Tailored Data Acquisition Solutions
Survey-Grade
Unmanned Aerial LiDAR

With industry-leading LiDAR systems, we acquire consistent data and generate precise models — even through dense vegetation.

Utilizing Austrian-made survey-grade LiDAR systems, we gather high-density, georeferenced point cloud data.

Multiple target capability coupled with best-in-class inertial measurement unit (IMU) and referencing yield industry-leading accuracy and precision.

In combination with our photogrammetry setup, this facilitates highest-resolution, multi-dimensional spatial data and accurate bare-earth elevation models, even through dense foliage.

Tailored Data Acquisition Solutions

Orthodrone’s hard- and software innovations combine practical experience with best-in-class technology.

Our practical hard- and software solutions have been developed from real, first-hand field experience.

Challenging projects and perseverance in harsh environments have been driving forces for innovation in the way we gather data.

As a result, made-to-measure sensor control, a sophisticated onboard processing unit, and the integration of sensors previously unknown to aeronautics are a keystone to our success operating in and adapting to extreme conditions.

Tailored Data Acquisition Solutions

Orthodrone’s hard- and software innovations combine practical experience with best-in-class technology.

Our practical hard- and software solutions have been developed from real, first-hand field experience.

Challenging projects and perseverance in harsh environments have been driving forces for innovation in the way we gather data.

As a result, made-to-measure sensor control, a sophisticated onboard processing unit, and the integration of sensors previously unknown to aeronautics are a keystone to our success operating in and adapting to extreme conditions.

Ultra-High Resolution Photogrammetry
Survey-Grade
Unmanned Aerial LiDAR

With industry-leading LiDAR systems, we acquire consistent data and generate precise models — even through dense vegetation.

Utilizing Austrian-made survey-grade LiDAR systems, we gather high-density, georeferenced point cloud data.

Multiple target capability coupled with best-in-class inertial measurement unit (IMU) and referencing yield industry-leading accuracy and precision.

In combination with our photogrammetry setup, this facilitates highest-resolution, multi-dimensional spatial data and accurate bare-earth elevation models, even through dense foliage.

Ultra-High Resolution Photogrammetry

Utilizing our onboard processing unit (OPU), we simultaneously control multiple cutting-edge metric camera payloads.

Our onboard processing unit allows for simultaneous control of up to four metric, medium-format cameras with native millimeter resolution in visual (RGB), Near-Infrared (NIR) and Red Edge wavelengths.

We combine industry-leading cameras with sensor-linked multiband geolocation services.

Onboard real-time kinematic (RTK) and post processed kinematic (PPK) correction hardware, along with deployment of automated ground control points (GCPs), enable millimeter-level precision and centimeter-level global accuracy.

Ultra-High Resolution Photogrammetry

Utilizing our onboard processing unit (OPU), we simultaneously control multiple cutting-edge metric camera payloads.

Our onboard processing unit allows for simultaneous control of up to four metric, medium-format cameras with native millimeter resolution in visual (RGB), Near-Infrared (NIR) and Red Edge wavelengths.

We combine industry-leading cameras with sensor-linked multiband geolocation services.

Onboard real-time kinematic (RTK) and post processed kinematic (PPK) correction hardware, along with deployment of automated ground control points (GCPs), enable millimeter-level precision and centimeter-level global accuracy.

Survey-Grade Unmanned Aerial LiDAR
Survey-Grade
Unmanned Aerial LiDAR

With industry-leading LiDAR systems, we acquire consistent data and generate precise models — even through dense vegetation.

Utilizing Austrian-made survey-grade LiDAR systems, we gather high-density, georeferenced point cloud data.

Multiple target capability coupled with best-in-class inertial measurement unit (IMU) and referencing yield industry-leading accuracy and precision.

In combination with our photogrammetry setup, this facilitates highest-resolution, multi-dimensional spatial data and accurate bare-earth elevation models, even through dense foliage.

Survey-Grade
Unmanned Aerial LiDAR

With industry-leading LiDAR systems, we acquire consistent data and generate precise models — even through dense vegetation.

Utilizing Austrian-made survey-grade LiDAR systems, we gather high-density, georeferenced point cloud data.

Multiple target capability coupled with best-in-class inertial measurement unit (IMU) and referencing yield industry-leading accuracy and precision.

In combination with our photogrammetry setup, this facilitates highest-resolution, multi-dimensional spatial data and accurate bare-earth elevation models, even through dense foliage.

Survey-Grade Unmanned Aerial LiDAR

With industry-leading LiDAR systems, we acquire consistent data and generate precise models — even through dense vegetation.

Utilizing Austrian-made survey-grade LiDAR systems, we gather high-density, georeferenced point cloud data.

