Topsky Tianlong Tantu 4W (Tianlong Tantu 4W)

Topsky Tianlong Tantu 4W (also marketed as RXR-M30LG) is a compact, remotely operated four-wheel-drive firefighting robot designed for hazardous fireground environments where sending personnel is high risk—such as industrial facilities, warehouses, tunnels, basements, chemical storage areas, and smoke-filled interior approaches

In stock

MERKI:
TOPSKY
HLUTI #:
Tianlong Tantu 4W
ORIGIN:
Kína
AVAILABILITY:
SUBJECT TO AVAILABILITY
SKU:
Topsky-Tianlong-Tantu-4W

Topsky Tianlong Tantu 4W (Tianlong Tantu 4W)

The platform combines fire suppression (via an onboard water/foam “fog cannon” nozzle assembly) with reconnaissance and environmental sensing, enabling operators to assess conditions, detect flammable/toxic gases, and apply extinguishing agent from a safer standoff distance.

In distributor listings, the Tianlong Tantu 4W/RXR-M30LG is positioned as a small, maneuverable fire robot that can be deployed quickly, navigate uneven terrain, and support hose handling tasks (including pulling hoses) while streaming sensor data to a remote operator and, in some deployments, to a cloud-based management platform.


Design and Features

Compact four-wheel drive chassis

A defining design goal is mobility in confined or cluttered environments. The chassis is compact (approximately 747 × 695 × 432 mm) and relatively lightweight for a suppression robot (about 58.2 kg), supporting one- or two-person handling depending on procedures and accessories.

Fog cannon fire suppression head

The robot integrates a fog cannon (water/foam delivery nozzle) intended to reduce heat and suppress flames while limiting operator exposure. Distributor descriptions emphasize the functional integration of the cannon with robotic reconnaissance and remote operation, allowing suppression while the platform collects on-scene data.

Reconnaissance sensors and situational awareness

Product listings describe a sensor suite aimed at fireground visibility and hazard detection, including:

  • Flammable gas detection

  • Toxic gas detection

  • Temperature and humidity sensing

  • A video acquisition system (camera-based monitoring)

  • Optional integration with a “cloud platform” for monitoring/management (implementation varies by deployment)

Hose handling and auxiliary support

Beyond suppression, the platform is described as capable of pulling hoses and supporting certain fire-scene tasks that benefit from mechanical traction and remote operation.


Technology and Specifications

(Specifications below reflect distributor-published figures; exact configuration can vary by supplier package and region.)

Mobility and terrain capability

  • Maximum speed: ~1.39 m/s

  • Straight-line deviation: ~0.25 m (as listed)

  • Climbing ability: up to 71.4% grade (as listed)

  • Obstacle crossing height: ~160 mm

  • Wading depth: up to 0.5 m

These figures indicate a platform intended for mixed indoor/outdoor response zones, including wet floors, shallow standing water, debris, and transitions between smooth and rough surfaces—common in industrial incidents and post-suppression conditions.

Traction and pulling performance

  • Traction force: about 5000 N

  • Hose drag distance: up to 80 m (as listed)

This capability supports use cases where crews want to stage a hose line or reposition it without exposing personnel to heat, smoke, or potential explosion hazards.

Physical characteristics

  • Dimensions: ~747 × 695 × 432 mm

  • Weight: ~58.2 kg

Control and platform integration

Distributor descriptions note remote control and mention a cloud platform option for data visibility and fleet-style management. In practice, the exact architecture (local controller, wireless link, optional command software, data retention) is typically defined by the integrator package rather than the base chassis alone.


Applications and Use Cases

Industrial and petrochemical fire response

Facilities with flammable vapor risks—fuel storage areas, chemical plants, paint shops, and loading docks—often prioritize remote reconnaissance (gas detection + camera) before committing personnel. A compact suppression robot can approach hot zones to provide early situational data and apply extinguishing agent with reduced risk.

Warehouses, logistics centers, and manufacturing halls

Large interior spaces can become smoke-filled quickly, complicating visibility and navigation. The Tianlong Tantu 4W form factor and sensor focus are aligned with entry, assessment, and localized suppression where a full-size firefighting robot may be too large or slow to deploy.

Tunnels, underground rooms, and confined corridors

Confined areas amplify heat, smoke, and toxic exposure. A smaller robot with obstacle and grade capability can help with recon, hose movement, and targeted fog application where human access is constrained.

Hazmat and unknown-atmosphere incidents

Published features highlight flammable and toxic gas detection plus environmental sensing, which can support a staged approach: investigate → confirm hazards → plan suppression/ventilation → reduce risk to teams.


Advantages / Benefits

Reduced firefighter exposure

The primary benefit of a compact firefighting robot is risk reduction—especially during the first minutes of an incident when conditions are unknown and may deteriorate rapidly (flashover risk, toxic gas accumulation, secondary explosions).

Faster reconnaissance-to-action loop

Because the platform couples sensing + suppression, it can potentially move from detection to intervention without changing tools or waiting for specialized teams—depending on SOPs and water/foam supply configuration.

Practical mobility for real sites

Specifications such as 0.5 m wading depth, 160 mm obstacle capability, and a compact footprint support navigation in wet, debris-strewn environments typical after sprinklers activate or after partial suppression.

Hose handling utility

A traction figure of about 5000 N and listed 80 m drag distance suggest the unit can assist in staging lines or repositioning hose—tasks that can be time-consuming and risky under heat/smoke.


FAQ Section

What is the Topsky Tianlong Tantu 4W?

The Topsky Tianlong Tantu 4W (RXR-M30LG) is a compact 4WD firefighting robot that combines a fog-cannon suppression system with reconnaissance sensors (including gas detection and video) to support remote firefighting operations.

How does the Tianlong Tantu 4W work?

It is remotely operated to drive into hazardous zones, stream video and sensor data (e.g., flammable/toxic gas readings), and apply water/foam via its onboard fog cannon. Some deployments also integrate a cloud platform for monitoring and management.

Why is the Tianlong Tantu 4W important?

It helps reduce human exposure to heat, smoke, and toxic or explosive atmospheres by enabling remote reconnaissance and suppression, especially during early incident stages or in high-risk industrial environments.

What are the benefits of the Tianlong Tantu 4W?

Key benefits include compact size (~747 × 695 × 432 mm), listed weight (~58.2 kg), hazard sensing (gas detection + environmental sensors), and practical mobility features like obstacle crossing (~160 mm), wading depth (~0.5 m), and traction (~5000 N) for tasks like hose dragging.


Summary

Topsky Tianlong Tantu 4W (RXR-M30LG) is a compact, four-wheel-drive firefighting robot designed to pair fog-cannon suppression with reconnaissance sensing and remote operation. With published mobility figures (including 1.39 m/s speed, 0.5 m wading depth, and 160 mm obstacle capability) and a listed 5000 N traction force for hose-drag support, it is commonly positioned for industrial, confined-space, and high-risk fire scenarios where reducing responder exposure is a priority.

Specifications

HLUTI # Tianlong Tantu 4W
MERKI TOPSKY

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Topsky Tianlong Tantu 4W (Tianlong Tantu 4W)

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