We have been successfully carrying out survey flights with various drone models for many years. he aims of the TEDAMOS DroneCam solution are to
- Simplify and accelerate evaluations
- Provide the results in an interactive web portal
Whether we carry out the flights or you collect the data yourself, TEDAMOS DroneCam takes over the professional evaluation and visualization.
Data Capture
We conduct flights for you, either manually or automatically using the DJI Dock solution. If you own a drone, you can upload your raw data to the CraneCam server. We also assist with flight planning to ensure the results meet quality requirements.
Evaluation
Manual for specialized products or fully automatic for routine flights. Our evaluation software is designed to handle thousands of images and delivers high-quality 3D models, point clouds, and orthophotos.
Visualisation
Visualization takes place within the versatile TEDAMOS web portal. Here, drone flights can be combined with various other measurements and analyzed. The portal offers a variety of measurement and comparison functions.
Our Flight Capabilities
We operate a variety of unmanned aerial vehicles equipped with cameras. All flights are conducted by professionally trained personnel. We adhere to applicable laws and regulations, and all our survey flights are conducted under a SORA operational approval.
Autonomous Flight - DJI Dock 2
The DJI Dock 2 is an advanced docking station for drones that can be controlled and monitored remotely. This significantly simplifies the daily use of drones on construction sites.
The drone can autonomously take off, survey the construction site, and land again — all without the need for an on-site drone pilot!
In combination with TEDAMOS, the entire workflow - from data capture to evaluation and visualization of results - is fully automated. As experts in construction site surveying, we are happy to advise you on the use of drones at your construction site.
Quadrocopter
We fly and train with quadcopters, ideal for smaller areas or difficult-to-access terrain.
Quadcopters are used in construction for surveying, mapping, and inspecting sites. They capture precise terrain data and provide high-resolution aerial images and 3D models. This facilitates the planning and monitoring of construction projects and enables the inspection of hard-to-reach areas, thereby enhancing efficiency and safety on construction sites.
Fixed-wing aircraft - Wingtra
Suitable for large, open areas such as ski resorts (for summer or winter surveys), golf courses, mountain roads, landslide areas, and much more.
Fixed-wing aircraft like the Wingtra are primarily used in construction for large-scale surveying and mapping. They enable the capture of detailed geospatial data over vast areas in a short amount of time. With their high flight stability and long endurance, they provide precise aerial imagery and 3D models crucial for planning, monitoring, and documenting construction projects. These fixed-wing aircraft are particularly useful for surveying large construction sites, infrastructure projects, and hard-to-access areas.
TEDAMOS DroneCam
The integration of drones in TEDAMOS Web revolutionizes construction and surveying projects. Drones capture precise aerial imagery and geospatial data, seamlessly transmitted to TEDAMOS for automatic processing. This combination optimizes workflow by delivering fast, accurate results without manual intervention, enhancing efficiency, and improving the planning and monitoring of construction projects.
Applications
Real-time Mapping
Orthophotos are corrected aerial images with a uniform scale, ideal for precise measurement and analysis of terrain and building structures. They are widely used in urban planning, land use and environmental monitoring, because they provide detailed and scale-accurate images essential for accurate decision-making.
Volume Calculation
Volume calculations from drone footage enable precise determination of material quantities by comparing them with previous recordings or a fixed reference height. This method provides accurate data on volume changes over time or in relation to a defined height, which is particularly useful for construction and demolition projects.
3D Models
SIA-118 Documentation
Have the electrical junction boxes been placed correctly? Thanks to the CAD interface, specialist planners can easily overlay plans and identify discrepancies in the installations before concrete is poured. Documentation according to SIA-118 made easy.
Deformation analyses
Multiple flights can be used to analyze areas with thawing permafrost or after heavy rainfall events according to erosion and fill perimeters. By interactively selecting a perimeter, the volume changes can be calculated directly in TEDAMOS Web.
Construction Progress
The entire construction progress is documented comprehensively and daily across the entire construction site. If a crane is not yet in place, no problem – we bridge this gap with drone footage of the same quality.
