Planning
We analyze project needs and prepare the flight and survey plan.
Drone & GNSS Survey Engineering
Fast and Precise technological survey methods
We produce high-accuracy maps, orthophotos and 3D models with drone and GNSS technology. End-to-end survey engineering, from field to delivery.
±2cm
Positional Accuracy
6+
Industries Served
100%
Digital Workflow
Our Services
End-to-end survey engineering
We combine modern UAV and GNSS systems with an experienced engineering team to deliver accurate, fast and reliable results.
Drone Mapping
UAV photogrammetry for high-resolution orthophotos, surface models and 3D models. Cover large areas in a fraction of the time.
Orthophoto · DSM · DTM Learn MoreGNSS / RTK Surveying
Centimeter-accurate GNSS/RTK surveys; cadastral work, stake-out and control point measurements.
RTK · NTRIP · Cadastral Learn MoreTopographic & Volumetrics
Topographic mapping, volume calculations and mine site surveys. Reliable data to support your decisions.
Volume · Sections · Contours Learn More
How We Work
Four steps from plan to delivery
We run every project with a transparent, repeatable workflow.
Field Survey
We collect precise field data with drone flights and GNSS measurements.
Data Processing
We process data into orthophotos, point clouds and 3D models.
Delivery
We deliver CAD/GIS-ready outputs together with reports.
±2cm
Positional Accuracy
1000+ha
Hectare Capacity
6+
Industries Served
100%
Digital Workflow
UAV photogrammetry
Why Pivot
Technology and engineering combined
We use the latest drone and GNSS hardware in the field and powerful data-processing software in the office — so results are both fast and reliable.
- Centimeter-accurate precise surveying
- Fast data capture over large areas
- CAD/GIS-ready, ready-to-use deliverables
- Experienced survey engineering team
Industries
All industries
Sectors we serve
Construction
Keep your site under control with earthworks tracking, stake-out, as-built surveys and progress reports.
Mining
Manage production with stockpile and excavation volumes, slope monitoring and periodic site surveys.
Energy
Terrain modelling, route studies and installation stake-out for solar and wind sites.
Agriculture
Parcel-based mapping, land levelling plans and base data for irrigation projects.
Infrastructure
Route surveys, strip maps and cross-sections for roads, water and sewer lines.
Municipality
Base maps, zoning applications and up-to-date data for urban information systems.
Capabilities
Deliverables we produce
On every project we deliver industry-standard outputs that speed up your decision-making.
GeoTIFF · ECW
Orthophoto Maps
High-resolution, georeferenced orthophoto imagery.
OBJ · FBX
3D Models
Scaled three-dimensional models of terrain and structures.
LAS · LAZ
Point Clouds
Dense point clouds and digital elevation models.
Get a quote for your project today
Tell us what you need and our survey engineers will propose the best solution.
Blog
All articles
Latest articles & insights
What is drone mapping?
The basics of UAV photogrammetry and its role in survey engineering.
How do GNSS and RTK work?
A short look at the technology behind centimeter accuracy.
Drone advantages in volume calculation
Fast and reliable volume measurement for mine and stockpile sites.
Why Has Drone-Based Construction Site Monitoring Become the Standard?
UAV photogrammetry can be used not only for the visual monitoring of construction progress, but also for transferring the generated point clouds into a 4D BIM environment and comparing them against the project schedule.