Drone Roof & Facade Inspection – Australian National University Canberra
High Exposure was engaged by the main contractor overseeing the remedial repairs of Australian National University in Canberra to assist with assessing damages to a
A Single Source of Truth for All Stakeholders
Our utilisation of drones in surveying offers unparalleled advantages over traditional methods, enhancing efficiency, accuracy, and safety in data collection.
We can quickly and comprehensively survey large areas, monitor progress, and gather precise data with minimal disruption to the surroundings. The real-time data acquisition and detailed imagery obtained through drone surveys empower our clients with actionable insights, facilitating informed decision-making and ultimately optimising project outcomes.
Drone Mapping Services
Aerial mapping using UAV’s provides a complete visual and data rich record of your work site or land area. A periodic mapping schedule allows site managers and stakeholders to monitor changes to ensure a project is being carried out to plan and on time. They assist greatly in ensuring a project is completed correctly, on time and on budget.
High Exposure has optimised a process from years of experience in the field capturing photogrammetry data to provide a deliverable that has proven to be so useful in the planning and decision making process throughout a projects life cycle that cost and time efficiencies have vastly improved.
Service Group
Drone Survey and Mapping
Deliverables
Drone surveys can provide a variety of deliverables depending on the specific needs and goals of the project
- Orthomosaic Maps – detailed and geo-referenced map of the surveyed area, providing an accurate representation of the ground.
- Digital Elevation Models (DEM) – 3D representations of the terrain, created by capturing elevation data during the survey. This is valuable for analysing the topography and elevation changes in the surveyed area.
- Digital Surface Models (DSM) – A DSM represents the surface of the Earth, including all natural and man-made features.
- 3D Point Clouds – detailed, three-dimensional representations of the surveyed environment. They are created by collecting data on the location of individual points, allowing for precise measurements and analysis.
- Contour Maps – Contour maps display lines connecting points of equal elevation, providing a visual representation of the landscape’s shape and gradients. This is crucial for construction, land development, and environmental assessments.
- Thermal Imagery – Our drones are equipped with thermal cameras can capture thermal imagery, which is useful for applications such as building inspections, agriculture, and search and rescue operations.
- Vegetation Health Analysis – Multispectral sensors on drones can capture data to assess the health of vegetation. This is commonly used in agriculture for crop health monitoring.
- Volume Calculations – Drones can be employed to calculate volumes of stockpiles, excavations, or other topographical features, providing valuable information for construction and earthwork projects.
- Customised Reporting & Analysis – Customised reports can be generated based on specific project requirements. This may include detailed analysis, comparisons, and recommendations based on the survey data.
- Interactive 3D Models – In addition to static 3D models, some projects may benefit from interactive 3D models that allow users to explore and interact with the surveyed environment in an online virtual space. Measurements and volumes and other analytical capabilities can be recorded in the software. These online models can also be easily shared between team members.
Use Cases
Drone surveys can provide a variety of deliverables depending on the specific needs and goals of the project
Topographic Mapping:
- DSMs are crucial for creating accurate topographic maps, representing natural and man-made features across the surveyed area.
Land Use Planning:
- Planners and developers use DSMs to assess land use, evaluate terrain features, and plan infrastructure projects.
Environmental Monitoring:
- DSMs aid in monitoring environmental changes, such as erosion, vegetation growth, and land cover changes.
Flood Risk Assessment:
- By analysing elevation data, DSMs help in assessing flood risk areas, understanding drainage patterns, and planning for water management.
Telecommunication Tower Placement:
- Telecom companies use DSMs to determine optimal locations for the placement of telecommunication towers by evaluating line-of-sight and obstruction issues.
Urban Planning:
- In urban areas, DSMs assist in understanding building heights, urban sprawl, and planning for infrastructure development.
Construction and Earthwork Projects:
- DSMs are utilised in construction projects for volume calculations, cut and fill analysis, and overall project planning.
Natural Resource Management:
- In forestry and agriculture, DSMs aid in assessing canopy height, vegetation health, and planning for resource management.
3D Visualisation:
- DSMs can be used to create realistic 3D visualisations of the terrain, providing stakeholders with an immersive view of the surveyed area.
