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Transforming Confined Space Access with Flyability Drone Inspection UK
At NDTScan, we use Flyability drone inspection UK technology to eliminate traditional access barriers in high-risk or enclosed environments. From chemical tanks and ventilation shafts to underground culverts and decommissioned silos, Flyability Elios drones give us direct access to critical areas — without ever placing a human at risk.
These drones are engineered for GPS-denied, light-deprived, and obstacle-rich spaces. Their carbon fibre collision-tolerant cage, integrated lighting, stabilised camera, and real-time data feedback create a self-contained inspection unit that can be deployed in minutes. Instead of relying on confined-space entry protocols, expensive scaffolding, or downtime-heavy planning, we fly the drone, capture the data, and provide fast, visual evidence of asset condition — all from a safe distance.
For infrastructure owners, industrial operators, and energy clients, this approach is a game-changer — reducing risk, speeding up inspections, and cutting costs across the board.
Supporting Safety-First Inspection Strategies
Traditional entry into confined or hazardous spaces carries significant risk — not just to personnel, but to productivity and compliance. Permits must be raised, teams trained, air tested, safety cover arranged, and emergency plans in place. With Flyability drone inspection, most of that complexity is removed. The drone enters first. It checks conditions, records evidence, and enables engineers to assess from a safe location.
This is particularly important for:
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Hazardous Atmospheres: Chemical tanks, sludge pits, sewers, and wastewater chambers
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Height Risk Environments: Chimneys, stack interiors, flare towers, or overhead gantries
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Access-Limited Voids: HVAC ducts, crawlspaces, cable vaults, and sealed culverts
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Unstable or Contaminated Structures: Fire-damaged buildings, nuclear enclosures, asbestos-lined areas
By removing the need for manned entry, we help our clients comply with Confined Spaces Regulations 1997, LOLER, and Work at Height Regulations 2005 — while capturing inspection-grade data in far less time.
High-Resolution Results That Reveal the Full Picture
The Elios 2 drone used by NDTScan is equipped with a full HD optical camera, thermal imaging sensor, adjustable lighting, and stabilised flight controls — all housed within a 360° protective cage. This system is purpose-built for visual inspection in confined, unlit, and obstacle-rich environments.
We use Flyability drones to inspect:
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Corrosion and pitting on internal vessel walls
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Cracking or spalling in reinforced concrete chambers
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Deposits and buildup in pipework or process ducts
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Fire damage in roof spaces or voids
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Water ingress and pooling in underground structures
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Thermal anomalies on insulated equipment or steam lines
Footage is streamed in real-time to the pilot and inspection team, allowing immediate review and live decision-making. Where necessary, stills, annotations, and footage are archived using Flyability Inspector Software — supporting formal condition reporting, defect tracking, and asset lifecycle planning.
Speed, Mobility, and Minimal Disruption
One of the most important benefits of Flyability drone inspection UK services is the rapid deployment capability. Our inspection teams can arrive on-site, complete pre-flight checks, and begin internal inspection within hours — often in areas that would otherwise require days of access planning, permit scheduling, and equipment mobilisation.
This makes Flyability drones ideal for:
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Turnaround Inspection Windows: Capture asset condition quickly before reactivation
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Reactive Fault Investigation: Immediate review of damage following alarm or shutdown
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Pre-Work Surveys: Visual confirmation of clearance or defect presence before planning intrusive works
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Ongoing Monitoring: Repeatable inspections of known problem areas without repeated entry
Because the drone is battery-powered, wire-free, and compact, it can be operated from outside the confined space, with no physical contact with the asset itself. This allows inspections to occur without interrupting other operations, disturbing environmental controls, or triggering compliance reclassifications.
Supporting UK Infrastructure, Utilities, and Industry
NDTScan deploys Flyability drone inspection UK services across a wide range of sectors, including:
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Water Utilities: Inspection of wet wells, clean water tanks, and valve chambers
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Energy and Power Generation: Internal surveys of turbines, boilers, and pipe tunnels
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Civil Infrastructure: Bridge pier voids, drainage culverts, and underdeck surveys
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Chemical and Petrochemical: Closed-vessel condition monitoring and hazardous area entry
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Nuclear Facilities: Remote entry to decommissioned zones, irradiated areas, and shielded assets
In each environment, the goal is the same — to gather safe, detailed, and traceable data without disruption. Our clients rely on these insights to inform planned maintenance, verify asset condition, or comply with regulatory inspection schedules.
Deliverables Built for Engineers, Inspectors, and Stakeholders
All Flyability inspection data captured by NDTScan is compiled into structured reports tailored to your asset type and organisational needs. Reports include:
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Annotated stills from HD and thermal footage
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Full video files or compressed summaries
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Commentary on defect locations and severity
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Flight path and spatial reference notes
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Recommendations for remedial action or further investigation
Where required, we integrate inspection results into CAD drawings, maintenance schedules, or BIM environments — enabling long-term asset tracking and multi-discipline collaboration.
We also offer live-streamed inspection services, enabling engineers, maintenance teams, or insurers to watch inspections remotely in real time. This supports faster approvals, reduced site visits, and greater transparency during critical investigations.
Why NDTScan Chooses Flyability for Confined Space UAV Inspection
While we use multiple drone systems across our wider inspection offering, Flyability remains unmatched for confined, indoor, and hazardous inspection work. Its combination of stabilisation, durability, and image quality allows us to deliver real engineering insight where other platforms simply can’t operate.
No GPS? No problem. No light? The drone brings its own. Contact risk? None — thanks to the carbon cage. These features make Flyability drones ideal for the challenges of internal inspection in industrial, infrastructure, and energy sectors — and ensure we can operate efficiently, safely, and compliantly on even the most restricted sites.
