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  • Cutting-edge
    Aviation Technologies
  • Innovations in
    Meteorogical Support
  • Improvement of Air Traffic
    Control Technologies
  • Prospective Flight
    Safety Systems
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IANS Hosted First EUROCAE Meeting in Russia

On September 19-21, 2017 a meeting of EUROCAE WG-100 was held for the first time in Russia at IANS premises. The session gathered representatives of the world's leading manufacturers of CCTV systems, such as Frequentis AG (Austria), INDRA, Kongsberg Defense Systems (Norway), SAAB (Sweden), Thales Air System (France), Electronic Navigation Research...

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IANS Hosts EUROCAE WG-100 Meeting

A meeting of the international working group EUROCAE WG-100 / Remote and virtual towers will be held on September 19 -21, 2017 at IANS head office and experimental flight base Orlovka. The working group includes representatives of the world's leading manufacturers of CCTV systems, such as Frequentis AG, INDRA, Kongsberg Defence Systems, SAAB,...

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IANS Receives IAC AR Certificate

On August 31, 2017, the Aviation Register of the Interstate Aviation Committee (IAC AR) certified the Automated Weather Observing Station (AWOS) following the successful testing at the Orlovka air base. The certificate was issued to Aviation Meteorological Systems (AMS), one of the companies of IANS Concern. This is a landmark event for the whole...

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Double holiday in Orlovka

On August 19, 2017 IANS aerodrome Orlovka hosted the now-traditional annual air show dedicated to the 105th anniversary of Russian Air Force, as well as the 6th anniversary of IANS. The show was opened by IANS Director General Mikhail Kizilov piloting a A-22 "Aeroprakt" and included performances of aerobatic teams of light-engine aviation, solo...

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IANS Took Part in MAKS-2017

On July 18-23, 2017 the Ramenskoye Airport, Zhukovsky, hosted the bi-annual International Aviation and Space Salon "MAKS". The event had traditionally gathered a large number of participants and visitors from all over the world. IANS also took part in the exhibition and presented its remote video surveillance system. IANS booth located in the...

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IANS Becomes Partner of 5th FAI World Aerobatics Yak-52 Championship

IANS has become a partner of the 5th FAI World Aerobatics Yak-52 Championship (WAYAKC 2017) which will take place on July 9-16 2017 at the historic military airfield Klokovo in Tula. Over 40 sportsmen from 15 countries will participate in the international competition, including individual performances and team championship. IANS equipment will...

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IANS Received US Patent for Wake Vortex Flight Safety

IANS employees S.V. Alekseev, N.A. Baranov, A.S. Belotserkovsky and M.I. Kanevsky have received US patent No. 9,466,220 B2 for the method and on-board system for ensuring the minimum longitudinal separation distance under wake turbulent conditions.

Vibroacoustic Airport Ground
Movement Control System
Intended Use

Vibroacoustic Airport Ground Movement Control System is a means of non-cooperative surveillance designed to work autonomously or as part of A-SMGCS.

Its functioning is based on recording acoustic waves propagating over ground surface. The acoustic waves are then recorded by a distributed vibroacoustic sensor designed on the base of extended optical fiber.

The system ensures:
  • automatic detection of moving objects on runways and taxiways;
  • measurement of coordinates and trajectory parameters of moving objects;
  • separate tracking of moving objects and building their trajectories;
  • identification of moving objects based on the principle of "Propeller Plane – Jet Plane – Vehicle";
  • recording of take-off and touchdown points on the runway;
  • detection of runway and taxiway overrun;
  • generation of information and its issuing to users via approved protocols;
  • documenting coordinate and trajectory data from objects moving on the runway and taxiway;
  • real-time control of the system’s technical status;
  • archiving and storing system operating results.
Operation Principle

The system operates based on the following concept:

  • Elastic acoustic waves propagating in the soil affect the fiber optic cable
  • Modulation of the reflected laser signals occurs
  • Demodulation of the reflected signals is carried out with selection of the acoustic wave at discrete points of the fiber optic cable (range gates Δl = 5m)
  • Primary measurement results are processed with object’s coordinates and speed are detected

The coherent reflectometer operates based on the effect of inverse Rayleigh scattering of the coherent radiation in a single-mode optical fiber.

Advantages
  • unlimited controlled area length. Taking into account modularity of the system, 100 km (in some cases - up to 150 km) is intended for a single logical unit of the system, in case of total absence of electricity in the controlled segment;
  • free optical fibers available for establishing high-speed communication channels;
  • absolute resistance to any interference (the system is non-affected by electromagnetic fields);
  • absence of false alarms due to natural and/or technological noises;
  • the system is unaffected by weather conditions (precipitation, snow, etc.);
  • continuous analysis of the state of an object, immediate response to an impact;
  • high sensitivity and accuracy of detecting the impact location;
  • concealed installation (underground laying of the cable sensor).
Characteristics
Probability of moving object detection At least 0,9
Time of moving object detection, s Not exceeding 1,5
Update period of coordinate information, s Not exceeding 0.5
Accuracy of axial coordinates measurement, m Not worse than 7
Accuracy of speed measurement of moving objects, m/s Not worse than 5
Time of receiving the coordinates of the object, s Not exceeding 2
False trajectory coefficient Not exceeding 0,01
Engineer’s Workstation Display
Operator’s Workstation Display
  • слайд 9 УКДП EN

    Our projects:

    Remote Video
    Surveillance System

  • слайд 1 лидар EN

    Our projects:

    Low Level Wind
    Shear Alerting System

  • Слайд 12 mtp-5 EN

    Our projects:

    MTP-5
    temperature
    profiler

  • Слайд 13 Линго EN

    Our projects:

    Ceilometer
    "Lingo"

  • Слайд 14 полином EN

    Our projects:

    Multiposition Airfield
    Surveillance Radar
    System "Polinom"

  • слайд 4 UAMS EN

    Our projects:

    Automated Weather
    Observing System

  • слайд 5 вихри EN

    Our projects:

    Wake Vortex
    Flight Safety System

  • Слайд 8 Монокль EN

    Our projects:

    Meteorological Radar
    Station "Monocle"

  • Слайд 9 Пума-с EN

    Our projects:

    Onboard Satellite
    Unit "Puma-S"

  • Слайд 10 Виртуоз EN

    Our projects:

    Visualizaton &
    traffic control
    system "Virtuos"

  • слайд 11 сварог EN

    Our projects:

    Mobile
    Meteo Complex
    "Svarog"