Flyability
Flyability builds collision-tolerant Elios indoor drones and Flyability Cloud for remote visual inspection, 3D mapping, and confined-space data capture in industrial plants, infrastructure, and built assets where GPS-denied flight is normal.
Flyability sells caged, collision-tolerant drones built for GPS-denied indoor flight, with Elios as the flagship line for dark, complex spaces where traditional obstacle avoidance struggles. Operators capture imagery and survey-grade data while reducing scaffolding, rope access, and manned confined-space entry.
What outputs do teams receive? Elios supports remote visual inspection, photogrammetry-style mapping, and optional ultrasonic thickness payloads on published product pages. Flyability Cloud hosts projects so stakeholders review flights, measurements, and annotations through shared links rather than shipping hard drives.
Scale and support show up in vendor messaging: Flyability states a global reseller network and broad geographic adoption, which matters when plants need local training and spare parts (Flyability FAQ, accessed 2026). Still validate service coverage in your country before you standardize on hardware.
Safety and environment limits remain explicit. Flyability notes products are not ATEX or intrinsically safe by default, and hazardous environments may require cleaning or inerting similar to manned inspections. Budget for those procedures when you plan explosive or chemical spaces.
Specifications
Pricing
Platforms
Used for
Used by
Tasks
Pros and cons
Pros
- Purpose-built for indoor and GPS-denied environments where outdoor drones fail.
- Cloud sharing removes large file friction for distributed review teams.
- Optional payloads extend beyond pure visual capture for thickness and gas awareness.
Cons
- Not marketed as ATEX or intrinsically safe without site preparation.
- Indoor flight still demands permits, safety briefings, and plant-specific rules.
- Pricing is quote-based and varies with payloads and services.
Key features
Collision-tolerant flight: Propeller-in-cage design and flight algorithms tuned for contact with surfaces in tight spaces.
Elios platform: Indoor mapping, inspection, and optional UT payloads for thickness readings.
Flyability Cloud: Hosting and collaboration for Elios datasets with shared links.
Training and demos: Vendor offers pilot training and distributor-led support per site materials.
Accessory ecosystem: Tether power units, extended batteries, and gas-sensing options advertised for specific missions.
Pricing
Enterprise (quote)
Free
Quote-only sales; confirm with Flyability or a distributor.
Frequently asked questions
What is Flyability used for?
- Flyability manufactures Elios drones for indoor inspections and mapping in confined spaces such as tanks, ducts, and industrial buildings. Teams reduce manned entry while capturing visual data and optional thickness measurements.
Does Flyability work outdoors on construction sites?
- The product line targets indoor, GPS-denied environments. Outdoor construction workflows that rely on GNSS and open-air flight patterns usually fit multicopter or fixed-wing mapping platforms instead.
How much does Flyability Elios cost?
- Flyability sells through quotes and distributors. Contact sales or a regional reseller for pricing that includes airframe, payloads, training, and support options.
Is Flyability Cloud required?
- Flyability Cloud is the vendor-hosted option for sharing and collaborating on Elios datasets. You can evaluate whether cloud hosting meets your security policy compared with on-premise storage workflows.
Can Flyability drones operate in explosive atmospheres?
- Flyability states products are not ATEX or intrinsically safe by default. Hazardous areas often require cleaning, inerting, or other plant procedures before flight, similar to manned inspections.
Flyability vs outdoor mapping drones for buildings: which fits?
- Use Flyability when you must fly indoors, beyond line of sight, or in GPS-denied volumes with frequent contact risk. Use outdoor mapping drones when you can fly in open air with GNSS and clear sky access for large site orthomosaics.