Topsky Tianlong Conquest 120 Fire Fighting Robot

The Topsky Tianlong Conquest 120 Fire Fighting Robot is a remotely operated firefighting and emergency-response machine designed to enter environments that are too hot, too toxic, or too unstable for human crews. As part of the Tianlong Conquest series of firefighting and emergency robots, it combines fire suppression with reconnaissance, letting operators direct a long-range water cannon, monitor gas conditions, and haul equipment while staying outside the danger zone. The platform carries an explosion-proof rating of ExdIIB+H2T6Gb and IP67 ingress protection, a pairing that targets flammable-atmosphere industrial sites where an ordinary electric vehicle could itself become an ignition source. With a mass of no more than 374 kg in a chassis measuring 1528 mm by 890 mm by 1146 mm, the Conquest 120 is compact enough to move through plant corridors yet heavy enough to generate at least 3000 N of traction for dragging charged hose lines.

Background

The Tianlong Conquest Series

Topsky positions the Tianlong Conquest family as remotely operated firefighting and emergency robots for hazardous, high-temperature, and high-risk industrial settings. The series concept is straightforward: keep firefighters at a distance while the machine performs the first, most dangerous phase of an intervention. Each platform in the line does two jobs at once — suppress fire with an onboard water cannon and gather situational intelligence for the incident commander. The Conquest 120 follows this dual mandate: it extends the reach of a trained operator, delivering water, sensors, and towing capacity into places where protective clothing alone is not a sufficient safeguard.

Why Explosion-Proof Design Matters

The defining engineering choice behind the Conquest 120 is its explosion-proof construction, graded ExdIIB+H2T6Gb. In petrochemical plants, fuel depots, gas-handling facilities, and similar sites, the atmosphere itself can be flammable, and any spark from a motor, relay, or battery contact can trigger a secondary event worse than the original fire. An explosion-proof enclosure is built so that internal electrical components cannot ignite the surrounding atmosphere. Combined with IP67 protection — full resistance to dust ingress and tolerance of temporary immersion — the robot is intended to keep operating amid the water spray, foam, mud, and particulates of real fireground work. This is what separates purpose-built firefighting robots from general vehicles adapted after the fact.

Technical Specifications

Specifications are drawn from manufacturer-published data and may vary by configuration, production batch, or regional requirements; exact figures for a specific delivery should be confirmed during quotation.

How Does the Conquest 120 Handle Hazardous Terrain?

Fireground mobility is rarely about top speed and almost always about refusing to get stuck. The Conquest 120 moves at 5.51 km/h — at least 1.81 m/s — roughly a brisk walking pace, appropriate for a machine that advances ahead of a hose team rather than racing to a scene. More telling are its terrain figures. The robot climbs gradients of at least 70 percent, equivalent to 35 degrees, covering ramps, loading inclines, and embankments found around industrial facilities. It crosses obstacles at least 250 mm high — curbs, thresholds, pipework, low debris — and wades through water at least 500 mm deep, a common condition once suppression water begins pooling. A straight-line deviation of no more than 0.42 percent means the platform tracks accurately over long approaches, so an operator steering by camera does not fight constant drift.

What Does the Onboard Monitoring System Report?

Suppression is only half the machine's job; the other half is telling the incident commander what is actually happening inside the hazard area. The Conquest 120 carries toxic and harmful gas detection, sampling the atmosphere it drives through and flagging conditions that dictate whether human entry is survivable. Its cloud platform transmits a live picture of the deployment: position, remaining battery, audio from the scene, video from onboard cameras, and gas-environment readings. This stream turns the robot into a mobile sensor node as much as a suppression asset. Commanders can watch conditions evolve, correlate gas readings with location, and make entry or evacuation decisions on measured data rather than assumption.

Who is the Topsky Tianlong Conquest 120 for?

The Conquest 120 is aimed at organizations whose fire risk involves atmospheres and temperatures that exceed what protective equipment alone can manage. Industrial fire brigades at petrochemical, chemical, and energy facilities are the clearest match, since the explosion-proof grade is specifically relevant where flammable gases may be present. Municipal fire services responding to warehouse, tunnel, and industrial incidents can use it as a first-entry asset before committing personnel. Emergency-management agencies, port and terminal operators, and large manufacturing sites with in-house response teams are also natural users. In every case the logic is the same: substitute a replaceable machine for an irreplaceable person during the most uncertain phase of an incident.

What is the Topsky Tianlong Conquest 120 used for?

1. Remote fire suppression, directing a long-range water cannon at seats of fire without exposing operators to heat or collapse hazards.
2. Reconnaissance of hazardous areas, streaming video, audio, and position data from inside structures or plants before crews commit to entry.
3. Toxic and harmful gas detection, mapping atmospheric hazards so commanders can judge whether and where human entry is possible.
4. Hose deployment and towing, using at least 3000 N of traction to drag two full DN80 water hoses over distances of 80 m or more.
5. Transport of rescue materials and water hoses to forward positions, reducing the loads carried by firefighters in protective gear.
6. Continuous incident monitoring through the cloud platform, giving command staff live battery, location, and environmental status for the deployed robot.

Pricing and Availability

Pricing for the Topsky Tianlong Conquest 120 Fire Fighting Robot is provided on a quotation basis, since final cost depends on configuration, optional equipment, and delivery terms. Configuration and final pricing should be confirmed during quotation. Purchase details and quotation requests are handled directly on this page, where the product can be added to a request for the sales team to respond with a formal offer.

Frequently Asked Questions

What explosion-proof rating does the Conquest 120 carry?

It is rated ExdIIB+H2T6Gb, an explosion-proof grade intended for operation in flammable industrial atmospheres, and its enclosure carries IP67 dust and water protection.

How fast does the robot move?

It travels at 5.51 km/h, which is at least 1.81 m/s — deliberately close to walking pace so an operator and hose team can work alongside it.

Can it pull charged fire hoses?

Yes. It generates a traction force of at least 3000 N and can drag two full DN80 water hoses a distance of at least 80 m.

What terrain can it cross?

It climbs gradients of at least 70 percent (35 degrees), crosses obstacles at least 250 mm high, and wades through water at least 500 mm deep.

What information does it send back to operators?

Its cloud platform reports position, battery level, audio, video, and gas-environment readings in real time, alongside dedicated toxic and harmful gas detection.

How large and heavy is the robot?

The chassis measures 1528 mm by 890 mm by 1146 mm and the robot weighs no more than 374 kg.

Where can I buy Topsky Tianlong Conquest 120 Fire Fighting Robot and what does it cost?

The robot can be purchased through this page, where quotation requests are submitted directly. Pricing is not published as a fixed figure because it depends on configuration and delivery terms; a formal quote is prepared after a request is received.

Summary

The Topsky Tianlong Conquest 120 Fire Fighting Robot pairs explosion-proof, IP67-rated construction with practical fireground abilities: a long-range water cannon, toxic-gas detection, cloud-based telemetry, and enough traction to haul charged DN80 hose lines 80 m or more across slopes, obstacles, and standing water. As part of the Tianlong Conquest series of remotely operated emergency robots, it is built to take the first, most dangerous steps of an industrial fire response so that people do not have to. For organizations comparing advanced robot platforms, this page is the starting point.