Latest Project
Some of our
3D Models
Drone survey capture with photogrammetry processing. These online visualisation software enables measurement capability reducing the need tfor boots on the ground using traditional methods of data capture
Image Gallery
Why Choose Us
How Aerial Surveys are Changing the Industry
Jump on board with the forward thinking companies embracing new technology to obtain meaningful data more efficiently than ever
Safety
Rather than having surveyors on site in dangerous or hazardous areas, we can undertake the operation with zero risk to human life
Due to the lower cost of drone inspections, assets can be inspected more frequently and with higher volume of data is able to be captured minimising the chance of missing something. This leads to identification of dangerous terrain or structures early before they can become a hazard to people
Frequent general aerial surveys on construction sites can spot issues quickly to ensure the safety of people onsite
Cost Efficient
Often what takes days with traditional methods can take hours with drones using less people to conduct the survey.
The equipment used is cheaper than traditional methods and therefore cheaper to hire.
Manned inspections are often associated with enormous insurance costs which are greatly reduced.
Potential work cover claims are also reduced due to the safety of using drones for surveying and 3D Model mapping.
Save Time
A drone can be set up within minutes of being on location and easily navigate around the asset.
No need to set up harnesses,ladders or organise a team to cover large areas.
Also no need to shutdown systems resulting in zero service downtime.
Access
Using rope access , EWP’s or scaffolding has its limits. We can position aerial cameras in the ideal position to enable a high resolution survey of your site or asset.
This gives you a higher quality of data than what would ordinarily be available.
Being able to place drones in these areas so easily without human presence can prevent the need for service interruptions to assets
Survey Data Capture - Trust the Process
High Exposure employs a meticulous step-by-step process for drone survey data acquisition, processing, and visualisation to ensure optimal results and valuable insights for our clients.
Project Planning and Pre-flight Analysis: Before deploying drones, our team conducts thorough project planning, defining survey objectives, and assessing the specific requirements of the area to be surveyed. Pre-flight analysis involves evaluating airspace regulations, weather conditions, and potential obstacles.
Flight Mission Execution: Trained and certified drone pilots execute the flight mission, precisely navigating the drone to capture high-resolution images or videos of the survey area. Advanced sensors and cameras on the drone ensure accurate data collection.
Data Collection: During the flight, the drone collects georeferenced images or videos, capturing the desired data points. The drone’s ability to access hard-to-reach or hazardous areas enhances the comprehensiveness of the survey.
Data Processing and Stitching: Post-flight, acquired data undergoes meticulous processing. Image stitching and georeferencing techniques are applied to create seamless and accurate maps or 3D models. This step ensures the precision of the collected data.
Data Analysis: Processed data is subjected to in-depth analysis, extracting relevant information based on project requirements. This may include topographic features, volumetric measurements, or other specific parameters tailored to the client’s needs.
Integration with GIS (Geographic Information System): The survey data is integrated into GIS platforms, enhancing its spatial context and allowing for a more comprehensive understanding of the surveyed area. GIS integration facilitates effective decision-making by providing a geospatial perspective.
Visualisation and Reporting: High Exposure focuses on delivering insights in a user-friendly format. We create visualisations such as maps, 3D models, and interactive reports, ensuring that our clients can easily interpret and derive meaningful conclusions from the surveyed data.
Client Collaboration: We actively involve clients throughout the process, seeking feedback and adjusting our approach based on their evolving needs. Collaboration ensures that the final deliverables align with the project objectives and exceed client expectations.
By adhering to this meticulous process, High Exposure ensures that drone survey data is not only accurately acquired but also transformed into actionable insights, putting our client in the drivers seat with the information they need for informed decision-making. Project objectives have never been completed this quickly with such clarity on next steps.
Update
Our Projects
Drone LiDAR & Photogrammetry Survey – Gregadoo Waste Management Centre
High Exposure Commercial Drone Services undertook an aerial survey at the 250-hectare Gregadoo Waste Management Facility, employing drone photogrammetry and LiDAR capture techniques. The primary
Drone Inspection & Digital Twin – Commercial Building
High Exposure was engaged to undertake a significant project to create a high-resolution aerial photogrammetry 3D model for a thorough inspection of brickwork on the
FAQs
Frequently Asked Questions
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What types of assets are usually inspected with a drone?
We are able to capture useful data of almost anything. Existing projects have included, but not limited to building facades, rail infrastructure, water reservoirs, telecommunications infrastructure, bridges, and roof tops. Let our team know your ideas today and we will tailor a service to meet your needs.
How close can you fly to inspect my assets?
We use high resolution cameras to ensure we are able to maintain a safe distance from the infrastructure and still produce high quality imagery.
How can I view the images/video?
We can provide a digital handover of the images & video via a web link which the client can download. Although, on request we are able to live stream the video online to clients if they need an immediate report. We also offer 3D modelling of infrastructure that has proven very useful for clients.