Proyectos ejecutados

Lista de proyectos ejecutados

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Ukraine

IBRD Project "Issue of Official Acts for Title to Land in Rural Area and Land Register System Development"

The Project commenced on the territory of Ukraine in 2006. At that time, none of the Ukrainian companies complied with the qualification requirements of IBRD and could take part in the tender. Foreign winners of the tenders, due to the raw materials of aerial survey being a subject of secrecy, contacted AAC for conducting aerial photography.

Hence, in the period 

  • from 2006 to 2009, by the order of Marmanet Organization & Project Management Ltd and Taldor Computers System Ltd (Israel), AAC carried out aerial photography of 9 oblasts of Ukraine (Kyiv, Chernihiv, Cherkassy, L'viv, Volyn, Zakarpattia, Zhitomir, Rivne, Khmelnytskyi);
  • from 2007 to 2010, by the order of BlomInfo A/S (Denmark), executed aerial photography of 5 oblasts of Ukraine (Odessa, Vinnitsa, Ivano-Frankivsk, Ternopil, Chernivtsi).

Aerial Photography prior to 2007 were performed on An-30 aircraft and RC-30 analog camera system.

From 2007, to replace analog equipment, the use of digital aerial camera systems "Microsoft Vexcel Ultra Cam X" and "Trimble Rollei AIC Pro 65+", airborne laser scanner "Optech ALTM Gemini" were mastered and instead of An-30 aircraft – Beechcraft King Air C-90A was put into operation.

As early as 2008, in consequence of retooling the production, AAC became the only company-resident of Ukraine that complied with all the requirements of IBRD set out for the contractor under the Project and secured a victory in the latest public procurements. As a result:

 

  • from 2009 to 2012, by the order of State Agency for Land Resources of Ukraine (currently State Service of Ukraine on Geodesy, Cartography and Cadastre), AAC completed entire range of works (aerial photography, production of digital terrain model, orthophotos, base map and index-cadastral map) for the territory of Crimea, the AR;

  • from 2010 to 2012, analogous works were executed for the territory of yet another 4 oblasts of Ukraine (Donetsk, Dnipropetrovsk, Lugansk, Kharkiv).

 

Passportization of Automobile Roads

From 2006 to 2009, AAC conducted topographic and geodetic surveys for passportization of automobile roads of Ukraine:

 

  • from 2006 to 2009, by the order of the State Agency for Automobile Roads of Ukraine in Mykolaiv oblast – automobile roads of the total length of 456.6 km.;
  • from 2007 to 2009, by the order of the State Agency for Automobile Roads of Ukraine in Kherson oblast – automobile roads of the total length of 577.5 km.;
  • from 2008 to 2009, by the order of the PJSC " Kievsoyuzdorproekt" – automobile roads of Simferopol-Alushta-Yalta of the total length of 378.0 km.

 

In 2009, based on acquired experience, AAC developed the industry standard of digital passport of automobile road "СОУ 45.2-00018112-038:2009", according to which the "Program of passportization of automobile roads of state importance of Ukraine was developed".

Creation of Aeronautical Information (ANI)

From 2012 to 2015, AAC created an electronic terrain (approx. 599 thousand sq.km.) and obstacles (577 manmade obstacles with height of over 100m) database for the ICAO Region 1 (of the Ukrainian territory) required for Ukraine to fulfil its obligations before ICAO with regard to provision of the international and national users with the information about terrain and obstacles in determined volume and guaranteed quality.

From 2012 to 2015, AAC conducted topographic and geodetic surveys for certification of aerodromes of "Kharkiv", "Vinnitsa" and "Bila Tserkva".

Airborne Thermal Imaging

From 2014 to 2015, during the heating season, by the order of PJSC "Kyivenergo", AAC conducted airborne thermal imaging (ATI) for the part of Kyiv city (367 sq.km.) in order to remote analyze the conditions of heat networks and improve its georeferenced locations. Furthermore, the specialists of PJSC "Kyivenergo" confirmed more than 70% of the cases remotely identified as emergency areas.

Such works are the first of its kind in Ukraine. During its execution, Mi-2 helicopter and Airborne Thermal Imager "TABI-1800" (ITRES, Canada) were used.

 

Lista de proyectos

Region 

Periodo de realizacion

Nombre del proyecto /

Descripcion breve 

Cliente 
9 provincias (Provincia de Kiev, de Chernigov, de Lvov, de Cherkassi, de Zhitomir, de Rovno, de Jmelnitskiy, Volinskaya, Zakarpatskaya)  2006-2009

La emisión de los actos del Estado sobre la propiedad de la tierra en zonas rurales y el desarrollo del cadastro:

  • Fotografía aerea con resolucion:                        

40 cm, 374,4 mil km2

15 cm, 27,5 mil km2

  • Ortofotoplanos con resolucion:

80 cm, 27,0 mil km2

40 cm, 124,6 mil km2

15 cm, 13,9 mil km2

  • Mapa básica y cadastral indexada:        

142 624,06 km2

Marmanet Organization & Project Management Ltd и Taldor Computers System (1986) Ltd (Israel)

www.marmanet.co.il
www.taldor.co.il
5 provincias (Provincia de Odessa, de Vinnitsa, de Ivano-Frankovsk, de Ternopol, de Chernovtsi) 2007-2010 BlomInfo A/S (Denmark)
www.blomasa.com/blom-denmark.html
5 provincias (Republica Autonoma de Crimea, provincia de Donetsk, de Dnepropetrovsk, de Lugansk, de Jarkov) 2009-2012 Agencia Estatal de recursos de tierras de Ucrania 
www.dazru.gov.ua
www.zemrewithin area ofma.info
Carreteras de importancia estatal en la provincia de Nikolaev 2006-2009

