Topsky Tianlong Smooth Road 75 (Tianlong Smooth Road 75)

Topsky Tianlong Smooth Road 75 (Tianlong Smooth Road 75)

In operational terms, the Smooth Road 75 is intended for remote operation while performing tasks such as clearing obstructed routes, breaking combustible continuity to slow or redirect fire spread, and assisting with recovery or logistics by towing or dragging equipment. The system also incorporates integrated sensing and imaging intended to enhance situational awareness during smoke, low visibility, or complex terrain operations.

Design and Features

Multi-role wildfire support platform

The Smooth Road 75 is described as “multi-functional” across three core job types:

• Forest fire-fighting / fire suppression

• Path opening / firebreak creation

• Pulling and dragging

This “tool-and-task” design philosophy is common in emergency robotics: rather than being a single-purpose extinguisher carrier, the platform is framed as a mechanized support asset that can transition between terrain modification (clearing/creating breaks), active suppression, and tactical utility work (towing/dragging).

Path opening and obstacle processing

A defining feature in the listing is its stated capability to crush small trees and vegetation as part of route clearing and firebreak creation. The described “crush capacity” includes a minimum specified diameter for crushed trees of ≥100 mm.

High-mobility traction emphasis

The robot is described as having a high traction force rating for the overall machine: ≥3.0 kN.
In wildfire contexts, traction matters because robots may need to push through loose soil, ash, wet ground, brush, or debris while maintaining controlled movement for tool use and towing/dragging tasks.

Integrated perception: cameras and pan-tilt imaging

The Smooth Road 75 is described as having ≥3 cameras and a 360° pan-tilt unit, with a remote controller capable of displaying the surrounding 360° view.
This approach is typical for field robotics where the operator relies on multi-angle video to judge proximity to flames, obstacles, and terrain hazards, and to position the robot accurately for tool work.

Integrated detection for hazardous environments

The system is described as supporting integrated detection with:

• 12 gases monitored

• 5 environmental parameters monitored
  While the specific gas list and environmental parameter definitions are not enumerated in the cited listing, multi-gas monitoring in fire response commonly targets hazardous or oxygen-displacing gases and volatile compounds in smoke environments, alongside temperature/humidity and related conditions.

Tool expansion via ultra-high pressure output interface

A notable integration feature is an ultra-high pressure output interface described as enabling external expansion tools, including examples such as:

• Hydraulic disc saw

• Ultra-high pressure demolition tools

• Hydraulic generator
  In practice, this implies a modular approach where the base robot can serve as a powered carrier and work platform for different mission toolkits, depending on the response scenario.

Technology and Specifications

Core published specifications

The listing provides a concise set of physical and performance parameters:

• Dimensions: 1800 mm × 1200 mm × 1300 mm

• Weight: ≤400 kg

• Load capacity: ≥400 kg

• Maximum speed: 10 km/h

• Endurance: 8 hours

• Traction force: ≥3.0 kN

• Crush capacity (tree diameter): ≥100 mm

• Sensing: 12 gases + 5 environmental parameters

• Imaging: ≥3 cameras + 360° pan-tilt

What these specs imply in real deployments

• A ≤400 kg platform with ≥400 kg payload capacity suggests a chassis designed not only to carry tooling but also to handle substantial additional loads, potentially including mission modules, hoses, hydraulic tools, or specialized attachments.

• A 10 km/h top speed is consistent with UGVs intended for mixed terrain movement where stability and controllability can matter more than road-speed travel.

• 8 hours endurance (as listed) aligns with extended remote operations where battery/fuel logistics and operational staging are crucial, especially for wildland fire incidents that can last many hours.

Applications and Use Cases

Forest firefighting and wildfire suppression support

The Smooth Road 75 is explicitly positioned for forest fire-fighting, which typically involves:

• Operating near the fire edge where heat, smoke, and falling debris can be dangerous for crews

• Supporting suppression work while reducing direct exposure of personnel

• Enabling remote action in areas where vehicles cannot safely enter

Firebreak creation and path opening

Its path-opening role includes creating or widening firebreaks (gaps in vegetation that help slow fire spread) and clearing access routes for responders. The published crush-diameter capability supports this use case by indicating the platform is meant to physically process brush and small trees.

Pulling and dragging operations

Pull/drag capability can be used for:

• Moving equipment, hoses, or damaged objects

• Extracting items from hazardous zones

• Supporting logistics in constrained environments

Hazard monitoring and reconnaissance

The combination of multi-gas monitoring, environmental parameter tracking, and multi-camera imaging aligns with reconnaissance and hazard assessment tasks:

• Checking for dangerous gas buildup in smoke-heavy or enclosed terrain features

• Supporting command decisions about crew entry and approach routes

• Providing visual confirmation before deploying personnel

Advantages / Benefits

Improved responder safety through stand-off operation

By placing the robot closer to hazardous conditions, organizations can potentially reduce direct human exposure during initial assessment, route clearing, or suppression support.

Multi-function capability reduces tool changes and asset count

A platform intended to combine suppression, clearing, and towing can reduce the need to deploy separate specialized machines—particularly valuable when transport and staging are constrained.

Integrated sensing and 360° situational awareness

The camera/pan-tilt configuration and sensor package are aligned with better operator visibility and hazard awareness—key factors for effective teleoperation in smoke or low visibility.

Expandable tooling via ultra-high pressure interface

The ability to connect external tools (as listed) supports a modular operational approach where teams can tailor the platform to mission needs without changing the base vehicle.

FAQ Section

What is Topsky Tianlong Smooth Road 75?

Topsky Tianlong Smooth Road 75 is a multi-functional forest fire-fighting ground robot designed for fire suppression support, path opening (firebreak creation), and pulling/dragging tasks, with integrated cameras and hazard sensing for remote operation.

How does Topsky Tianlong Smooth Road 75 work?

It is operated remotely and combines a mobile tracked platform with multi-camera imaging (including a 360° pan-tilt) and integrated detection (12 gases and 5 environmental parameters). It also includes an ultra-high pressure output interface intended to power or connect external hydraulic and demolition tools.

Why is Topsky Tianlong Smooth Road 75 important?

In wildfire and hazardous emergency environments, robots can perform high-risk tasks—such as route clearing, firebreak creation, and reconnaissance—while reducing direct exposure of personnel to heat, smoke, unstable terrain, and other dangers.

What are the benefits of Topsky Tianlong Smooth Road 75?

Key listed benefits include multi-role capability (firefighting, path opening, pulling/dragging), high-traction mobility (≥3.0 kN), integrated multi-gas and environmental sensing, multi-camera/360° imaging for remote operation, and expandability via an ultra-high pressure tool interface.

Summary

Topsky Tianlong Smooth Road 75 is positioned as a heavy-duty, multi-function forest firefighting UGV that combines route and firebreak creation, pulling/dragging utility, integrated hazard sensing, and 360° remote imaging. With published specifications including up to 10 km/h speed, 8-hour endurance, ≥3.0 kN traction, and ≥400 kg load capacity, it is aimed at reducing responder exposure while expanding operational capability in high-risk wildfire environments.