Drones for Construction
Improve project performance and job site safety.
Vision Aerial drones are proudly made in America.
Benefits of Using Drones for Construction
Vision Aerial drones for construction are versatile, rugged, and reliable. They can help you improve construction projects throughout the entire life cycle. Project planning, tracking, and cross-team communication in the construction industry have always been a challenge. It is not uncommon for construction projects to finish over budget and behind schedule. What if you could measure more accurately and improve safety? If your team could monitor project progress thoroughly would that improve things? Would you like to identify problems earlier?
Industry Applications:
- Surveying & Mapping
- Topographical Surveys
- Logistical Planning
- Project Management
- Progress Reporting
- Inspections
- Marketing
- Optimize Grading Plans
Benefit From More Accurate Measurements
Drones for construction allow managers to better plan and manage their projects. This is because drones gather highly accurate measurements and improve visibility.
At the beginning of a project, create site maps and surveys with point clouds, digital terrain models (DTM), and digital surface models (DSM). Throughout the project, planned drone missions track and document progress with high-quality images. Verify subcontractor earth movement with precise volumetric cut/fill analysis. In sum, accurate measurements produce better bids, reduce waste, and improve overall project performance.
Drones for Construction Improve Worker Safety
Drone workflows improve safety on construction sites. Surveyors and site managers stay out of the way of heavy equipment while the drone flies overhead. For example, drone inspections reach dangerous places like the top of a tower or the underside of a bridge during traffic. Furthermore, use drone data to identify potential risks. Analyze erection sequences, visualize crane locations, and see where job sites become congested. You could also map utilities to ensure work doesn’t encroach on buried hazards.
Improve Construction Project Communication
Track progress with automated, pre-planned drone missions. The images collected for record-keeping and project documentation display an accurate account. A picture is “worth a thousand words.” With that in mind, images shared with stakeholders provide a visual of work to be done or changes that need to be made. If a subcontractor moved the wrong pile of dirt, images and cut/fill analysis can be used to help clarify the situation.
Improve Project Performance with Data Persistence
Drone flights are pre-planned with mission control software, then performed on a regular basis. Job site managers use the images and data collected to track progress and check work against plans. Therefore, differences between as-designed and as-built are identified before they become a major issue. Regular scans with thermal sensors also detect water leaks and concrete inconsistencies early on.
Why Use Vision Aerial Drones for Construction?
Easy To Fly
Less than 4 hours of training time, intuitive controls, and ultra-smooth flight mean your team can focus on what matters.
Capable Platforms
Long flight times combined with a substantial payload capacity ensure you have the power to get your job done.
Highly Adaptable
Our drones can carry all the best-in-class cameras and sensors. They easily adapt to support your missions as they evolve.
Rapid Deployment
Vision Aerial drones fold for easy transport. Go from case to flight in under 2 minutes.
Recommended Drone System for Construction
$8,800.00
Construction Drone System (CON7)
The Vision Aerial Construction Drone System features rugged durability, long flight times, and versatility to support your mission as it evolves. The included payloads provide superior data for site surveying, volumetric stockpile measurements, inspections, and project monitoring.
Key Features
What's Included
Full Specifications
- Vector hexacopter drone (Learn More)
- Sony A7R iv Camera Body (Download Data Sheet)
- Mounting: Gremsy T3 (Download Data Sheet)
- Workswell WIRIS® Pro with 13 mm (45° FOV) Lens (Download Data Sheet)
- Mounting: Gremsy Pixy-U (Download Data Sheet)
Have Questions or Need a Custom Solution?
Industry Information
How to Plan a Survey Flight and Determine Ground Sample Distance in QGroundControl
Ground Sample Distance is a critical measurement in photogrammetry. This article covers how to use QGroundControl to determine your GSD.
What is Ground Sample Distance (GSD)?
GSD is an important metric to understand in photogrammetry and is directly related to how accurate your survey is. This article explains how to calculate your GSD.
What is the Difference Between GCPs, PPK, and RTK?
This overview can help you determine which GPS correction method is best for your project.