Drone mapping can get technical fast, and no two projects are exactly alike. Here are answers to some of the questions we hear most about mapping, LiDAR, surveying support, construction, aerial photography, videography, project planning, and working with Bugzeye.
If you don’t see your question here, send it our way. Some projects don’t fit neatly into a box — and those are often the interesting ones.
About Bugzeye & Working With Us
Drone Mapping & Photogrammetry
LiDAR Mapping
Surveying & Engineering Support
Construction & Development
Aerial Photography & Videography
Project Planning, Deliverables & Data
Bugzeye provides professional drone mapping, photogrammetry, LiDAR, aerial imaging, photography, videography, construction documentation, inspections, and specialty aerial data collection. We work on everything from technical geospatial projects for surveying and engineering teams to commercial imagery and custom aerial applications.
Bugzeye is based in Phoenix, Arizona. We primarily support projects throughout Arizona and the greater Southwest, with travel for projects when the scope and location make sense.
Our clients include surveying and engineering firms, contractors, developers, architects, project managers, property owners, and other teams that need professional aerial data or imagery. We also support companies that handle their own processing but need experienced aerial data collection or additional project capacity.
Bugzeye is a drone mapping and geospatial services company with licensed surveying expertise in-house. David Klein, RLS, serves as Bugzeye’s Registered Land Surveyor and helps guide our geospatial workflows and quality-control practices. The exact scope of each project depends on the services and deliverables required.
Yes. Bugzeye’s drone pilots are FAA Part 107 Certified Remote Pilots.
Yes. Depending on the project, Bugzeye can support the workflow from mission planning and aerial collection through processing, quality review, and final geospatial deliverables. We can also plug into an existing project team when a client only needs collection, processing, or additional capacity.
Drone mapping uses overlapping aerial imagery and positioning data to create measurable geospatial products such as orthomosaics, point clouds, 3D models, terrain information, and other site data that can support surveying, engineering, construction, and development workflows.
Photogrammetry is the process of using overlapping photographs to reconstruct a site in two and three dimensions. When the imagery is collected and processed correctly, it can be turned into measurable mapping products rather than just aerial photos.
Depending on the project, deliverables can include orthomosaics, point clouds, 3D models, terrain and surface information, and other processed geospatial data. The right deliverables depend on how the client intends to use the data.
Drone mapping accuracy depends on the aircraft and sensor, flight parameters, positioning and control methods, site conditions, processing, and the intended deliverable. Bugzeye plans each mission around the accuracy requirements and intended use of the project rather than applying one accuracy claim to every job.
Drone mapping can support individual project sites as well as large-acreage properties. Site size, terrain, airspace, required detail, and deliverables determine the aircraft, flight plan, and number of missions needed.
Drone mapping can supplement many ground-based surveying workflows by providing broad site coverage and additional geospatial data, but it does not eliminate the need for ground observations, control, or professional surveying methods when a project requires them. The right approach depends on the site, required deliverables, accuracy needs, and intended use of the data.
Yes. Bugzeye can provide aerial collection as part of an existing workflow for surveying, engineering, photogrammetry, and other geospatial teams that already handle their own processing or final deliverables.
LiDAR uses laser pulses to measure distances between the sensor and surrounding surfaces, creating a dense three-dimensional point cloud of the site. That data can be processed to represent terrain, vegetation, structures, and other features for mapping and analysis.
It depends on the site and the information you need. Photogrammetry is a strong fit for many projects where detailed imagery and visible surface information are important. LiDAR can be particularly useful for vegetation, complex terrain, corridors, infrastructure, and other environments where image-based mapping alone may not provide the information the project requires.
LiDAR does not simply “see through” vegetation. Some laser pulses can pass through gaps in the vegetation and reach the ground, allowing the resulting point cloud to be classified and used to better represent terrain in vegetated areas. Results depend on vegetation density, site conditions, collection parameters, and the requirements of the project.
Depending on the project requirements, LiDAR data can support point clouds, terrain and surface models, contour development, mapping, and other geospatial workflows. The final deliverables are determined by how the client intends to use the data.
No. LiDAR and photogrammetry are different collection methods, and one is not automatically more accurate than the other in every situation. Accuracy depends on the sensor, positioning and control, flight planning, site conditions, processing, and the intended deliverable. The better choice depends on the project.
LiDAR can be a strong option for projects involving vegetation, uneven or complex terrain, corridors, infrastructure, large sites, and locations where detailed three-dimensional surface information is important. Bugzeye evaluates the site and project requirements before recommending a collection method.
Yes, when the project benefits from both types of information. LiDAR can provide detailed three-dimensional measurements while photogrammetry provides high-resolution visual imagery and surface detail. Depending on the scope, the two datasets can complement one another within the same project workflow.
Bugzeye can provide aerial data collection, photogrammetry, LiDAR, mapping, processing, and other geospatial support for surveying and engineering projects. We can handle a complete aerial workflow or take on a specific piece of the project when a team needs additional capacity, specialized equipment, or broader site coverage.
Yes. Some clients only need reliable aerial acquisition and prefer to handle processing, drafting, or final deliverables internally. Bugzeye can coordinate collection around the receiving team’s requirements so the data fits into their existing workflow.
