TECHNOLOGY

Flyability Elios 3 Drone Inspection Singapore — Confined Space Specialist

Published 15 April 2026 · SG Drone Inspections

Flyability Elios 3 Drone Inspection Singapore

Confined space inspection is one of the most dangerous activities in industrial operations. In Singapore, the Workplace Safety and Health Act requires employers to eliminate risks as the first priority in the hierarchy of controls. Drone inspection achieves this by removing the need for human entry entirely.

Flyability Elios 3 drone for confined space inspection

This guide covers confined space drone inspection technology, applications in Singapore's industrial sector, and compliance with WSH regulations.

Technology Overview

Collision-Tolerant Design

The Flyability Elios 3 is enclosed in a protective carbon fibre cage that allows it to bounce off walls, ceilings, and obstacles without damage or loss of control.

Multi-Sensor Payload

4K camera for visual inspection, radiometric thermal sensor for temperature analysis, and LiDAR scanner for 3D mapping — all in a single compact platform.

GPS-Denied Navigation

Confined spaces have no GPS signal. The Elios 3 uses visual-inertial navigation for stable flight in complete GPS denial.

Compact Access

Fits through standard manholes and access hatches as small as 40cm x 40cm, accessing spaces that would require extensive preparation for human entry.

Applications in Singapore

ApplicationAssetsLocation
PetrochemicalStorage tanks, pressure vessels, reactorsJurong Island, Tuas
MaritimeBallast tanks, cargo holds, void spacesKeppel, Sembcorp, Tuas shipyards
Water InfrastructureWater tanks, treatment chambersPUB facilities island-wide
Building ServicesHVAC ducts, ceiling voids, tunnelsCommercial buildings island-wide

WSH Compliance Benefits

  • Eliminate Entry Risk — the hierarchy of controls requires elimination as the first option. Drone inspection eliminates confined space entry entirely.
  • No Atmospheric Monitoring — since no person enters, atmospheric testing for the space is not required for the inspection.
  • No Rescue Team — eliminating entry eliminates the need for confined space rescue standby personnel.
  • Reduced Downtime — inspections can often proceed without full tank cleaning or gas-freeing.
  • Documentation — drone inspection provides objective, repeatable condition documentation meeting WSH evidence requirements.

Cost and Safety Comparison

FactorDrone InspectionManned Entry
Personnel at riskZero2-4 entrants + rescue team
Setup time1-2 hours4-8 hours
Inspection time2-4 hours4-8 hours with breaks
Total personnel2-36-8
Cost$3,000-$8,000$8,000-$20,000+

Frequently Asked Questions

How does the drone enter confined spaces?
The collision-tolerant Flyability Elios 3 enters through standard access hatches as small as 40cm x 40cm. Its protective cage allows contact with walls without damage.
Does it eliminate the need for human entry?
In most cases, yes. The drone captures visual, thermal, and LiDAR data sufficient for condition assessment without any person entering the space.
Is it suitable for hazardous atmospheres?
The Elios 3 is designed for operation in potentially hazardous environments. Since no humans enter, atmospheric risks are eliminated entirely.
What data does it capture?
4K video, high-resolution photographs, radiometric thermal imaging, and LiDAR 3D point cloud data for comprehensive internal assessment.

Technical Specifications and Capabilities

Understanding the technical capabilities of confined space inspection drones helps asset owners appreciate what data they will receive and how it compares to traditional manned entry methods.

SpecificationFlyability Elios 3Manned Entry
Visual Camera4K video, 12MP stillsHandheld camera (variable)
Thermal SensorRadiometric FLIR, 160x120Handheld thermal (if carried)
3D MappingLiDAR point cloudNot available
Access Size40cm x 40cm minimum openingStandard manhole (60cm)
Flight DurationUp to 12 minutes per batteryLimited by atmosphere/fatigue
Lighting10,000 lumen onboard LEDHeadlamp + torch
Safety RiskZero human exposureAtmospheric, physical, engulfment

The LiDAR capability of the Elios 3 deserves special mention. While inspecting the interior of a tank or vessel, the drone simultaneously creates a 3D point cloud model of the space. This digital twin can be used for volumetric calculations, wall thickness trending, and precise location referencing of defects — capabilities that are not available through traditional visual inspection.

Planning a Confined Space Drone Inspection

Successful confined space drone inspections require planning specific to the asset type and condition. Here is what we need from you and what we handle.

Information We Need

Asset drawings showing internal dimensions, access point locations and sizes, contents history (what has been stored), internal structures or baffles, and any known defect areas from previous inspections.

Preparation Required

The space should be emptied of contents and ideally cleaned of loose debris. Access hatches should be opened. For tanks with floating roofs, the roof position should be documented.

What We Handle

All CAAS permits, equipment mobilisation, pilot operations, data capture, analysis, and reporting. We also coordinate with your site safety team and comply with all site-specific PTW requirements.

Deliverables

HD video of the complete internal survey, high-resolution still photographs of all surfaces and defects, thermal data showing temperature anomalies, 3D LiDAR point cloud, and comprehensive condition report.

Regulatory Framework in Singapore

Singapore's regulatory framework strongly supports the adoption of drone technology for confined space inspections through the principle of hazard elimination.

The Workplace Safety and Health Act requires employers to take reasonably practicable measures to ensure safety. The hierarchy of controls prioritises elimination of hazards above all other measures. When a drone can perform the inspection without human entry, using manned entry instead may be difficult to justify as meeting the "reasonably practicable" standard.

MOM's Code of Practice for Working in Confined Spaces details the extensive requirements for manned entry — atmospheric monitoring, rescue standby, entry permits, communication systems, and trained personnel. Each of these requirements represents a cost and complexity that drone inspection eliminates entirely.

For Jurong Island operations, the Major Hazard Installations (MHI) regulations add another layer of safety requirements for confined space work. Drone inspection aligns with the MHI principle of minimising human exposure to hazardous environments during routine maintenance and inspection activities.

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