Trabajos de topografía y geodesia (longitud total de carreteras - 456,6 km):

  • •Trabajos de ingeniería y geodesia, trabajos en el campo, estudios de oficina;
  • •Fotografía aerea con resolucion 5 cm;
  • •Desarrollo de medidas para garantizar la seguridad del trafico;
  • •El video en tiempo real de la autopista;
  • •Examen adicional de las áreas propensas a los accidentes;
  • Desarrollo de planos (proyectos) de la gestión del tráfico
 Servicio de carreteras en la provincia de Nikolaev
www.ukravtodor.gov.ua
2007 Certificación y un estudio especial de los puentes

Carreteras de importancia estatal en la provincia de Jerson 

2007-2009

Trabajos de topografía y geodesia (longitud total de carreteras - 577,5 km):

  • Trabajos de ingeniería y geodesia, trabajos en el campo, estudios de oficina;
  • Desarrollo de medidas para garantizar la seguridad del trafico;
  • El video de la autopista en tiempo real;
  • Examen adicional de las áreas propensas a los accidentes;
  • Desarrollo de planos (proyectos) de la gestión del tráfico

Servicio de carreteras en la provincia de Jerson  
www.ukravtodor.gov.ua

Kiev

2008

Planes del proyecto piloto de fotografía aérea a gran escala:

  • Fotografía aerea con resolucion 8 cm, 144 km2
  • Plano topografico М1:2000

Dirección General de Tierras del órgano ejecutivo de la Administración estatal de la ciudad de Kiev

www.kmv.gov.ua

Kremenchug

2008

  • Fotografía aerea: М1:8000, 180 km2

Empresa oriental estatal de geodesia, cartografía y geoinformatica «Vostokgeoinform»

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Provincia Zakarpatskaya y de Ivano-Frankovsk

2008
  • Fotografía aerea de instalaciones de energía con resolucion 8 cm
  • Ortofotoplanos con resolucion 15 cm 

Empresa estatal «Compania energetica nacional «Ukrenergo»

www.ukrenergo.energy.gov.ua

Distrito Borispolskiy de la provincial de Kiev

2008
  • Fotografía aerea con resolucion 15 cm
  • Plano topografico М1:2000

Consejo del pueblo Voronkovo del distrito Borispolskiy de la provincia de Kiev

Carretera de importancia estatal Simferopol-Alushta-Yalta 

2008-2009
  • Trabajos geodesicos-topográficos (extension total de carreteras - 378 km):
  • Fotografía aerea con resolucion 7-8 cm;
  • Modelo del terreno digital;
  • Certificación de puentes y pasos a desnivel

SA «Kievsoyuzproekt»

 www.kyivsdp.com

Carreteras de importancia estatal en la provincia de Nikolaev 

2008-2010

Formación de geo-gestión de la red estatal de carreteras 

Empresa estatal «Instituto estatal de diseño de las instalaciones de la carretera de Ucrania” «Ukrdiprodor»

www.diprodor.com

Carreteras de importancia estatal

2010

Determinación de la distribución espacial de coordinados de la red de carreteras estatales y de la infraestructura vial (extension total de carreteras 8518,4 km, infraestructura –1300 objetos)

Territorios regionales de industrias forestales y de caza 

2008-2011

Materiales de teledetección de la superficie terrestre:

  • Ortofotoplanos con resolucion:

80 cm, 6,6 mil km2

       50 cm, 103,0 mil km2  

Asociación estatal ucraniana de planificación del inventario forestal «Ukrgoslesproekt»

www.lisproekt.gov.ua

2013
  • Ortofotoplanos con resolucion 80 cm / 17 900 km2  

Pueblos de la RA Crimea (Saki, Gurzuf, Simeiz)

2008-2009

Fotografía aerea con resolucion 15 cm, 112,0 km2

SL «Instituto de ecología, ordenamiento territorial y proyeccion»

www.ecozem.com

Cherkassi 

2010

Fotografía aerea con resolucion 7 cm, 152,3 km2

The “Kyivgeoinformatika” Kyiv-City public enterprise of geodesy, cartography, cadastre- and geographic informational systems 
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Territorios de industrias forestales y de caza de la provincia de Lvov y Ternopol

2010-2011

Materiales de teledetección de la superficie terrestre:

  • Ortofotoplanos con resolucion 50 cm, 20,8 mil km2

Expedición estatal de Inventario Forestal de Lvov «Lvovgoslesproekt»

www.lisproekt.gov.ua

Borispol

2011

  • Fotografía aerea con resolucion 

    7cm / 43 970 km2

“Blominfo-Ukraine” LLC
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Rovno

2011
  • Fotografía aerea con resolucion 15 cm, 58,24 km2
  • Ortofotoplanos con resolucion 15 cm, 58,24 km2

Departamento de Tierras en el Comité Ejecutivo del Ayuntamiento de Rovno 
www.city-adm.rv.ua

Ciudades Gorlovka y Mariupol 

2011

Actualización de planos topográficos

  • Fotografía aerea con resolucion 15 cm, 360,29 km2
  • Ortofotoplanos con resolucion 15 cm, 360,29 km2

Administracion general del Comite estatal de recursos de tierras en la provincial de Donetsk 
www.donoblzem.gov.ua

Costa de la RA Crimea

2011-2012

Actualización de mapas náuticas 

Institucion estatal «Goshidrografia»

www.hydrography.com.ua

Crimea (aldea Novoselskoe)

2011-2012

Inventario de terrenos de la poblacion

  • Elaboración de la documentación técnica de reglamentación de régimen de tierras;
  • materiales gráficos de reglamentación de régimen de tierras, М 1:2 000 - 2,323 km2

Registro de los terrenos que están en uso.

