With TÜRKSAT Geographic Information Technologies (CBT) Brand; Image processing, digital photogrammetry, global positioning, location-based services, mobile (lidar) cartography, geographic data production and geographic programming services are offered using Geographic Information Systems and Remote Sensing technologies.
With TÜRKSAT Geographic Information Technologies (CBT) Brand; The following services are offered in the field of geographical information systems.
- Project management
- Feasibility Study
- Geographic Data Production
- System Analysis
- Geographic Database Design
- System Operation and Maintenance
- Geographic Analyses
- Education
With TÜRKSAT Geographic Information Technologies (CBT) Brand; The following services are offered in the field of remote sensing and image acquisition/processing.
- Generation of Orthoimages
- Digital Height Model Generation
- Geometric, Atmospheric, Spectral and Spatial Corrections
- Image Classification
- Image Evaluation
- Detail Extraction
- Change Analysis Applications
The technical specifications of Göktürk-1, my local and national satellite, are listed in the table.
| Orbit | 680 km, Sun Synchronous |
| Launch Date/Place | 05 December 2016, Korou-French Guiana |
| Main Contractor | Telespazio (Italy) |
| Minimum Duty Life | 7 years 3 months |
| Display Capacity | 902 images per day (15x15 km frame) |
| Time to retake the same location | 3 days @ 30o Roll 21 days @ Rare |
| GSD (Resolution) | Black-White (Panchromatic): 0,5 m Color (Multispectral): 2 m |
| Image Width | 15 km |
| Shooting Modes | Dot, Strip, Stereo, Wide Area |
| Location Accuracy | Horizontal: 10 Meters @ CE90 (Without Ground Control Point) Vertical: 20 Meters @ LE90 (Without Ground Control Point) |
The technical specifications of the PLEAIDES Satellite, owned by the French Airbus company, are listed in the table.
| Orbit | 694 km; synchronous with the sun |
| Launch Date/Place | 2 December 2012, European Space Centre, Fransa |
| Minimum Duty Life | 10 years |
| Time to retake the same location | 3 days @ 30o Roll 21 days @ Rare |
| GSD (Resolution) | Black-White (Panchromatic): 0,5 m Colour 4-Band (Multispectral): 2 m |
| Image Width | 20 km |
The technical specifications of the GEOEYE-1 Satellite of the United States Maxar Company are listed in the table.
| Launch Date/Place | September 6,2008, Vandenberg Air Force Base, California |
| Orbital Altitude | 681km |
| Satellite Lifetime-Estimated | More than 10 years |
| Spectral Bands | Black-White (Panchromatic): 0,5 m Colour 4-Band (Multispectral): 2 m |
| Local resolution (Pan/MS) | 0.41m / 1.65m |
| Radiometric Resolution | 11bit |
| Frame Width | 15.2 km |
| Repass Interval | Less than 3 days |
The technical specifications of the WORLDVIEW-3 Satellite of the United States Maxar Company are included in the table.
| Launch Date | Tarih: 8 Ekim, 2009 Fırlatma Aracı: Delta 7920 Fırlatma Alanı: Vandenberg Hava Üssü, Kaliforniya-ABD |
| Yörünge | Yükseklik: 770 kilometre Tip: Güneş Senkronizasyonlu Periyod: 100 dakika |
| Uydu Ömrü -Tahmini | 7/25 yıl |
| Spektral Bantlar | Pankromatik + 8 band Multispektral |
| Yersel çözünürlük (Pan/MS) | Pankromatik: 0.46 metre GSD (nadir) Multispectral: 1.84 metre GSD (nadir) |
| Radyometrik Çözünürlük | 11-bit dinamik aralığı |
| Çerçeve Genişliği | 16.4 kilometre |
| Tek Geçiş sırasında elde edilebilecek maksimum alan | 65.6 km x 110 km mono (nadir) |
| Yeniden Geçiş Sıklığı | 1.1 gün- 1 m. GSD veya daha az 3.7 gün 20° off-nadir veya daha az (0.52 m. GSD) |
| Lokasyon Doğruluğu(CE90) | 6.5m CE90 doğruluğu (araziden gelen distorsiyonları katmadan) |
The technical specifications of the WORLDVIEW-3 Satellite of the United States Maxar Company are included in the table.
