Topsky Tianlong Tan Tu 120-K (Tianlong Tan Tu 120-K)

Topsky Tianlong Tan Tu 120-K (Tianlong Tan Tu 120-K)

The platform is presented as part of a “Tianlong Tan Tu” firefighting robot line and is typically positioned for industrial sites, warehouses, tunnels, petrochemical facilities, and other high-risk settings where conventional hose teams may face limited access or unacceptable danger.

Robotic firefighting systems are a broader class of mobile and stationary devices intended to support suppression, reconnaissance, ventilation, and rescue operations. Research literature and operational deployments commonly emphasize the need to withstand heat, manage reaction forces from high-flow monitors, and provide stable mobility in debris-strewn terrain.

Design and Features

Tracked chassis and mobility profile

The Tianlong Tan Tu 120-K uses a tracked (crawler) chassis for traction and stability on uneven surfaces. In product literature, the platform is described with:

• Obstacle-crossing height: up to 60 mm

• Trench-crossing width: up to 140 mm

• Maximum climbing grade: ≥ 35%

• Approach angle: 45°

• Departure angle: 35°

These parameters reflect a design goal typical of emergency robots: maintain forward progress over hoses, debris, shallow steps, and uneven floors that often appear during industrial incidents.

Fire monitor and “fog cannon” projection

A defining element of the system is its integrated monitor (water/foam nozzle), marketed as a “fog cannon,” with the following stated capabilities:

• Rated flow: 1000 L/min

• Maximum spray range: ≥ 120 m

• Rotation: 360°

• Elevation (pitch): –15° to 60°

In firefighting practice, monitor-style nozzles are commonly used to deliver high volumes of water or foam from a safer stand-off distance, especially when direct interior access is limited or when cooling and exposure protection are priorities.

Integrated sensing and situational awareness

The model is presented as supporting multi-sensor awareness and telemetry, including:

• Toxic/harmful gas detection

• Environmental sensors

• Support for “real-time transmission” and “video monitoring”

Although specific sensor models and detection limits are not always published in reseller summaries, this configuration aligns with a common firefighting-robot pattern: combine mobility, camera feedback, and basic hazard sensing to help command staff make faster, safer decisions.

Ventilation and smoke control (fan module concept)

The 120-K listing also highlights strong ventilation and the ability to manage high-temperature smoke, implying the robot can support smoke exhaust or airflow management in addition to suppression.
Ventilation is a frequently cited operational need in fireground robotics and mechanized support: clearing smoke improves visibility, reduces heat accumulation, and can support rescue and overhaul—though the effectiveness depends heavily on the incident layout and the specific fan/ducting configuration used.

Connectivity and fleet/incident integration

The Tianlong Tan Tu 120-K is described as supporting:

• Wireless control

• A “cloud platform” concept

• Coordination with “multiple products”

In real deployments, network reliability, video latency, and operator training are often as important as raw mechanical performance—especially when robots are expected to operate near flame fronts or inside RF-challenging structures.

Technology and Specifications

Core published specifications

Commonly listed technical parameters for the Tianlong Tan Tu 120-K include:

• Dimensions (L×W×H): 1750 × 860 × 1750 mm

• Weight: 500 kg

• Maximum driving speed: ≤ 6 km/h

• Maximum traction (pulling force): ≥ 2600 N

• Maximum load (payload): ≥ 120 kg

• Monitor flow: 1000 L/min

• Monitor range: ≥ 120 m

How the system works (operational concept)

In a typical use pattern for a tracked firefighting robot, an operator drives the robot via a remote controller while relying on onboard video. The monitor nozzle is aimed using motorized pan/tilt controls to apply water or foam at distance. The platform’s low-speed, high-traction approach is generally intended for stable positioning and controlled movement rather than rapid response driving. This overall concept is consistent with documented real-world deployments of remotely operated firefighting vehicles.

Applications and Use Cases

Industrial and petrochemical fire response

The 120-K is positioned for environments where:

• combustible liquids or hazardous materials may be present,

• heat and smoke exposure is severe,

• access routes are restricted, and

• high-flow, stand-off suppression is preferable.

Warehouse, tunnel, and infrastructure incidents

Tracked robots are commonly considered for long corridors and confined infrastructure (tunnels, utility corridors, large indoor spaces), where hose deployment and visibility are challenging. Academic and engineering literature on firefighting robotics highlights mobility constraints, sensor needs, and the importance of stable monitor control under reaction forces.

Reconnaissance and hazard assessment

With video monitoring and gas detection described as supported features, the robot may be used early in an incident to:

• inspect hot zones,

• identify likely seat-of-fire areas,

• assess atmosphere hazards (as supported by the sensor suite), and

• guide suppression tactics from a safer distance.

Advantages / Benefits

Key benefits commonly associated with this class of platform include:

1. Risk reduction for responders: Remote operation can reduce exposure during high-heat, collapse-risk, or toxic-atmosphere conditions.

2. Stand-off suppression: A high-range monitor can apply water/foam from positions that may be impractical for handlines.

3. Terrain tolerance: Tracks and published mobility parameters indicate suitability for debris and uneven surfaces often found in industrial incidents.

4. Situational awareness: Onboard video and sensor integration support safer decision-making, particularly during initial size-up.

FAQ Section

What is Topsky Tianlong Tan Tu 120-K?

Topsky Tianlong Tan Tu 120-K is a tracked, remotely operated firefighting robot designed to project water or foam via a motorized monitor (“fog cannon”) and support hazardous-area operations with video monitoring and sensor integration.

How does Topsky Tianlong Tan Tu 120-K work?

An operator drives the robot remotely (wireless control) while using onboard video for navigation and targeting. The integrated monitor rotates and elevates to direct water/foam at the fire from stand-off distances; published monitor specs include 360° rotation and –15° to 60° pitch.

Why is Topsky Tianlong Tan Tu 120-K important?

Firefighting robots are used to reduce responder exposure in high-risk conditions (extreme heat, smoke, toxic atmospheres, and collapse hazards) while maintaining suppression capability and situational awareness.

Where can I buy Topsky Tianlong Tan Tu 120-K?

The 120-K is typically sold through distributors and resellers who provide quotations, configuration options, and shipping/support terms rather than a universal retail price.

What are the benefits of Topsky Tianlong Tan Tu 120-K?

Commonly cited benefits include stand-off suppression (published range ≥120 m), high-flow output (1000 L/min), tracked mobility over debris, and remote video/sensor support for safer incident operations.

What specifications should I verify before purchasing?

Buyers commonly confirm monitor flow/range, payload (listed ≥120 kg), mobility limits (grade, obstacle/trench capability), communications/video latency, sensor package, operating temperature limits (if provided), training, spares, and warranty/service coverage.

Summary

Topsky Tianlong Tan Tu 120-K is presented as a tracked, remote-controlled firefighting robot built around a high-range, motorized water/foam monitor (1000 L/min, ≥120 m range) and supported by video monitoring and hazard-sensing concepts. Its published mobility and payload figures position it for industrial and infrastructure incidents where stand-off suppression and reduced firefighter exposure are key operational goals.