Consejo del pueblo Novoselskoe del distrito Chernomorskiy de RA Crimea

Jarkov (aeropuerto)

2012

Mapa del terreno para el aterrizaje exacto de los aviones militares (ICAO)

SL  «New Systems АМ» para el aeropuerto internacional «Jarkov»

Jarkov

2012
  • Actualización del plano topográfico de la ciudad
  • Fotografía aerea con resolucion 15 cm, 350 km2
  • Ortofotoplanos con resolucion 15 cm, 350 km2

Departamento de planificación urbana, Arquitectura y Tierras del ayuntamiento de Jarkov 
www.city.kharkov.ua

Territorio de la confluencia de los ríos Tisza y Tur.

Región de Zakarpatsky

2013

International Technical Assistance Project “Continuous management of natural resources in Tisza-Tur river confluence” (grant agreement No. HUSKROUA/0901/040 from September 20, 2012) / Production of digital map of Batarsky ameliorative system (total area of 617.10 sq.km)

  • Aerial Imagery (in RGB and NIR color spectrum) with 40 cm per pixel resolution

  • Digital Terrain Model with 10 m grid size

  • Creation of break-lines

  • Orthophotoplans (in RGB and NIR color spectrum) with 40 cm per pixel resolution

Basin-wide management of water resources of Tisza river
www.buvrtysa.gov.ua/muvg.html

Lviv city

2013-2014

Updating of cartographic plan materials M1:2 000 scale for development of urban planning documentation:

  • Aerial Imagery with 15 cm per pixel resolution, area of 133.5 sq.km.

  • Orthophotoplans with 15 cm per pixel resolution, area of 40 sq.km.

  • Topographic Plan, M1:2 000 scale, area of 40 sq.km.

  • Creation of a program for development of topographic and geodetic activities in Lviv city

  • “Concept of creating of urban planning cadastre as a fundamental part for organizing local infrastructure of geospatial data for city area (region)”

Workinprogress…

Department of Architecture of Urban Planning Department of Lviv City Council
www.city-adm.lviv.ua

Región de Odessa,
Distrito de Izmail

2013

Development of urban planning documentation:

  • Materials of Earth Remotes Sensing

  • Topographic Map, M1:25 000 scale

  • Development of scheme for district territory planning

Bureau of capital construction of Izmail’sky district state administration

Kiev

2014

Remote diagnostics of heat network conditions

  • Topographic base of heat network locations (orthophotoplans with GSD of 40 cm, topographic database)

  • Thermal Aerial Survey;

  • «Thermal» orthophotoplans;

  • Diagnostic scheme of heat network conditions

  • Diagram of horizontal locations of heat networks

Public Joint Stock Company “KYIVENERGO”
http://kyivenergo.com

Región de Vinnytsia

2014

Topographic and geodetic surveys for determining and considering the obstacles:

Determining of aerodrome obstacles

  • coordinates of measured aerodrome obstacles;

  • obstacle design table;

Maps, layouts of near-aerodrome territory;

  • topographic map at 1:100,000 scale, 50 km radius;

  • ground plan of arrangements of restriction surfaces at 1:50 000 scale;

  • aerodrome obstruction chart (ICAO); type A (operating restrictions), horizontal scale at 1:5,000/height scale at 1:1,500

  • artificial runway centering grade within the boundaries of runway, horizontal scale at 1:5,000, height scale at 1:200

Calculation of geoid undulation

Public Utility Company “Vinnitsa Airport”
http://airvinnitsa.com

Dniprodzerzhynsk 

2013

Earth Remote Sensing data for updating of cartographic plan materials of territories at M1:2 0000 scale:

  • Aerial Imagery with 15 cm per pixel resolution, area of 166.1 sq.km

  • Orthophotoplans with 15 cm per pixel resolution, area of 166.1 sq.km

Department of Urban Planning and Architecture of Dniprodzerzhynsk City Council

Kiev

2014-2016

License Agreement for orthophotos with resolution of 14 cm/pixel, 836.3 km2.

Department of Urban Development and Architecture of the Executive Body of Kyiv City Council (Kyiv Municipal State Administration)
www.kievcity.gov.ua
www.kga.gov.ua

Kiev

2014-2016

License Agreement for use of orthophotos with resolution of 15 cm/pixel in information system, 946.55 km2

Department of Land Resources of the Executive Body of Kyiv City Council (Kyiv Municipal State Administration)
www.kievcity.gov.ua

Región de Vinnytsia

2014

Topographical and geodetic work for determining and recording obstacles:

Determining the obstacles of the aerodrome;

  • coordinates of certain aerodrome obstacles

  • calculated obstacle tables;Maps, schemes near the aerodrome territory

    • topographic map M 1: 100 000, R - 50 km;
    • plan of mutual arrangement of surfaces of constraints M 1:50 000
    • Aerodrome Obstacle Map (ICAO), Type A (Operational Limitations), Scheduled M1: 15000 / Vertical M1: 1500
    • longitudinal profile along the axis of the runway within the limits of the runway, planned M1: 5000 / horizontal M1: 200
    • definition of a geoid wave

The municipal enterprise "Airport" Vinnitsa "
www.airvinnitsa.com

Región de Kiev, el campo de aviación "Iglesia Blanca"

2015

Topographic and geodetic work for the definition and accounting of obstacles:Inspection of the Belaya Tserkov airfield