| Launch Date | 13 August 2014 |
| Orbit | Altitude: 617 km Type: Sun Synchronized, 1:30 pm Period: 97 min |
| Lifetime | Calculated Term of Office: 7 / 25 years Estimated Service Period: 10 / 12 years |
| Sensor Bands | Panchromatic: 450-800 nm 8 Multispectral: (red, near-red, coastal, blue, green, yellow, near-IR1 and near-IR2) 400 nm - 1040 nm 8 SWIR: 1195 nm - 2365 nm 12 CAVIS Bands: (desert clouds, aerosol-1, aerosol-2, aerosol- 3, green, water-1, water-2, water-3, NDVI-SWIR, cirrus, cloud) 405 nm - 2245 nm |
Sensor Resolution (or Local Sampling Range) | Panchromatic (Rare): 0.31 m GSD Rare - 0.34 m 20° Off-Rare Multispectral (Rare): 1.24 m Rare, 1.38 m 20° Off-Rare SWIR Rare: 3.70 m Rare, 4.10 m 20° Off-Rare CAVIS Nadir: 30.00 m |
| Dynamic Range | 11-bit Pan ve MS; 14-bit SWIR |
| Frame Width | 13.1 km (Rare) |
| Max. in Single Pass. Continuous Shooting area (30 degree off-nadir angle) | Mono: 66.5 km x 112 km (5 strips) Stereo: 26.6 km x 112 km (2 pairs) |
| Location Accuracy (CE90) | Performans <3.5 m CE90 (yer kontrol noktası olmadan) |
| Capacity | 680,000 km2 daily footage |
The technical specifications of the WORLDVIEW-4 Satellite of the United States Maxar Company are included in the table.
| Sensor Bands | Panchromatic 4 Multispectral |
| Orbit Altitude | 617 km |
| Satellite Lifetime | 12 years |
| Sensor Resolution (or Local Sampling Range) | Panchromatic (Rare) 0.31 m Multispectral (Rare) 1,24 m |
| Frame Width | 13.1 km rare |
| Off-Rare Views | Nomina +/- 45 degrees (off-rare) Optional Higher Angles are also available. |
| Dynamic Range | 11-bit (Pan ve MS) |
| Location Accuracy(CE90) | <4 m CE90 (without ground control point) |
| Capacity | 680,000 km2 per day |
- Creation of urban atlases
- Determination of environmental pollution
- Identifying illegal construction
- Determination of land cover and use
- Monitoring changes over time
- New residential areas, roads, bicycle paths, green areas, industrial zones, etc. planning
- Protection of historical tourist places and protected areas
- Determination of river, lake and sea pollution
- Determination of coastlines
- Earth surface deformation detection
- Underlay image requirement
- Determining the diversity of agricultural products
- Monitoring the phenological development of agricultural products
- The emergence of water stress in plants
- Detection of plant diseases
- Management of agricultural insurance (drought, disease)
- Planned agricultural management
- Detection of illegal agricultural areas
- Yield and productivity estimates
- Determination of land cover and use
- Determination of forest types
- Production of forest stand maps
- Disease detection
- Forest fire damage assessment
- Tracking desertification
- Shoreline monitoring
- Detection of marine vehicles
- Ship waste monitoring
- Marine pollution monitoring
- Sea surface temperature distribution calculation
- Water resources management
- Determining sea surface temperature distribution
- Water pollution detection and monitoring
- Detection before and after disaster
- Earthquake damage analysis
- Flood and inundation monitoring
- Monitoring and damage assessment of forest fires