KT is best understood as a special-purpose public-safety robot for fire brigades, industrial fire teams, mini fire stations, petrochemical sites, warehouses, tunnels, and other dangerous environments where firefighters need distance, visibility, and suppression capacity without immediate physical exposure.

Design and Features

Compact Tracked Firefighting Platform

A defining feature of the RXR-M40D-11KT is its compact tracked chassis. Guo Xing’s official product page highlights its ability to climb stairs and overcome obstacles, while reseller and marketplace listings describe it as petite in size yet sturdy, with a carbon steel body and agile movement. This combination suggests a robot designed for tighter deployment spaces than very large industrial fire robots, while still retaining the traction and stability advantages of a tracked platform.

Tracked mobility is particularly important in fire-response robotics because many emergency scenes involve broken surfaces, debris, hoses, thresholds, ramps, and wet or slippery ground. The RXR-M40D-11KT’s public specs list maximum climbing ability of 30°, maximum obstacle crossing of 150 mm, and a 0–2 m/s speed range, all of which support its positioning as a compact but terrain-capable fire-response robot.

Remote Fire Suppression

The robot’s central mission system is its remote-controlled water cannon, publicly specified at 40 L/s flow with a 65 m water range and 60 m foam range in multiple listings. That places it in a meaningful firefighting class: smaller than the very highest-flow industrial firefighting robots, but still powerful enough for stand-off suppression in dangerous environments.

Public descriptions also note that the RXR-M40D-11KT can pull a DN80 fire hose for 60 m while filled with water, which is an operationally important feature. Firefighting robots are only as useful as their ability to move while tethered to the water supply, and hose drag can significantly affect mobility. The manufacturer’s inclusion of this detail suggests the platform was designed with real fire-ground deployment in mind rather than only laboratory demonstration.

Self-Protection and Scene Awareness

Guo Xing’s official page lists a number of protective and situational-awareness features, including self-cooling, anti-capsizing, anti-collision, real-time monitoring, and remote supervision and diagnostic functions. Reseller descriptions also mention LED lighting, audible and visual alarm, and image collection, indicating that the robot is intended to operate as both a suppression tool and a remote observation platform.

The self-cooling feature is especially relevant in firefighting robots because radiant heat and hot debris can damage onboard electronics or reduce reliability. Although the visible sources do not publish a full thermal-protection standard for this model, repeated mention of self-cooling across manufacturer and reseller pages suggests it is a core functional characteristic.

Optional Autonomy

One interesting feature on the official Guo Xing page is “Autonomous Navigation (Optional).” This indicates that the RXR-M40D-11KT is not limited to pure manual teleoperation and may support higher-level navigation features depending on configuration. Because the source explicitly labels autonomy as optional, it is safest to describe this as a configurable capability rather than a standard baseline function on every unit.

Technology and Specifications

Core Published Specifications

Across the official Guo Xing page, the product catalog, and aligned reseller listings, the RXR-M40D-11KT is associated with the following publicly visible specifications:

• Overall size: about 1286 × 837 × 965 mm.

• Self weight: about 370 kg.

• Operation speed: 0–2 m/s.

• Working time / endurance: listed as more than 5 hours on one reseller page, but 2 hours on Alibaba. This suggests either different test conditions or listing inconsistencies, so runtime should be treated cautiously unless confirmed directly by the supplier.

• Maximum obstacle crossing: 150 mm.

• Maximum climbing ability: 30°, though one industrial page expresses climbing ability as ≥70%, which is roughly comparable to the same general range.

• Traction force: 2.4 kN.

• Remote control distance: 1000 m on one industrial listing.

These figures place the RXR-M40D-11KT in the class of compact to medium firefighting UGVs: large enough to carry a serious fire monitor and hose load, but still much smaller than very heavy high-flow industrial platforms.

Firefighting System

The most important technical figure is the fire monitor’s 40 L/s flow capacity. Public listings consistently describe the robot as equipped with a 40 L/s water cannon, with a 65 m water spray range and around 60 m foam range. This consistency across official and commercial listings makes these among the most reliable published performance numbers for the model.

That level of suppression output is substantial for a robot of this size. It suggests the RXR-M40D-11KT is intended for initial attack, stand-off cooling, industrial fire control, and support of manned crews, rather than just very small localized extinguishing. This is an inference based on the published flow and range figures.

Protection and Environmental Resistance

Reseller material for the RXR-M40D-11KT lists chassis protection grade IP67 and top protection grade IP65. While these ratings appear in reseller pages rather than the most detailed official page snippet returned by search, they are consistent across multiple storefronts and fit the expected environmental requirements of firefighting equipment.

These protection levels matter because firefighting robots must withstand water spray, runoff, debris, and contaminated environments. Combined with self-cooling and real-time image transmission, they indicate a platform designed for harsh fire-ground conditions rather than benign indoor use.

Chassis and Mobility System

The Guo Xing fire-robot catalog indicates a Christie suspension structure for the RXR-M40D-11KT, which is relevant because suspension design affects stability, traction, and shock absorption in rubble or hose-drag conditions. Although the short official page snippet does not display the full parameter table, the catalog text visible through DirectIndustry explicitly associates the RXR-M40D-11KT with Christie suspension.