  • coordinates of certain aerodrome obstacles

  • calculated obstacle tables;

  • the geodetic network coordinates in the terminal area

  • the end, runway and KTA coordinate catalogMaps, schemes near the aerodrome territory

    • topographic map M 1: 100 000, R - 50 km;
    • plan of mutual arrangement of surfaces of constraints M 1:50 000
    • Aerodrome Obstacle Map (ICAO), Type A (Operational Limitations), Scheduled M1: 15000 / Vertical M1: 1500
    • longitudinal profile along the axis of the runway within the limits of the runway, planned M1: 5000 / horizontal M1: 200
    • Aerodrome master plan M 1: 5000 (update)

Communal enterprise "Belotserkovsky cargo aviation complex"

Chernivtsi regiong. Chernivtsi

2015

Updating of the map of the city of Chernivtsi M1: 2000 in the coordinate systems USK 2000, SK-63 and the local city of Chernivtsi:

  • aerial photography with a resolution of 15 cm / pixel - 157.28 km 2.

  • orthophotos with a resolution of 15 cm / pixel - 157.28 km 2

  • topographic plans - 60.65 km 2

LLC "Cartography +"

Kiev regiong. Obukhov

 2015

Aerial photography with a resolution of 15 cm / pixel, 25.00 km 2.

 LLC BlomInfo-Ukraine

Kiev regiong. Ukrainka

 2015-2016

Updating the cartographic basis of the city of Ukrainka

  • aerial photography with a resolution of 15 cm / pixel, 49.73 km 2.

  • orthophotomaps with a resolution of 15 cm / pixel, 49.73 km 2

Executive Committee of the Ukrainian City Council of the Obukhov district of the Kiev regionhttp://ukrainka.org/miska-rada

Kharkiv region, Kharkiv

2014

Topographical and geodetic work on the survey of the near-aerodrome territory (region 3 ICAO) MA Kharkov Airport

  • calculated critical obstacle tables;

  • a directory of end, runway and CTA coordinates

  • the coordinates of the parking places.Maps, schemes of the airfield area

    • Aerodrome Obstacle Chart in Area 3 (ICAO)
    • the geodetic network coordinates in the area

  • longitudinal profile along the runway axis

  • vertical geoid wave graph;

  • scheme for marking aerodrome coverings of parking lots

  • the scheme of the working area of the aerodrome, runway, taxiway, MPD (with boundaries of area 3 and obstacles)

LLC "New Systems AM" for the international airport "Kharkiv"

g. Kiev

2014-2015

  • Creating contours in the automatic mode on the territory of the city with a terrain cross section of 1 meter, an area of 844.02 km 2

LLC "Magellan GIS"

Chernivtsi region,Khotynsky Park

2015

  • Aerial photography with a resolution of 40 cm, 57.56 km 2

  • Aerial triangulation of aerial photography materials, 57.56 km 2

PE "Riga"

Zhytomyr regiong. Zhitomir

2016

  • Aerial photography with a resolution of 15cm, an area of 67.83 km 2

  • Digital relief model with grid spacing of 5 m, area, 67.83 km 2

  • Orthophotos with a resolution of 15cm, area, 67.83 km 2

LLC BlomInfo-Ukraine

Lviv region, Lviv

2016

Topographic and geodetic work to survey the near-aerodrome territory and compile evidence documentation for the certification of the Lviv airfield:

  • a catalog of coordinates and heights of objects at the aerodrome and near-aerodrome territory

  • calculated obstacle tables;

  • table of aerodrome obstacles in areas 2 and 3 (ICAO)

  • the geodetic network coordinates in the terminal area

    • the end, runway and KTA coordinate catalogMaps, schemes of the airfield area
      • topographic map M 1: 100 000, R - 50 km;
      • vertical geoid wave graph;
      • plan of mutual arrangement of surfaces of constraints M 1:50 000
      • plan for placing obstacles on the runway, approach and takeoff surfaces M 1: 2 000
      • Aerodrome Obstacle Map (ICAO), Type A (Operational Limitations), Horizontal M1: 15000
      • terrain map for accurate approach with a longitudinal profile along the axis of the runway within the limits of the runway, horizontal M 1: 2500 vertical M 1: 500
        • Aerodrome master plan M 1: 5000 (update)

State Enterprise "Lviv International Airport named after Danil Galitsky"

www.lwo.aero

Kiev region,g. Slavutich

2016

  • Production of a topographic plan M 1: 2 000 for the drawing up of a detailed plan of the territory, an area of 1.15 km 2

Office of Infrastructure and Capital Construction of the Slavuta City Council

Kiev region,g. Slavutich, Chernigov quarter

2017

  • Production of a topographic plan M 1: 2 000 for the drawing up of a detailed plan of the territory, area 0.73 km 2

Lviv region,g. Lviv

2016

Making a topographic plan for part of the city's territory

  • M 1: 2,000 area, 13.06 km 2.

Geomatic Solutions LLC

Kiev region,Belaya Tserkov airfield

2016

Determination of the coordinates and heights of obstacles

KP "Belotserkovsky cargo aviation complex"

http://bcavia.com/

2017

Determination of the coordinates and heights of obstacles

Serving cooperative "Garden Association" Gorodok Khutorok "

Crimea, Zaporozhye and Mykolaiv regions

2014

Geodata for updating navigational charts

State institution "Gosgidrografiya"

www.hydrography.com.ua

Crimea, & nbsp; Kerch Strait

2016

Geodata for updating navigational charts

State institution "Gosgidrografiya"

www.hydrography.com.ua

Dnipropetrovsk Oblast,g. Novomoskovsk

2016

Making a topographic plan on the city's territory

  • M 1: 2 000; area 43 km 2.

