Aerial photography for engineering and industrial applications

Performing areal and linear surveys with a resolution of 1 cm per pixel and an accuracy of up to 3 cm in plan and height.

Full cycle – from surveying to topographic plan

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from 1-25 cm/pix Shooting resolution

up to 1000 km² Filming area

from 3 days Completion deadlines

200+ projects Completed

How we work

Permissions

Obtaining permits and approvals

Air defense

Installation of ground control points (GCPs)

Aerial photography

Performing flights and receiving data from UAVs

GNSS observations processing

Calculation of image center coordinates, quality control with ground reference points

Photogrammetric processing

Building an orthomosaic, digital terrain model, 3D model, and point cloud

Export

Ready-made data for AutoCad, ArcGIS and CAD/GIS systems

The results you get

Orthomosaic An orthophotomap generated from the tablets with georeferenced files. Loaded into AutoCad or GIS. Available in TIFF, JPEG, ECW, and other formats.

Digital Elevation Model In GeoTIFF format

Point Cloud Photogrammetric point cloud in LAS, PTX, E57 format.

3D model Geodetically accurate photorealistic 3D model in OBJ, Cesium3DTiles, FBX and other formats.

Example project

Other examples of work

Example project

Other examples of work

Our UAV Fleet

Geoscan 201 geodesy Choice of camera: Sony RX1R II, ILX-LR 1 (42/61 MP). Various lenses can be installed. Topcon B110 onboard GNSS receiver. Flight time up to 2.5 hours, with coverage of up to 50 linear km of linear survey or 100 km² of areal survey per flight. Processing in PPK mode, with horizontal and vertical accuracy up to 10 cm.

DJI Matrice 400 with P1 camera The Zenmuse P1 camera (full sensor, 45 MP) is mounted on a gimbal. It has a built-in GNSS receiver with two antennas. The drone can operate in RTK mode. Flight time is up to 55 minutes, with a flight time of up to 15 linear kilometers of linear survey and up to 10 square kilometers of areal survey. Processing is in PPK mode, with horizontal and vertical accuracy of up to 3 cm.

DJI Matrice 4 Enterprise A 20 MP camera mounted on a stabilizer. A built-in GNSS receiver with two antennas. The drone can operate in RTK mode. Flight time is up to 30 minutes, with a flight time of up to 7 linear kilometers of linear survey and up to 2.5 square kilometers of areal survey. Processing is in PPK mode, with horizontal and vertical accuracy of up to 3 cm.

Our UAV Fleet

Geoscan 201 geodesy

Камера на выбор: Sony RX1R II, ILX-LR 1 ( 42/61 Мп). Возможность установки разных объективов. Бортовой GNSS-приемник Topcon B110. Время полета до 2,5 ч, за вылет до 50 погонных км линейной съемки или 100 км² площадной съемки. Обработка в режиме PPK, точности в плане и по высоте до 10 см.

Choice of camera: Sony RX1R II, ILX-LR 1 (42/61 MP). Various lenses can be installed. Topcon B110 onboard GNSS receiver. Flight time up to 2.5 hours, with coverage of up to 50 linear km of linear survey or 100 km² of areal survey per flight. Processing in PPK mode, with horizontal and vertical accuracy up to 10 cm.

DJI Matrice 400 with P1 camera

Камера Zenmuse P1 (полная матрица, 45 Мп), установленная на стабилизаторе. Встроенный GNSS-приемник с двумя антеннами. Дрон может работать в RTK- режиме. Время полета до 55 минут, за вылет до 15 погонных км линейной съемки и до 10 км² площадной съемки. Обработка в режиме PPK, точности в плане и по высоте до 3х см.

The Zenmuse P1 camera (full sensor, 45 MP) is mounted on a gimbal. It has a built-in GNSS receiver with two antennas. The drone can operate in RTK mode. Flight time is up to 55 minutes, with a flight time of up to 15 linear kilometers of linear survey and up to 10 square kilometers of areal survey. Processing is in PPK mode, with horizontal and vertical accuracy of up to 3 cm.

DJI Matrice 4 Enterprise

Камера 20 Мп, установленная на стабилизаторе. Встроенный GNSS-приемник с двумя антеннами. Дрон может работать в RTK- режиме. Время полета до 30 минут, за вылет до 7 погонных км линейной съемки и до 2,5 км² площадной съемки. Обработка в режиме PPK, точности в плане и по высоте до 3х см.

A 20 MP camera mounted on a stabilizer. A built-in GNSS receiver with two antennas. The drone can operate in RTK mode. Flight time is up to 30 minutes, with a flight time of up to 7 linear kilometers of linear survey and up to 2.5 square kilometers of areal survey. Processing is in PPK mode, with horizontal and vertical accuracy of up to 3 cm.

Digital aerial photography: high-precision geodetic survey of the terrain

Digital aerial photography is an advanced method of obtaining high-precision terrain data, which is widely used in geodesy, construction, cartography and other areas. Modern technologies allow creating detailed aerial photographs that help in planning and implementing complex projects.

Aerial photography in geodesy

Aerial photography in geodesy is an indispensable tool for obtaining up-to-date data on the relief, objects and other characteristics of the territory. Geodetic aerial photography allows for highly accurate measurement of distances, heights and areas, which is especially important when creating topographic maps, site plans and engineering projects.

Using digital technologies, we can quickly obtain detailed aerial photographs of the area, which will become the basis for geodetic calculations and analytics.

Advantages of Geodetic Aerial Photography

Geodetic aerial photography has a number of advantages over traditional methods of surveying from the ground:

High data accuracy: Aerial photography allows you to cover large areas while ensuring high accuracy of the data obtained.
Time saving: Digital aerial photography is much faster than ground-based measurement methods, which is especially important for large-scale projects.
Safety: Aerial photography of terrain allows you to obtain data from hard-to-reach or dangerous areas without having to send people there.

Order aerial photography for geodetic purposes

Our company offers professional aerial photography services for geodetic needs. We provide a full range of services - from preliminary assessment of the object to finished aerial photographs and their interpretation for further use. Ordering aerial photography from us means receiving accurate and reliable data that will be useful for your project.

Aerial photographs of the terrain: usefulness and application

Aerial photographs of terrain are used in a wide variety of areas:

Geodesy and cartography: Creation of topographic maps and site plans.
Construction: Construction control and monitoring of changes on the construction site.
Terrain analysis: Landscape assessment and development of design documentation for engineering systems.

If you need to obtain aerial photographs of the area for geodetic purposes, our team is ready to offer you a high-tech solution.

Why choose us for aerial photography?

Modern equipment: We use the latest generation drones and cameras, which provide high quality and detailed images.
Experienced specialists: Our team has many years of experience in conducting aerial photography for various projects.
Individual approach: We offer flexible solutions based on the client's needs and guarantee prompt order fulfillment.

Order aerial photography

To order aerial photography, contact us at +7 (706) 711-00-24 for a consultation. We will help you assess your needs and offer the best solution for your project.