Additional information
| Weight | 0.249 kg |
|---|---|
| Brands |
Flyability Elios 3 Surveying Payload
Flyability Elios 3 Surveying Payload is a new-generation camera providing survey-grade accuracy in compromising environments.
- The new payload comes in a bundle with the Elios 3 drone, the Ouster OS0-128 Rev 7 LiDAR, and a FARO Connect software license.
- Overall accuracy of the new surveying payload is five to ten times better than original Elios 3 LiDAR payload
- Effective Point Rate: 1,310,720pts/s
- Smaller laser spots, denser point clouds
- Payload is accurate to +/- 6 mm at 1 sigma. This means that 66% of the points measured are accurate to within 6 mm. 95% of the points are accurate to within 12 mm (2 sigma).
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Surveying the inaccessible.
This model shows a 150m underground gallery, scanned using the Flyability Elios 3 Surveying Payload in just 5 minutes of flight.
Flyability Elios 3 Surveying Payload
Ouster 0s0-128 rev 7
Uplifiting Effciency
Ouster 0s0-128 rev 7
Uplifiting Effciency
Attain Survey-Grade Accuracy
The integration of the Ouster OS0-128 Rev 7 LiDAR sensor, renowned for its high resolution, with the globally recognised FARO Connect SLAM algorithm, results in the creation of highly precise 3D maps and digital twins. Even the most unreachable spaces can be mapped with centimetre-level accuracy, ensuring precise measurements and offering deeper insights.
Having detailed data is essential for informed operational decision-making. However, acquiring this data can be challenging due to the limitations of current data capture technologies in hazardous environments.
Flyability has addressed this issue with their Surveying Payload for the Elios 3. This innovation transforms the Elios 3 into a mobile scanning device capable of flying into areas with openings as small as 50x50cm. It can generate high-resolution scans even in locations that are not visible or accessible, offering industry experts the ability to quickly gather insights that were previously unattainable with conventional tools or other UAV technologies.
Attain Survey-Grade Efficiency
The integration of the Ouster OS0-128 Rev 7 LiDAR sensor, renowned for its high resolution, with the globally recognised FARO Connect SLAM algorithm, results in the creation of highly precise 3D maps and digital twins. Even the most unreachable spaces can be mapped with centimetre-level accuracy, ensuring precise measurements and offering deeper insights.
Having detailed data is essential for informed operational decision-making. However, acquiring this data can be challenging due to the limitations of current data capture technologies in hazardous environments.
Flyability has addressed this issue with their Surveying Payload for the Elios 3. This innovation transforms the Elios 3 into a mobile scanning device capable of flying into areas with openings as small as 50x50cm. It can generate high-resolution scans even in locations that are not visible or accessible, offering industry experts the ability to quickly gather insights that were previously unattainable with conventional tools or other UAV technologies.
Visualise Your Data
Collect intricate, detailed point clouds from complicated indoor environments while operating safely from a distance. The Elios 3’s Surveying Payload enables the seamless creation of detailed visual models of difficult-to-navigate indoor areas, facilitating accurate mapping and in-depth analysis.
Precision 1σ
+ / - 6 mm
Precision 2σ
+ / - 12 mm
Photo Sensitivity
10 x
Elios 3 LiDAR Comparison
The Elios 3 is available with two LiDAR payload options. Below you will find a direct comparison between the two payloads to help you better understand which payload is most suitable for your operations.
| Elios 3 & Flyaware | Elios 3 Surveying & FARO Connect | |
|---|---|---|
| Range | 1x Up to 50m @ 80% reflectivity Up to 15m @10% reflectivity | 2x - 2.3x Up to 100m 80% reflectivity Up to 35m at 10% reflectivity |
| Precision (2 sigmas) | 1x + / - 1.8cm | 5x + / - 1.2cm |
| Accuracy | Some artifacts, like “wall collapses” or “double walls” | No artifact as long as mapping guidelines are followed |
| in structured environments | 1x 0.5-1% drift | 5-10x ~0.1-0.2% |
| in nominal symmetric environments (>2m diameter, enough geometrical features) | 1x ~2% drift | 5-10x ~0.25-0.5% |
| in challenging symmetric environments (>2m diameter, little geometrical features) | 1x 2-5% drift | 2-5x 0.5-2% |
| in very challenging symmetric environments (<2m diameter, enough geometrical features) | 1x 5+% drift | 1-2x 2-5% |
| Points / sec | 1x ~50k | 25x ~1.3M |
| Light sensitivity | 1x | 10x |
| Mapping algorithm | Real-time SLAM focused on robustness, running on drone | Post-processing SLAM, focused on high accuracy, on desktop PC |
| Desktop software | Inspector (for reporting and data localization) | Inspector + FARO Connect (for georeferencing, 3D manip. , etc) |
| Flight time, max altitude | 9’ 30”, 3’000m AMSL | 9’ 00”, 2’700m AMSL |
The 360° Solution
Your Ouster 0S0-128 Rev 7 comes with a full 360° package to help you maximise your operational efficiency and user experience.
Hardware
The surveying payload is available as a bundle with the Elios 3 drone or can be purchased separately as an add-on for current Elios 3 owners.
FARO Connect Software
This software is designed to simplify the processing and management of LiDAR data from the Elios 3.
Reflective Targets
Optimally sized for automatic detection by FARO Connect in the SLAM registration process.
Training
Encompassing all aspects, from optimal flight practices to data processing and registration.
The 360° Solution
Your Ouster 0S0-128 Rev 7 comes with a full 360° package to help you maximise your operational efficiency and user experience.
Hardware
The surveying payload is available as a bundle with the Elios 3 drone or can be purchased separately as an add-on for current Elios 3 owners.
FARO Connect Software
This software is designed to simplify the processing and management of LiDAR data from the Elios 3.
Reflective
Targets
Optimally sized for automatic detection by FARO Connect in the SLAM registration process.
Training
Encompassing all aspects, from optimal flight practices to data processing and registration.