The Executive Committee of the Novomoskovsk City Council

www.novomoskovsk-rada.gov.ua

Dnipropetrovsk region, part of the territoryg. Dnepr

2016

Making a topographic plan for part of the city

  • M 1: 2,000, 13 tablets

Dnipropetrovsk city council asset management department.

www. dniprorada.gov.ua

Kiev region,g. Boryspil,st. European

2017

Making a topographic plan for drawing up a detailed plan of the territory

  • M 1: 1,000, area of 0.48 km 2

LLC "Astrum Building Company"

g. Kiev

2017

Providing services for aerial photography and the manufacture of digital orthophotomaps

  • Aerial photography with a resolution of 5 cm, area, 1,000.00 km 2

  • Orthophotomaps with a resolution of 5 cm, area, 1,000.00 km 2

Department of Land Resources of the Executive Body of the Kyiv City Council (KSMA)

www. kievcity.gov.ua

Kiev region, Borispol, st. European

2017

  • Manufacturing of the topographic plan M 1: 1 000. To draw up a detailed plan of the territory, the area of 0.48 km 2

LLC "Astrum Building Company"

Kiev region, Boryspil International Airport

2017

Examination of the aerodrome territory and the production of an electronic database of terrain and obstacles

  • electronic array of terrain and obstacle data for ICAO 2, 3, 4 ICAO (6365,03 km 2);Performing a complex of topographic and geodetic works for the survey of the aerodrome territory and the production of evidence-based documentation for the certification of the aerodrome.

    • Directory of coordinates and heights of objects at the aerodrome and at the aerodrome territory.
    • barrier tables;
    • Directory of coordinates of the points of the geodesic network in the area of the aerodrome;
    • the coordinates of the ends, runway and KTA
    • topographic map M 1: 100 000, R - 50 km (6000 km 2);
    • Vertical geoid waveform
    • M 1:50 000cross-location plan
    • approach plan for each landing line M 1: 10000
    • a plan for accommodating obstructions on the flight path, landing and take-off surface M 1: 2 000;
    • aerodrome obstacle map (ICAO), type A (operational limitations), horizontal M1: 15000
    • terrain map for the precise approach with a longitudinal profile along the IVPP axis in the flight paths
    • Airplane M 1: 5000 Master Plan (Upgrade)
    • Orthophotoplan with a resolution of 5 cm in terrain

State Enterprise "Boryspil International Airport"

Chernivtsi, Ivano-Frankivsk region, the basin of the river. Rod

2017

Perform aerial photography, create a digital terrain model, orthophotomaps and 3D terrain objects with a total area of 519.48 km 2& nbsp; under the project "Prevention and protection from floods in the upper basins of the river. Siret and Prut, by introducing a modern monitoring system with automatic stations - EAST AVERT MIS ETC 966 "

  • aerial photography with a resolution of 15 cm, 519.48 km 2

  • digital relief model with a grid spacing of 2.5 m, 519.48 km 2

  • orthophoto planes with a resolution of 15 cm, 519.48 km 2

  • 3D terrain objects, 13.48 km 2

PJSC "Bankomsvyaz"

Kiev region,g. Slavutich

2017

  • Production of a topographic plan M 1: 2 000 for the drawing up of a detailed plan of the territory, area 0.73 km 2

Office of Infrastructure and Capital Construction of the Slavuta City Council

Kiev region,g. Borispol,micro district "Sotsgorodok"

2017

  • Creation of a cartographic basis M 1: 1000 for the development of a detailed site plan, an area of 0.19 km 2

State Enterprise "Dipromisto" them. Yu.M. Bilokonya

Territory of Ukraine

2017 - 2020

Providing access to an electronic array of terrain and obstacle data on the territory of Ukraine for the needs of air navigation, including:

  • placing electronic data sets on ARC servers

  • monitoring, collection and processing of materials on obstacles received from owners, operators of obstacles, state and local executive authoritiesService provision continues

State Enterprise "Ukraerorukh"

Ivano-Frankivsk regionDolinsky district

2017

Aerial photography and the production of geodata on the territory of the Staromizun deposit with a total area of 263 km 2.:

  • aerial photography with a resolution of 20 cm / peak

  • digital relief model (grid spacing 2.5 * 2.5 m)

  • digital orthophotomaps (GSD 20 cm);

  • 3D terrain objects, with mapping of settlements boundaries, hydrographic network, vegetation, road system

LLC "Viva Exploration"

Kiev region., smt. Kalinovka

2017

Creation of M 1: 2000 topographic plans in digital form for an area of 1.41 km 2

Kalinivka village council of the Brovarsky district of the Kiev region

Dnipro region, Nikopol RES

2017

Formation of a working geodatabase of Nikopol RES data, collection of coordinate information about power transmission line objects using aerial photography materials, length of transmission lines 2, 478.66 km (70, 133 supports)

PJSC "DTEK Dneproblenergo"

Chernivtsi region, Chernovtsy,Airport Chernovtsy

2017

Conducting surveys, creating the necessary documentation for the certification case of the Chernivtsi airfield:

  • Survey of near-aerodrome territory of Chernivtsi airfield in a radius of 50 km from KTA

  • Topographic shooting / updating of the graphical part of the master plan with the application of runway, LP, planned part of the LP, MS of aircraft, aprons, taxiways, obstacles within the aerodrome, geodetic control points.

