Topsky Tianlong Xiaoyao Xing K6 (Tianlong Xiaoyao Xing K6)

Topsky Tianlong Xiaoyao Xing K6 (Tianlong Xiaoyao Xing K6)

It is positioned as a multi-purpose, amphibious-capable rescue support UGV (uncrewed ground vehicle) that can be driven into floodwater, debris fields, and constrained urban environments to support dewatering, hose handling, and site operations using remote control rather than direct human exposure.

Across public-safety and industrial emergency response, platforms in this category are typically procured to reduce responder risk during urban flooding, storm aftermath, infrastructure failures, and confined-area incidents, where water, unstable ground, and moving debris can make conventional equipment difficult to deploy safely.

Design and Features

Remote-controlled, scene-adaptive operation

A central design intent of the Xiaoyao Xing K6 is stand-off operation: the robot is intended to be started and operated by remote control, enabling operators to remain outside the immediate hazard zone and still reposition the vehicle to match the evolving needs of the scene.

Amphibious mobility concept

The K6 is described as an amphibious vehicle with “amphibious vehicle tires” combined with an underwater propeller to increase travel speed in water. This approach is commonly used to improve maneuverability in shallow floodwater where pure wheeled traction can be insufficient and where tracked platforms may encounter drag or entanglement.

Multi-scenario, multi-function positioning

The platform is presented as having “diverse functions and wide application scenarios,” indicating it is meant to support multiple operational roles in the same deployment—especially important for emergency teams that need adaptable assets rather than single-purpose machines.

Technology and Specifications

Note: The specifications below reflect published product listing values.

Core physical specifications

• Dimensions: 3070 mm × 2070 mm × 1300 mm

• Weight: ≤ 795 kg

These dimensions place the robot in a class that is large enough to deliver meaningful traction and towing force, while still being compact enough for transport on a trailer or flatbed, depending on the deployment model used by the agency or contractor.

Mobility and performance metrics

• Traction force: ≥ 7.95 kN

• Dragging distance: ≥ 80 m (dragging 2 × DN80 full-water hoses)

• Maximum linear speed: ≥ 1.8 m/s

• Straight deviation: ≤ 0.5%

• Climbing ability: ≥ 83.9% (or 40°)

• Obstacle crossing height: ≥ 220 mm

• Wading depth: ≥ 500 mm

Collectively, these figures emphasize traction, towing/dragging capability, gradeability, and flood-scene access—characteristics that matter when moving loaded hoses, operating in flowing water, or traversing rubble-strewn approaches to a pumping point or worksite.

Platform context and manufacturer positioning

The K6 is listed under the “Topsky” brand and aligned with emergency-response robotics themes. The manufacturer group commonly referenced for Topsky-branded special-purpose robots is Beijing Topsky Intelligent Equipment Group Co., Ltd., which is presented publicly as producing multiple categories of special equipment (including emergency-related equipment lines).

Applications and Use Cases

Flood control and urban dewatering support

In flood response, the operational bottlenecks are often access and sustained hose handling. A vehicle that can enter shallow floodwater (published wading depth ≥ 500 mm) and provide controlled movement can help teams position equipment without exposing operators to hidden hazards (open manholes, unstable curbs, submerged debris).

Hose dragging and deployment logistics

The published ≥ 80 m dragging distance while pulling two DN80 water-filled hoses highlights a practical task: hoses are heavy, resist movement due to friction and water weight, and often must be routed around corners or through narrow corridors. A robotic tug reduces fatigue and risk when hose lines must be moved repeatedly during long pumping operations.

Debris-field mobility and steep approaches

A listed climbing ability of ≥ 83.9% (40°) and obstacle crossing height ≥ 220 mm suggests the platform is intended to reach work zones over curbs, broken pavement, and uneven approaches that commonly appear after storms, landslides, or localized structural failures.

High-risk scene access

Emergency environments can involve contaminated water, electrical hazards, unstable ground, and confined routes. The K6’s remote-control framing supports use cases where agencies want to reduce the probability of injury by keeping personnel outside the immediate danger area while still performing essential mechanical tasks on-scene.

Advantages / Benefits

Reduced responder exposure

Remote operation supports a core safety objective: doing the “first entry” and repetitive heavy handling tasks without placing personnel in the highest-risk zone.

Practical logistics capability (towing/dragging)

The combination of published traction force (≥ 7.95 kN) and hose-dragging specification indicates a focus on real operational pain points, not just mobility for demonstration.

Mobility tuned for mixed terrain and shallow water

The amphibious positioning (tires plus underwater propeller) targets the mixed-condition reality of flood scenes, where teams must transition from pavement to water to debris without changing platforms.

Repeatable precision movement

A published straight deviation ≤ 0.5% suggests attention to controllability—important when maneuvering in tight corridors, near pump inlets, or around vehicles and infrastructure.

FAQ Section

What is Topsky Tianlong Xiaoyao Xing K6?

The Topsky Tianlong Xiaoyao Xing K6 is a remote-controlled drainage and demolition robot designed to operate in hazardous environments such as floodwater and debris areas while reducing the need for direct human exposure.

How does Topsky Tianlong Xiaoyao Xing K6 work?

It is operated by remote control and is intended to move through mixed terrain and shallow water using an amphibious mobility concept (tires plus an underwater propeller). It can also drag water-filled hoses over operational distances for dewatering support.

Why is Topsky Tianlong Xiaoyao Xing K6 important?

It addresses common emergency-response challenges: reaching unsafe areas, handling heavy hoses, and maintaining operations in flood conditions—while helping keep personnel farther from direct hazards.

What are the benefits of Topsky Tianlong Xiaoyao Xing K6?

Key benefits include remote operation, hose dragging capability (including published support for pulling two DN80 water-filled hoses over distance), and flood-scene mobility supported by published wading and climbing specifications.

What are the main specifications of the Xiaoyao Xing K6?

Published specifications include 3070 × 2070 × 1300 mm dimensions, ≤ 795 kg weight, ≥ 1.8 m/s maximum linear speed, ≥ 500 mm wading depth, ≥ 83.9% (40°) climbing ability, and ≥ 220 mm obstacle crossing height.

Summary

The Topsky Tianlong Xiaoyao Xing K6 is presented as a purpose-built remote-controlled drainage and demolition robot focused on flood and hazard-zone operations. Its published specifications emphasize hose dragging, traction, steep climbing, and wading capability, aligning it with emergency-response scenarios where teams need repeatable mechanical assistance while keeping people farther from direct risk.