This helps explain why the robot is marketed around stairs, obstacles, and agile movement despite its 370 kg weight. A tracked firefighting robot’s value depends not only on pump output, but also on its ability to keep moving when the fire scene becomes physically difficult.

Applications and Use Cases

Mini Fire Stations and Early-Stage Fire Response

A PDF product sheet for the closely matched RXR-M40D firefighting robot says the robot was developed for mini fire stations and for extinguishing fires in the early stage. It also states that the robot can connect to a fire truck and municipal hydrant. Although that PDF does not show the exact “11KT” suffix in its title, the overall architecture, model family, and performance figures align closely enough to support this use-case context.

This suggests a strong fit for municipal first-response teams, industrial mini brigades, campus fire teams, and facilities that need a compact robotic asset able to be deployed quickly before a larger response escalates.

Toxic, Smoky, and Oxygen-Deficient Environments

Both the official Guo Xing product page and the public catalog say the robot is intended to replace firefighters entering scenes with toxic atmospheres, oxygen deficiency, and heavy smoke. These are classic use cases for firefighting UGVs, because thermal danger is often only one part of the hazard; visibility loss and atmospheric risk can be just as deadly.

For example, enclosed garages, tunnels, industrial process rooms, warehouses with chemical combustion products, and confined service spaces can all produce environments that are survivable for robots but dangerous for people. That makes the RXR-M40D-11KT particularly relevant where remote reconnaissance and suppression are needed together.

Industrial and Warehouse Fires

Marketplace descriptions say the broader RXR-M40D family is suited to large warehouses, petrochemical zones, oil tank areas, and small forest or class A/B fire scenarios. Because the RXR-M40D-11KT is the high-visibility 40 L/s “Tiny King Kong” model in this family, these industrial and warehouse uses appear highly consistent with its intended role.

The robot’s compact size can also be an advantage in industrial settings where passage widths, obstacles, or fixed equipment make very large firefighting robots difficult to maneuver. This is an inference based on its published dimensions and the “petite in size” descriptions used in commercial listings.

Hose Advancement and Crew Support

Because the robot can reportedly pull a DN80 fire hose for 60 m while full of water, it is also useful as a hose-advancement platform and suppression support asset. In practical firefighting, moving hose under pressure across debris or stairs can be labor-intensive and dangerous. A robot that can drag the line forward while keeping operators at a safer distance offers operational value beyond just nozzle output.

Advantages / Benefits

One major benefit of the RXR-M40D-11KT is firefighter safety. All of the key public descriptions frame the robot around reducing the need for personnel to enter toxic, smoky, oxygen-deficient, and dangerous fire zones. That is the core reason firefighting robots like this exist.

A second benefit is the balance between compact size and serious suppression output. At roughly 370 kg and with a 40 L/s cannon, the robot occupies a useful middle ground: more deployable than the largest industrial firefighting robots, but far more capable than very small remote vehicles.

A third benefit is terrain and hose-handling capability. Stair climbing, obstacle crossing, tracked motion, and hose towing make it more practical on real fire grounds than a simple indoor wheeled robot. Fire scenes are rarely flat, open, and obstacle-free, so this mobility profile is highly relevant.

A fourth benefit is remote supervision and diagnostics, together with real-time monitoring and image transmission. Fire crews need visibility into conditions ahead of them, and the robot’s camera and monitoring functions help turn it into both a suppression tool and an observation asset.

FAQ Section

What is the Guo Xing Firefighting Robot (RXR-M40D-11KT)?

The RXR-M40D-11KT is a compact tracked firefighting robot designed to enter hazardous fire scenes and deliver remote suppression while keeping firefighters farther from danger. It is built for conditions such as toxic atmospheres, dense smoke, and oxygen-deficient spaces.

How does the RXR-M40D-11KT work?

It works by using a wireless remote-control system, onboard cameras and monitoring, and a 40 L/s fire monitor to attack fires from a safer distance. The tracked chassis helps it move over stairs and obstacles, and the robot can also drag a DN80 fire hose while charged with water.

Why is the RXR-M40D-11KT important?

It is important because it reduces firefighter exposure in dangerous, smoky, toxic, and low-oxygen fire scenes, while still providing meaningful water or foam suppression. That makes it especially useful in hazardous facilities and early-stage fire-response operations.

What are the benefits of the RXR-M40D-11KT?

Its main benefits are remote firefighting capability, tracked mobility, hose towing, self-cooling, real-time monitoring, and reduced risk to firefighters in hazardous scenes.

Is the RXR-M40D-11KT an autonomous robot?

It is primarily described as a wirelessly operated firefighting robot, but the official Guo Xing page notes that autonomous navigation is optional, indicating that some configurations may support higher levels of automated movement.

Summary

The Guo Xing Firefighting Robot (RXR-M40D-11KT) is a compact, tracked, public-safety UGV designed to bring 40 L/s remote fire suppression, obstacle-climbing mobility, self-cooling, and real-time scene awareness into dangerous fire environments. Publicly available manufacturer and market sources consistently position it as a robot for toxic, smoky, low-oxygen, and otherwise hazardous fire scenes where direct human exposure is risky. For agencies or facilities looking for a smaller but still serious firefighting robot, the RXR-M40D-11KT stands out as a practical mid-class platform focused on firefighter safety and operational stand-off.