KP "International Airport" Chernivtsi "

g. Kiev

2017

Creation of an orthophoto of the UNESCO memorial (St. Sophia Cathedral) and its buffer zone based on aerial photography.

PJSC "Property of the Capital"

Ivano-Frankivsk region, part of the territory of the Carpathian Biosphere Reserve

2017 - 2018

Provision of aerial laser scanning service (density of 10 tons / m 2) , aerial photography and manufacturing of digital orthophotomaps with a resolution of 20 cm / peak for an area of 137.32 km 2 < / sup>

Swiss Federal Institute of Snow, Forest and Landscape Resources

Kirovograd region,g. Gayvoron

2018

Creation of 1: 2000 scale topographic plans in digital and graphical form for the city of Gayvoron (16 km 2) for the further development of the City Master Plan:

  • aerial photography with a resolution of 15 cm / peak

  • plan-altitude binding of aerial photographs;

  • digital orthophotos on a scale of 1: 2000;

  • topographic plans in scale 1: 2000

Gaivoron City Council

Kiev region., Vasilkiv

2018

Creation topographyc plans of territory of the city - 29,82 sq.km, GSD 10 cm

  • aerial photography;

  • plan-altitude binding of aerial photographs;

  • digital orthophotos

LLC BloomInfo Ukraine
Dnipro region, Dnipro city

2018

Creation topographyc plans of territory of the city and suburban with GSD 5 cm - 536,77 sq.km, GSD 15 cm - 850,14 sq.km

  • aerial photography;
  • plan-altitude binding of aerial photographs;
  • digital orthophotos

Service provision continues

 Dnipropetrovsk city council asset management department.

Dnipro region, Pavlograd and Podgorodnansky RES 

 2018

Inventory and formation of a database of power transmission lines based on aerial photography materials and geodetic survey:

  • Podgorodnyansky RES - 1 641.53 km (39,594 supports);

  • Pavlograd RES - 2 378 km (58,591 supports);

Service provision continues 

 PJSC "DTEK Dneproblenergo"

Lviv region, Lviv city 

 2018

Creation topographyc plans of territory of the city - 139,10 sq.km, GSD 5 cm 

  • aerial photography;

  • plan-altitude binding of aerial photographs;

  • digital orthophotos

Service provision continues 

 Department of Architecture of Urban Planning Department of Lviv City Council
www.city-adm.lviv.ua

Chernigiv region, Bobrovitsa

 2018

Creation topographyc plans of territory of the city - 13,91 sq.km, GSD 15 cm 

  • aerial photography

 LLC "Cartography +"

turkmenistan

Desde el 2000 hasta el 2006, AAC realizó casi anualmente estudios aéreos en la República de Turkmenistán: inicialmente por orden del Comité Estatal de Turkmenistán para Geodesia, Cartografía y Catastro y más tarde para la Empresa No. 5 del Ministerio de Defensa. Como resultado, la fotografía aérea de Turkmenistán se completó con éxito para el área de más de 120 mil kilómetros cuadrados.

Los trabajos sobre fotografía aérea se realizaron utilizando aviones An-30 y sistemas de cámara analógica "TE" y "TAFA-10".

Lista de proyectos

Region  Periodo de realizacion

Nombre del proyecto /

Descripcion breve 		 Cliente 

Territorio del pais

2001-2007
  • Fotografía aerea (superficie total 23 717,6 km2) М1:5 500, М1:14 000,      М1:35 000
  • Entrega de maquinaria
  • Montaje y puesta en marcha
  • Formacion al personal 

 

Empresa №5 Ministerio de defense (ex “Comite estatal de geodesia, cartografía y cadastro)

Frontera estatal con Kazajstan y Uzbekistan

2004

Delimitacion y demarcacion de las fronteras del pais:

  • Fotografía aerea М1:14 000

moldova

En 2006, por orden del Instituto de geodesia, investigaciones técnicas y cadastro "INGEOCAD", AAC realizó una fotografía aérea de la ciudad de Kishinev a escala 1: 15000 (230,5 km2).

Lista de proyectos 

Region  Periodo de realizacion

Nombre del proyecto /

Descripcion breve 		 Cliente 

Kishinev

2006
  • Fotografía aerea М1:15 000, 230,5 km2

Instituto de geodesia, investigaciones técnicas y cadastro "INGEOCAD"

www.ingeocad.md

hungary

AAC began to work on the territory of Hungary as a contractor for European company "EUROSENSE Belfotop NV":

  • in 2008, within the framework of the State Program for updating cartographic materials for the territory of the country, AAC conducted aerial photography of 24.5% (22.8 thousand sq.km.) of the territory of Hungary, mainly its mountainous areas where local Aerial Surveyors were poorly performing;
  • in 2015, AAC completed 53.5% (49.8 thousand sq.km.) of the territory of Hungary
  • List of project

    Region of operations

    Period of performing operations

    Project name / Brief essence of project

    Customer

    Country territory

    2008

    State program on updating of cartographic materials of country territory:

    • Aerial imagery with resolution of 50 cm within area of 22.8 thousand km2

    EUROSENSE Belfotop NV
    www.eurosense.com

    2015

    State program on updating of cartographic materials of country territory:

    Aerial imagery with resolution of 36 cm within area of 49.8 thousand km2

    EUROSENSE Belfotop NV
    www.eurosense.com

romania

Efficient and qualitative performance of works of AAC allowed the to continue cooperation with EUROSENSE Belfotop NV, this time in Romania:

  • in 2009, within the framework of the State Program on the inventory of agricultural fund lands, AAC conducted aerial photography of 20% of the territory of Romania (47.7 thousand sq.km.).
  •  
  • List of project
    Region of operations Period of performing operations Project name / Brief essence of project Customer

    Country territory

    2009

    State program on inventory of lands belonging to the agricultural fund:

    • Aerial imagery with resolution of 40 cm within area of 47.7 thousand km2

    EUROSENSE Belfotop NV
    www.eurosense.com

equatorial-guinea

Creation of geodetic network and the first topographical map

From 2002 to 2007, by the order of the Ministry of Infrastructure of the Republic of Equatorial Guinea, AAC completed:

  • Creation of Geodetic Network of 1st-class ;
  • Aerial Photography of continental part of the country (over 26 thousand sq.km.);
  • Production of the first in history of the country topographic maps at scale of 1:50,000 for the whole territory and at scale of 1:2,000 for the 32 populated areas.