No. Bugzeye can provide aerial mapping and geospatial support as part of a larger professional workflow, but the roles and responsibilities on each project depend on the required services and deliverables. When professional surveying or engineering responsibility is required, those responsibilities remain with the appropriately licensed professional for that work.
Yes. David Klein, RLS, serves as Bugzeye Drone Mapping & Photography’s Registered Land Surveyor. His surveying experience helps guide our geospatial workflows, project planning, and quality-control practices.
Yes. When a project has established control, coordinate information, accuracy requirements, or other technical specifications, we can coordinate those requirements before collection so the aerial workflow is planned around the project rather than added afterward.
Yes. Bugzeye works with surveying, engineering, and geospatial teams that use aerial data within CAD, GIS, and other technical workflows. The exact deliverables and data requirements should be identified before collection so the project is built around what the receiving team actually needs.
Earlier is usually better. Bringing us in while the collection strategy and deliverables are still being defined gives the project team more opportunity to coordinate coverage, site access, control, scheduling, and downstream data needs. Bugzeye can also step in when a team is short-staffed, facing a tight deadline, covering a large site, or needs specialized aerial capability.
Drone mapping can provide current site-wide information throughout a project, giving construction teams a clearer view of existing conditions, progress, earthwork, access, staging, and changing site conditions without relying only on ground-level documentation.
Yes. Bugzeye can support recurring site visits for projects that benefit from consistent aerial documentation over time. Using a repeatable collection approach can make it easier to compare conditions between phases and maintain a visual and geospatial record of project progress.
Yes, when the project is planned and collected appropriately. Aerial mapping can support surface comparisons, cut-and-fill analysis, earthwork tracking, and other quantity-related workflows. The required accuracy, control, and deliverables should be established before collection.
Yes. Drone-derived surface data can be used to support stockpile and material-volume calculations when site conditions and project requirements are appropriate for aerial collection.
Yes. Large development sites are often a good fit for aerial mapping because a single collection can provide broad coverage across grading areas, roadways, utilities, structures, and surrounding site conditions. The collection strategy can then be adjusted as the project changes.
Yes. Repeat aerial collection can create a consistent record of how a site changes over time. That can support internal coordination, client updates, progress documentation, dispute resolution, and long-term project records.
Yes. Some projects need measurable geospatial data, while others also benefit from aerial photography and video for progress updates, stakeholder communication, marketing, or documentation. When appropriate, both can be planned as part of the same overall project.
Bugzeye provides professional aerial photography and video for commercial properties, construction and development projects, marketing, project documentation, events, and other specialty applications. The flight and media plan are built around what the client ultimately needs to show or communicate.
Yes. Many projects benefit from a combination of still photography and video. When both are needed, Bugzeye can plan the flight around the required shots, site conditions, schedule, and intended use of the final media.
Yes. Recurring aerial media can provide a consistent visual record of construction, development, and other changing sites over time. Repeat visits can be planned around project milestones or a recurring schedule depending on the needs of the team.
Yes. Aerial photography and video can be used to showcase properties, projects, facilities, events, and other commercial work from perspectives that are difficult to capture from the ground.
Yes, when the location, airspace, event conditions, and operating requirements allow it. Bugzeye can provide aerial photography, videography, and select specialty event services with the flight plan built around the environment and activity taking place on site.
Yes. Some projects need technical mapping data and polished visual media. When appropriate, Bugzeye can plan both within the same overall project so the client receives useful geospatial information along with photography or video for documentation, communication, or marketing.
A location, project goal, preferred schedule, and an idea of how the final media will be used are a good place to start. From there, Bugzeye can evaluate the site, airspace, shot requirements, operating conditions, and any other factors that affect the flight.
A project location or boundary is the best place to start. From there, it helps to know the approximate size of the site, intended use of the data, required deliverables, schedule, and any known accuracy, control, access, or site requirements.
The more lead time we have, the easier it is to review the site, airspace, access, project requirements, and scheduling constraints before collection. That said, Bugzeye can also support tighter-turnaround projects when availability and site conditions allow.
Project timing can be affected by site access, airspace, weather, terrain, active operations, required coverage, project size, and the type of data being collected. Processing and quality review requirements can also affect how quickly final deliverables are ready.
We start with how the data will actually be used. The intended workflow, required level of detail, accuracy needs, receiving team, and project objectives help determine what should be collected and what final products make sense.
Yes. If another project professional has established collection specifications, survey control, coordinate system requirements, deliverable requirements, or other technical criteria, Bugzeye can coordinate around those requirements before collection.
Yes, depending on the project. Some clients prefer to handle their own processing or downstream work and only need aerial collection. Bugzeye can structure the scope around raw or partially processed data when that better fits the client’s workflow.
Depending on the scope, collected data may move through processing, review, quality checks, and preparation of the final deliverables. Bugzeye can support the project from aerial collection through finished geospatial products, or hand the data off earlier when another team is handling the next stage.
Every project is a little different. If you don’t see the answer you’re looking for, send us the project details and we’ll help you figure out the best approach.
Have a project in mind?
Tell us what you’re working on.