Supporting Kuala Lumpur’s Ground Collapse Incident

Keywords: Confined Space Inspection, Complex Inspection, High Speed Flow, Precise Localization, Remote Monitoring

A severe ground collapse occurred in Kuala Lumpur, presenting extreme challenges due to the hazardous underground environment and a narrow entry point—only 60 cm wide. Additionally, the strong water currents inside the pipeline rendered traditional rescue methods nearly impossible. Workforce were required to through the confined space, significantly increasing safety risks. An unmanned, intelligent solution was urgently needed.

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Supporting Kuala Lumpur’s Ground Collapse Incident 01

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Narrow entry & high-speed water flow hinder traditional rescue operations.

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Solution

We deployed a passive-floating robot designed for confined spaces and high speed flow.

It can provide stable inspection images in high speed flow.

● Compact and highly adaptable, allowing safe access into hazardous zones where manual entry is not feasible.

● Unmanned deployment ensures the safety of rescue personnel while enabling deep exploration of high-risk areas.

Supporting Kuala Lumpur’s Ground Collapse Incident 04

Supporting Kuala Lumpur’s Ground Collapse Incident 02

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Low visibility & complex underground structures make precise localization difficult.

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Solution

We utilized RIFTEYE25 for remote high-precision pre-inspection. High-definition imaging and long-range wireless transmission provide clear, real-time visuals.

Operators can monitor and control the system remotely via a tablet, eliminating the need for personnel to enter dangerous zones.

Live data transmission allows for real-time assessment of inside conditions.