Multiple target capability coupled with best-in-class inertial measurement unit (IMU) and referencing yield industry-leading accuracy and precision.

In combination with our photogrammetry setup, this facilitates highest-resolution, multi-dimensional spatial data and accurate bare-earth elevation models, even through dense foliage.

Customized Hybrid Multi-Rotor UAS
Survey-Grade
Unmanned Aerial LiDAR

With industry-leading LiDAR systems, we acquire consistent data and generate precise models — even through dense vegetation.

Utilizing Austrian-made survey-grade LiDAR systems, we gather high-density, georeferenced point cloud data.

Multiple target capability coupled with best-in-class inertial measurement unit (IMU) and referencing yield industry-leading accuracy and precision.

In combination with our photogrammetry setup, this facilitates highest-resolution, multi-dimensional spatial data and accurate bare-earth elevation models, even through dense foliage.

Customized Hybrid
Multi-Rotor UAS

Our made-to-measure UAS provide for maximum mission time, efficiency and flexibility, as well as superior data quality.

We use customized hybrid multi-rotor unmanned aerial systems (UAS) for maximum mission efficiency and flexibility.

Our systems carry heavy sensor payloads for over two hours. Extensive airtime and rapid, 10-minute refueling are ideal specs for all-day projects.
We are not limited by stall speeds, quickly depleting batteries, or large takeoff and landing areas.

With hours of flight time for hover inspections, area scans, or BVLOS operations, we offer global data acquisition from tropical jungles to icy deserts.

Customized Hybrid
Multi-Rotor UAS

Our made-to-measure UAS provide for maximum mission time, efficiency and flexibility, as well as superior data quality.

We use customized hybrid multi-rotor unmanned aerial systems (UAS) for maximum mission efficiency and flexibility.

Our systems carry heavy sensor payloads for over two hours. Extensive airtime and rapid, 10-minute refueling are ideal specs for all-day projects.
We are not limited by stall speeds, quickly depleting batteries, or large takeoff and landing areas.

With hours of flight time for hover inspections, area scans, or BVLOS operations, we offer global data acquisition from tropical jungles to icy deserts.

Spatial Data Analyses
Survey-Grade
Unmanned Aerial LiDAR

With industry-leading LiDAR systems, we acquire consistent data and generate precise models — even through dense vegetation.

Utilizing Austrian-made survey-grade LiDAR systems, we gather high-density, georeferenced point cloud data.

Multiple target capability coupled with best-in-class inertial measurement unit (IMU) and referencing yield industry-leading accuracy and precision.

In combination with our photogrammetry setup, this facilitates highest-resolution, multi-dimensional spatial data and accurate bare-earth elevation models, even through dense foliage.

Spatial Data Analyses

An exceptional team of GIS specialists and data analysts prepare deliverables of the highest caliber to suit your needs.

Our team of modelers and data analysts are equipped with years of formal research experience in academia and various industries.
While drones, sensors and control systems are our tools, data is what we do.

From 3D modeling to change detection and machine learning-based classification, we collect information, generate intel and visualize what you need in the way you want it.

Spatial Data Analyses

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Our team of modelers and data analysts are equipped with years of formal research experience in academia and various industries.
While drones, sensors and control systems are our tools, data is what we do.

From 3D modeling to change detection and machine learning-based classification, we collect information, generate intel and visualize what you need in the way you want it.

In-House Research and Development
Survey-Grade
Unmanned Aerial LiDAR

With industry-leading LiDAR systems, we acquire consistent data and generate precise models — even through dense vegetation.

Utilizing Austrian-made survey-grade LiDAR systems, we gather high-density, georeferenced point cloud data.

Multiple target capability coupled with best-in-class inertial measurement unit (IMU) and referencing yield industry-leading accuracy and precision.

In combination with our photogrammetry setup, this facilitates highest-resolution, multi-dimensional spatial data and accurate bare-earth elevation models, even through dense foliage.

In-House Research and Development

We use an interdisciplinary network of in-house academics and qualified partners to help solve complex research questions.

Orthodrone diversely comprises outstanding researchers and highly trained data and technology professionals. Thinking outside of the box and using interdisciplinary methods, we excel at engineering inventive approaches to complex challenges.

In cooperation with qualified partners, we integrate sharp minds with cutting-edge technology to formulate effective strategies for developing sound geospatial solutions.

In-House Research and Development

We use an interdisciplinary network of in-house academics and qualified partners to help solve complex research questions.

Orthodrone diversely comprises outstanding researchers and highly trained data and technology professionals. Thinking outside of the box and using interdisciplinary methods, we excel at engineering inventive approaches to complex challenges.

In cooperation with qualified partners, we integrate sharp minds with cutting-edge technology to formulate effective strategies for developing sound geospatial solutions.