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Aircraft Industrial Company “Skyeton” was founded by a group of engineers and pilots in 2006. The company develops and supplies unmanned aerial systems and light sports aircrafts for numerous aerial solutions.
Our vision is developing highly automated aerial platforms, designed to continuously perform complicated applications in extended and distant environments.
Copyright© 2006-2018 «Skyeton». All right reserved.
| UAV specification | Value |
| Flight radius, km: | |
| – by telemetry with video | 120 km |
| – max in automatic mode | 1000 km |
| Flight speed, km/h: | |
| – cruise | 120 km/h |
| – maximum | 160 km/h |
| – minimum | 80 km/h |
| Operating ceiling | 3000 m |
| Flight time (depending on the payload) | more than 15 hours |
| Operating temperature range | from -20 to +45 °С |
| Tank capacity | 6 L |
| Takeoff technique | Launcher (catapult) |
| Landing technique | Parachuting on the air cushion |
| Control system | Optional – automatic program or operated remotely from the ground control station. |
| Takeoff preparation | 15 min |
| Break-down time for transportation | 15 min |
| Vehicle dimensions, mm.: | |
| – wingspan | 2985 mm |
| – length | 1830 mm |
| – height | 320 mm |
| Surface area, m2: | |
| – wing | 0,9 m2 |
| – stabilizer | 0,15 m2 |
| – ailerons | 0,05 m2 |
| – elevating rudder | 0,04 m2 |
| Transport container dimensions: | 1350х650х450 mm |
| Weight, kg.: | |
| – maximum take-off | 20 kg |
| – payload | up to 5 kg |
| – empty airplane | 9 kg |
Thermal imager captures non-contact temperature measurements from aerial perspective and saves accurate and calibrated thermal data built into each pixel. Setting accuracy and quality on the new level, it provides comprehensive thermal imaging data for building and roof inspections, power grid inspections, infrastructure analysis, precision agriculture and public safety.
Precise digital crop field maps allow to pin-point areas requiring attention – be it water, weed or pathogen treatment, or nutrient adjustments. Multispectral and hyperspectral imagery provides accurate data to detect and monitor vegetation health and nutrition-richness, drought stress, plant pathogens and respond with precise action needed in each area of attention.
Single or multi-sensor spectral imagery
Making the invisible visible to provide objective and precise information
LIDAR serves in the most demanding mapping applications. Through laser beam a photorealistic three-dimensional point cloud is created, transforming into the most accurate real-time digital surface model available with modern technology.
A digitized crop field map created with LIDAR helps with plant count, gap detection, plant height assessment. Combined with spectral imagery it provides accurate and equipment-compatible recommendations for inputs and plant treatment.
Terrestrial surface point cloud transforming into precise digital surface model
Accurate measurements of terrestrial volumes: quarries, embankments and structures
HD or Full-HD video combined with night sensor provides clear picture around the clock. Switch between the sensors is a single-click, ensuring a continuous operation.
The built-in target tracking allows identifying moving targets, selecting one, locking the imager for following, and providing precise location coordinates. In certain cases, target tracking may be provided as post-processing of a given video stream.
With modern AI solutions at hand, the targets may be differentiated by pre-defined class. Machine learning algorithms improve accuracy for the given environment flight-after-flight.
Gyro-stabilized video feed for clear imagery day and night
Optical and digital zoom for target identification and tracking
Live video downlink up to 100 km
Radar vision is an all-weather day and night visualization system used to create high resolution images on the ground from an aerial platform. Being it severe weather, low clouds, high humidity area, or other, it gives clarity and provides accurate data to get the mission done.
SAR uses radar antenna motion over a target region to provide finer spatial resolution than conventional beam-scanning radars. Stand-alone or paired with LIDAR it provides perfect two- or three-dimensional landscape imagery.
Accurate vision in most severe conditions
Synthetic aperture radar imagery
Fixed-wing UAV mount provides high-quality aerial imagery for mapping and reconnaissance on large area spans and for lengthy and remote objects. Special post-processing software allows for picture composing, providing a seamless most updated area map. Live output allows capturing specific objects as directed from the ground.
Photogrammetry solutions allow creating topographical maps and measuring accurately long distances and large areas. Whether photo camera is used alone or together with laser scanner/LIDAR, it is of benefit for land development and city planning, examining watersheds and deforestation research and agriculture field measurements.
Recurring flights over defined areas provide a spectacular tool for reviewing the ever changing environments. Going further practical, the additional software may identify and report object changes in the large surveilled areas.
Resolutions up to 100 MP with pinpoint accuracy for mapping and other applications
All-weather quality images all across the ISO range
Choice of lenses for optimal viewangle and precision