Creation of National Meteorological Service Project

From 2010 to 2012, by the order of the government of the Republic of Equatorial Guinea, together with the leading specialist of the State Hydrometeorological Service of Ukraine, AAC prepared a Project for creation of National Meteorological Service of the Republic of Equatorial Guinea.

Creation of cartographic foundation for construction of HPP in the jungle

From 2011 to 2012, AAC completed topographic and geodetic works for engineering and construction of Sendje HPP on the Wele river. Developed by AAC combined method of topographic and geodetic works allowed the production of topographic map in conditions of impenetrable jungle and absence of weather suitable for aerial photography.

Geological mapping of continental part

From 2010 to 2013, by the order of the Ministry of Energy, AAC conducted geological mapping of continental territory of the country at the scale of 1:200,000. AAC also carried out the field research of resource potential (3,810 km of geological routes; 4,603 samples of rocks and ores; 26 quarries), laboratory and analytical studies of samples of rocks and ores, compiling of maps of geological content, colligation of all geological studies conducted in the country since 1947.

Creation of nautical charts

In 2014, AAC produced vector data of the coast of the Gulf of Guinea for Nautical Charts of the Republic of Equatorial Guinea.

List of project

Region of operations

Period of performing operations

Project name / Brief essence of project

Customer

Country continental territory

2002-2004
  • Creation of geodetic network of 1st class
  • Aerial imagery with scale of 1:25,000 within area of 26.0 thousand km2
  • Topographic map with scale of 1:50,000 within area of 26.0 thousand km2

The Ministry of Infrastructure

2010-2013

Geological mapping of country continental territory (with scale of 1:200,000):

  • Field survey of resource potential (geological routs in the amount of 3,810 km; samples of rocks and minerals in the amount of 4,603 items; and quarries in the amount of 26 items)
  • Cameral-and-analytical examination of rock- and mineral samples
  • Maps of geological content

Djiblou & Oyala

2003

Aerial imagery: with scale of 1:15,000 within area of 246.0 km2
with scale of 1:11,000 within area of 47.0 km2
with scale of 1:3,000 within area of 42.0 km2

  • Topographic map:
    with scale of 1:5,000 within area of 96.0 km2
    with scale of 1:2,000 within area of 5.0 km2

Mongomo

2004
  • Aerial imagery with scale of 1:8,000
  • Topographic map with scale of 1:2,000

Bata, Evinayong, and Ebibeyn

2005-2007
  • Aerial imagery with scale of 1:6,000 within area of 224.0 km2
  • Topographic map: 
    with scale of 1:5,000 within area of 178.0 km2
    with scale of 1:2,000 within area of 145.0km2

Mbini, Cogo, Rio Campo, Bitica, Macinda, Corisco, Niefang, Acurenam, Nkimi, Bicurga,Micomeseng, Nsoc Nsomo, Ncue, Nsang, Bidjabidjan, Anisoc, Aconibe, Nsorc, Mongomeyen, Ayene, Baney, Rebola, Luba, Riada, San, and Antonio de Pale

2005-2007
  • Aerial imagery with scale of 1:6,000 within area of 249.0 km2
  • Topographic map with scale of 1:2,000 within area of 249.0 km2

Country territory

2010-2011

Creating the project of national meteorological service of country

The Ministry of Transportation & Communication

Senje (Wele river)

2011-2012

Making of topographic-and-geodetic works for construction of hydroelectric power station

  • Aerial photographic imagery with resolution of:
    13 cm/pixel, within area of 116.0 km2
    7 cm/pixel within area of 45.0 km2
  • Topographic map:
    with scale of 1:10,000 within area of 161.0 km2
    with scale of 1:5,000 within area of 9.2 km2
    with scale of 1:1,000 within area of 2.7 km2
  • Creation of unified geodetic base in the for of horizontal map of heights for construction works (triangulation points of 3rd class in the amount of 4 items; geodetic points for hydrological works in the amount of 12 items)

The «Duglas Alliance» Company

Gulf of Guinea

2014

Vector data of the coastal territory of the Republic of Equatorial Guinea for Nautical Charts:

  • administrative/territorial boundaries;
  • main automotive road network;
  • aerodromes;
  • terrestrial borders;
  • ocean boundaries;
  • geographic landmarks

State Enterprise “Research Institute “Kvant”
http://kvant-ukr.org

lithuania

The accumulated experience from carried out works and the equipment being used allowed, in 2011, to begin participating in tenders held by government agencies of the European Union and compete with leading European companies.

In 2011, AAC secured a tender held by the National Land Service under the Ministry of Agriculture of the Republic of Lithuania:

  • from 2012 to 2013, AAC completed aerial photography and creation of orthophotos for the whole territory of the Republic of Lithuania.

Is particularly noteworthy that in the history of executing similar works on the territory of this country, the aerial photography of the territory bordering with Russian Federation was conducted for the first time by virtue of obtaining the exclusive permit by AAC from the Government of Russian Federation.

