Forestry and agriculture

The UAV SKAT 350M is used to monitor and control large areas. It's highly effective in the search and aerial accounting of animals, as well as crops control and machine operators' work optimization
  • Forest management
  • Express assessment of forest fund plots
  • Development of optimal plans for logging areas with allocation of non-operational allotments in order to preserve elements of biological diversity
  • Performing spectroscopic and stereoscopic aerial photography
  • Designing a network of forest roads and warehouses
  • Calculation of the size and cubic mass of timber stacks
  • Creation of orthophotoplans for forest taxation
  • Building of forest development projects and project documentation of forest plots
9,333 meters – SKAT 350M flew around Mount Everest and set a new world record for the altitude achieved by an unmanned aerial vehicle. The result was listed in the Guinness Book of Records in 2017
  • 240 min
    Maximum duration of flight
  • 240 kilometers
    Length of the route
  • 120 km/h
    Max speed
Automation
There have been introduced an automatic air pressure receiver and a new battery controller, both innovations increasing UAV's operational characteristics
Optimization of the UAV design
There have been implemented new technical solutions that have improved the functioning of daytime and thermal imaging cameras
Cameras
Installation of a Full HD day spectrum camera, an HD night spectrum camera, a still camera or a multispectral camera is possible to adapt the machine to the task ahead
Wing modernization
New wing designs and control elements. Their mechanical strength and operational reliability have been improved
The latest unmanned aircraft system with improved aerodynamic characteristics and a wide range of applications

UAV SKAT 350M

Composition of the complex

The design of the UAV is a reinforced flying wing adapted to parachute landing. There are no protruding or brittle elements that are susceptible to damage during landing. The wingspan is 3.2 meters. Similar design features of the SKAT 350M allow you to perform tasks at different heights.
  • UAV — unmanned aerial vehicle
    • 32 video transmission channels
    • online switching of communication channels
    • telemetry transmission channel
    • data transmission channel
    • automatic target tracking module
    • transportation case for UAV
    • GPS/GLONASS satellite navigation system
    • navigation lights
    • course camera. Resolution at least 720x576 pix
    • shield consoles
  • GBRT — ground-based receiver and transmitter
    • A GBRT with additional "wave channel" type antennas provides software switching between wide- and narrow-directional antennas by an Operator with a GBCS
    • 32 video transmission channels
    • data transmission channel
    • a set of antennas
    • telemetry channel
    • rotatable device
  • GBCS — ground-based control station
    • The communication line between the GBCS and the GBRT has been increased to 500 meters ensuring safe calculation of the UAV parameters
    • external battery discharge monitoring device
    • power supply type: 12-–36 volts, 220 volts
    • software package
    • laptop with the monitor diagonal of at least 13 inches
    • mouse manipulator, joystick
    • secure case

Working loads

  • HD Visible Spectrum Camera
    • gyrostabilized platform
    • resolution: at least 1280×720 pix
    • optical magnification, multiplicity: at least 30
    • shutter type: frame Global shutter
  • HD Infrared Spectrum Camera
    • gyrostabilized platform
    • resolution: at least 1024x768 pix
    • lens of at least 35 mm
  • Camera
    • 32 video transmission channels
    • online switching
    • telemetry transmission channel
    • data transmission channel
  • Multispectral camera
    • 2064×1544 sensor resolution
    • AGL 81 cm per pixel (thermal) at 120 m
    • field of view: 48°×37° (multispectral)
    • field of view: 57°×44° (thermal)

Additional equipment

  • Pneumatic starting device
    • A compressed air cylinder may be additionally supplied to significantly reduce preparation time for the start and allow for use of a catapult without a compressor
  • Charging station with rechargeable batteries
    • battery quantity: 8 pcs Lipo
    • capacity: at least 22 A/h
    • protected case ZS with battery
  • OFOC (Omnipurpose fiber-optic converter)
    • cable VOLS 500 m
    • cable set
    • Battery 5-22A
    • OFOC for GBCS
    • OFOC for GBRT
    • case

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Izhevsk Aircraft Plant is one of the leading manufacturers of unmanned aerial vehicles. For over 10 years IAP designers and engineers have been consistently involved in the technological progress of the industry
  • Serial production
    The plant has its own design bureau, a state-of-the-art laboratory for the assembly of microelectronic products, and a cutting-edge flight test base
  • Wing modernization
    All improvements are carried out by an experienced team
  • Training Center
    We conduct training for specialists in unmanned systems at our training center
  • Maintenance center
    The company provides maintenance services. Warehouses are present in the cities of Izhevsk and Rostov-on-Don

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Other solutions

  • Construction and land management
  • EMERCOM of Russia and rescue operations
  • Environmental organizations
  • Oil and gas companies
  • Overhead power line monitoring
Construction and land management
Construction and land management
The UAV provides highly accurate data at all stages of the construction and operation of infrastructure facilities. The UAV is used to build orthophoto plans, digital terrain models, topographic plans, and maps. Moreover, the UAV is available in any territory, regardless of terrain and distance. The UAV is used to collect up-to-date data for cadastral registration of property and to eliminate cadastral errors, as well as to identify illegal buildings, land seizures, and unauthorized changes to land boundaries.
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EMERCOM of Russia and rescue operations
EMERCOM of Russia and rescue operations
The UAVs are highly effective in rescue missions for air and sea crews, fishermen in distress on ice floes and in search missions after avalanches. Aircrafts are used to escort and guide mobile search teams; as well as to determine the exact coordinates and perimeter of the emergency area. It is effective in marking emergency control zones and alerting the public about emergencies. The UAVs are used to provide communication and data relay, ensure the safety of mass events, and control highways.
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Environmental organizations
Environmental organizations
The UAV provides data collection, analysis and updates on the state of the environment. The system also provides real-time monitoring of potentially hazardous facilities, identifies unauthorized landfills and waste disposal sites, as well as site boundary violations. It effectively monitors the condition of the water protection zone and the coastal strip, as well as visible pollution in closed water bodies
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Oil and gas companies
Oil and gas companies
The UAVs are highly effective in monitoring facilities and detecting the actions of perpetrators in order to ensure the safe operation of main pipelines, promptly detect equipment damage, including oil and petroleum product spills on land and in water; and provide thermal imaging monitoring of oil and gas industry facilities. The UAVs are also used to build orthophoto plans, digital terrain models, and determine the development of hazardous geological processes.
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Overhead power line monitoring
Overhead power line monitoring
The UAV is used to assess the condition and determine the coordinates of wires, cables, linear fittings and insulation. The vehicle is used to identify potentially dangerous trees and branches, assess the volume and characteristics of forest clearing, as well as to detect buildings and monitor the work in the protected area.
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