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Flyability: Elios 3 Drones for Industrial Inspection and Mapping
Flyability combines Elios 3 inspection drones, measurement payloads and reporting software for hard-to-access assets. Review payload choices, environmental limits, survey evidence and pilot requirements.
Company and inspection focus
Flyability supplies drones and software for inspecting industrial assets and collecting data in difficult-to-access spaces. The Elios 3 platform combines a protective cage, flight stabilization, imaging and LiDAR mapping. Its principal role is bringing inspection instruments to locations that are difficult to observe from outside.
Research reviewed: 10 September 2026. This profile is listed under industrial inspection because the application is asset assessment. A drone's ability to enter a space does not establish the quality or completeness of the inspection, which depends on the instrument, flight plan and technical review.
Elios 3 imaging and navigation
The Elios 3 product page describes a 4K visual camera, thermal camera, distance sensor and lighting for close inspection. FlyAware combines LiDAR and computer vision for stabilization and mapping, while the Cockpit application displays the drone's surroundings and trajectory. These functions support a pilot; they should not be interpreted as unrestricted autonomous inspection.
Determine the smallest defect the inspection must reveal and demonstrate it at the planned viewing distance. Check image sharpness, lighting, obstructions and the ability to return to a recorded finding. A thermal image or visible anomaly is evidence for specialist review, not an automatic diagnosis of structural condition.
Choosing measurement payloads
The Surveying Payload accuracy report describes a package using an Ouster Rev 7 LiDAR, FARO Connect and survey targets. Its results depend on the environment and processing version. A package-level accuracy result must not be applied to every standard drone, route or point cloud.
The separate UT Payload, developed with Cygnus Instruments, supports ultrasonic measurements. Flyability's documentation emphasizes the need for appropriate training and interpretation. Confirm the probe, surface preparation, couplant, calibration and measurement procedure for the intended asset rather than assuming a drone-mounted reading is automatically equivalent to an established inspection method.
Quote the actual payload combination and its effects on aircraft configuration and usable flight time. Include data processing, licenses and operator competence in the scope. Camera inspection, LiDAR surveying and ultrasonic thickness measurement answer different questions and require separate acceptance criteria.
Environmental and hazardous-area boundaries
The Flammable Gas Sensor page explicitly describes Elios 3 as non-ATEX. The sensor is an additional warning instrument; it does not make the aircraft explosion-proof or remove the risks of entering a flammable environment. Obtain a site-specific decision from the responsible personnel before selecting equipment for that setting.
The Elios 3 page also distinguishes a design intended to meet IP44 from IP44 certification. Confirm the current documentation for the offered hardware and payloads, including temperature, dust, moisture and contamination limits. The protective cage is not permission to expose an asset or aircraft to unrestricted contact.
From flight data to inspection records
Inspector 5 supports reviewing video with telemetry and thermal imagery, annotating points of interest, working with maps and exporting reports. Flyability identifies Asset Management as a premium extension, so confirm which workflow features are included in the quoted subscription.
Before the pilot, define asset identifiers, required viewpoints, measurement locations and report fields. Preserve original data and document how maps are aligned between flights. Specify who reviews uncertain measurements, how follow-up work is assigned and which files the owner receives. A visually impressive 3D model is useful only if it supports the maintenance question being asked.
Dated evidence from a bridge survey
A Flyability and Droprise case study describes testing the Surveying Payload on a Belgian road bridge in October 2023. The team collected data underneath and alongside the structure to create a model, while avoiding flights over the live bridge deck under the permissions described in the account.
This is evidence of a particular mapping demonstration, not a standard authorization or guaranteed survey outcome. Its outdoor bridge geometry is also different from a narrow internal duct. For a confined-space purchase, request a demonstration matching the access opening, internal shape, surface conditions and data requirements of the actual asset.
Questions for a scoped inspection pilot
Which asset surfaces, defects or measurements must the inspection cover?
Which camera, LiDAR, UT or other payload is included, and what remains optional?
Can the configured aircraft enter, maneuver and return through the available opening?
What flight, instrument and technical-review training does the team require?
How will failed readings, inaccessible areas and incomplete coverage be recorded?
What are the retrieval arrangements if the drone cannot fly back?
Which software features, processing hardware, spares and local support are included?
Measure usable coverage, repeatability, data quality and operator effort across the complete job. Agree what constitutes an accepted inspection record and who signs it off. Public case studies do not establish a universal price, savings percentage, installation schedule or asset-integrity finding.
Official contact and related reading
Use the official Flyability contact page to describe the asset, access constraints, country and required inspection output. Confirm whether the proposal covers equipment, an inspection service or both, and identify the local delivery and support responsibilities.
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Zhilianhai provides source-based research and enquiry routing. This profile is not a supplier endorsement, certification, quotation or purchase commitment.