Creation of Geographic Information System

Since 2012, AAC began to create Geographic Information Systems which allowed the clients to conveniently make use and organize geospatial information received from AAC and other sources.

List of project
Region of operations Period of performing operations Project name / Brief essence of project Customer

All country territory

2012-2013

Oprthophotomaps updating (М1:10000 - 2777 sheets, М1:5000 - 10762 sheets), on all country territory 65,3 thousand km2

  • Aerial photography with resolution 30 sm/pix,
  • Oprthophotomaps with resolution 50 sm/pixс.

The national land service under the Ministry of Agriculture
http://www.nzt.lt

2018-2020

Oprthophotomaps updating (М1:10000 - 2777 sheets, М1:5000 - 10762 sheets), on all country territory 65,3 thousand km2

  • Aerial photography with resolution 25 см/пикс,
  • Oprthophotomaps with resolution 25 см/пикс.

2018 year - creation orthopothomaps in scale 1:10000 (940 sheets) and scale 1:5000 (3 653 sheets) on area 22826 km2

Service provision continues

armenia

Within the framework of the "Tools for sustainable land management Armenia 2012-2015" Project of the Norwegian Mapping Authority pursuant to the concept of creation of the National Spatial Data Infrastructure (NSDI) and the directive of the European Union "Inspire":

  • from 2014 to 2015, by the order of the Norwegian Mapping Authority and the State Committee of Real Property Cadaster of Armenia, AAC completed works on the "Aerial Photography, Production of Digital Terrain Model and Digital Orthophoto for Selected Areas of Armenia" (urban areas with 10 cm/pixel resolution – 294 sq.km.; rural areas with 20 cm/pixel resolution – 13.5 thousand sq.km.).
List of project
Region of operations Period of performing operations Project name / Brief essence of project Customer

Territory of the country

2014

Production of digital orthophotos of selected areas of the country
(urban areas with resolution of 10 cm/pixel - 294 km2; rural areas with resolution of 20 cm/pixel - 13476 km2)

  • Aerial Survey (Aerial Photography and Airborne Laser Scanning)
  • Digital Terrain Model and Height Contour Lines
  • Orthophotos

Norwegian Mapping Authority (http://kartverket.no)
State Committee of Real Property Cadastre of Armenia 
(http://www.cadastre.am)

georgia

Within the framework of the "Maps for Sustainable Land Management: Georgia Orthophoto" Project of the Norwegian Mapping Authority:

  • starting from 2015, by the order of the Norwegian Mapping Authority and the National Agency of Public Registry under the Ministry of Justice of Georgia, AAC is carrying out works on "Aerial Photography, Production of Digital Terrain Model And Digital Orthophotos for Selected Areas of Georgia" (40 thousand sq.km.) with resolution of 20 cm/pixel.
  • In 2015, AAC completed works for geodata production (aerial photography, digital orthophotos—200 sq.km. and line maps—50 sq.km.) with 10cm/pixel resolution for a part of the territory of Georgia affected by floods due to the Vere river broke its banks.
List of project
Region of operations Period of performing operations Project name / Brief essence of project Customer

Territory of the country

2015 -2018

Creation of digital orthophotos of individual areas of the country with a resolution of 20 cm / pix. (40000 km2)

  • Aerial photography (aerial photography and aviation laser scanning);
  • Digital model of topography and horizontal
  • Orthophotomaps

Norwegian Mapping Authority (http://kartverket.no)
The National Public Registry Agency of the Ministry of Justice of Georgia
(https://napr.gov.ge/)

The territory of the country that has been flooded

2015

Creation of geodata (aerial photography, digital orthophotoplans - 200 km2 and linear maps-50 km2) with a resolution of 10sm / pix.

Part of the territory of Georgia

2017

Execution of aerial photography, production of a digital relief model and digital orthophotomaps to part of the territory of Georgia for the design of 220 kV Akhaltsikhe-Batumi transmission lines, an area of 6.51 km2 (length of a 12.64 km line)

State Electrical Systems of Georgia

Part of the territory of Georgia

2017

Implementation of aerial photography, production of a digital relief model and digital orthophotomaps to part of the territory of Georgia for the design of 220 kV Akhaltsikhe-Batumi power transmission lines, an area of 19.85 km2:

  • aviation laser scanning, density of points 3 t / m2;
  • aerial photography with a resolution of 10 cm / pix;
  • digital relief model, accuracy of 15 cm;
  • digital orthophotos with a resolution of 10 cm / pix

KEC International Limited India Georgia Branch

http://www.kecrpg.com/

Georgia, part of the territory of the river. Aragvi

2017

Carrying out aeronautical laser scanning on an area of 242.0 km2s with a density of 2 pts/m2

MGGP S.A. (Poland)

mggp.com.pl

kazakhstan List of project
Region of operations Period of performing operations Project name / Brief essence of project Customer
Territory of the country 2016 Aerial survey (Aerial Photography) with resolution 40 cm/pixel - 75971 km2 JSC "Air Control" (www.aircontrol.kz)
JCS "Kazgeocosmos" (www.kgc.kz)for "National Institute aerial and geodetic surveys for agricultural" (www.gishagi.kz)

Czech Republic.svg

List of project

Region of operations

Period of performing operations

Project name / Brief essence of project

Customer
The part territory of the country 2018 Aerial survey (Aerial Photography) with resolution 15 cm/pixel - 11 900 km2 S.C. Primul Meredian S.R.L. Czech Office for Surveying, Mapping and Cadastre