What Drone To Buy For Photogrammetry: 4 Best Options

What Drone to Buy for Photogrammetry: 4 Best Options

Few years back, no one would have imagined using “drones” for photogrammetry. I mean, there are a hell number of other tools mapping specialists typically use to collect aerial survey data. So why add another to the list? But with drones, the same work has become a lot smoother, organized, and less time consuming.

After weeks of thorough research, talks with industry experts, and my personal testing, I’ve found the DJI Mavic 3E a value product for every photogrammetrist.

It may cost you a good amount of money, but its long flight time, transmission range, 20MP camera, and all-around obstacle avoidance totally make it worth it.

The DJI Mavic 3E isn’t the only drone for photogrammetry. There are three other models that give a nice competition to it, as you can read in the following sections.

Best Overall Drone for Photogrammetry

DJI Mavic 3 Enterprise

Best Budget-Friendly Photogrammetry Drone

Autel Robotics EVO II Pro V3

Best Photogrammetry Drone for Mapping

DJI Phantom 4 RTK

Best Photogrammetry Drone for Professionals

WingtraOne Gen II

A Quick Overview of Best Drones for Photogrammetry

Feature	Best Overall Drone for Photogrammetry	Best Budget-Friendly Photogrammetry Drone	Best Photogrammetry Drone for Mapping	Best Photogrammetry Drone for Professionals
Product ➡️ Criteria ⬇️	DJI Mavic 3 Enterprise	Autel Robotics EVO II Pro V3	DJI Phantom 4 RTK	WingtraOne Gen II
Camera	4.5/5	4.3/5	4.2/5	4.7/5
Flight Time	4.4/5	4.4/5	4/5	5/5
Flight Range	4.7/5	4.2/5	3.9/5	4/5
Obstacle Avoidance	4.6/5	4/5	NA	4.6/5
RTK Module	4.2/5	NA	4.5/5	4.1/5

4 Best Drones for Photogrammetry: My In-Depth Analysis

The following are my “unbiased” reviews of the best photogrammetry drones, starting from the DJI Mavic 3 Enterprise.

Best Overall Drone for Photogrammetry: DJI Mavic 3 Enterprise

Specifications

RTK Module: Yes
Camera Resolution: 20MP
Flight Time: 45 minutes
Flight Distance: 32 kms
Obstacle Avoidance: Omnidirectional Obstacle Avoidance, APAS 5.0
Weight: 915g

Photo Credit: DJI Enterprise

If you’re a photogrammetry enthusiast, let me introduce you to the DJI Mavic 3 Enterprise. This drone is the most loaded yet small commercial UAV, and I can say it’s purpose-built for mapping and surveying tasks.

First off, the camera capabilities of the Mavic 3E are impressive. The 20MP wide-angle 4/3 CMOS sensor, combined with a mechanical shutter, prevents motion blur and captures stunning details with a rapid shooting interval of just 0.7 seconds.

This feature comes in handy during mapping missions because it allows you to cover extensive areas efficiently—up to 2 square kilometers in a single flight!

Speaking of the drone’s low-light performance, I would rate it four out of five. The wide camera is equipped with large 3.3μm pixels and an intelligent low-light mode, which dramatically improves your ability to collect data in less-than-ideal lighting conditions. Whether you’re surveying at dusk or during overcast days, this ensures that you don’t miss those critical details!

What I particularly appreciate is the 12MP zoom camera with a remarkable 56x hybrid zoom. This allows you to inspect features from afar without needing to get too close.

When conducting photogrammetry, being able to focus on specific points without disturbing the area is paramount, isn’t it? This feature helps you gather precise data without risking the integrity of the site you’re working on.

With a maximum flight time of 45 minutes, you can cover a good area of the ground in each mission. The ability to rapidly charge the batteries using the 100W charging hub or 88W fast charging means I can get back into the air quickly. When you’re deep into a project, time is of the essence, and this drone delivers.

The omnidirectional obstacle avoidance with APAS 5.0 technology gives you peace of mind when flying. With wide-angle lenses on all sides, you benefit from “0” blind spots, making it easier to navigate complex environments.

Plus, the advanced Return to Home (RTH) feature automatically plans the most efficient route back, saving power and ensuring your drone returns safely.

What’s more, the Mavic 3E comes equipped with a RTK module, providing centimeter-level precision for your surveys. This level of accuracy is non-negotiable for photogrammetry, as even slight errors can impact the quality of your data.

Verdict

The DJI Mavic 3 Enterprise may be a costly model, but it meets most of my expectations. It’s a powerful, compact drone that’s easy to operate, whether you’re a beginner or a seasoned pro.

Its blend of advanced features and user-friendly design makes it an essential tool for anyone serious about photogrammetry. If you’re looking to elevate your aerial surveying capabilities, this drone is definitely worth considering.

What Other Customers Have to Say About the DJI Mavic 3 Enterprise?

“The DJI Mavic 3 Enterprise is a well-built drone designed for commercial use. It offers a range of features that make it suitable for various applications, including inspection mapping for our construction business.”

Marc

Best Budget-Friendly Photogrammetry Drone: Autel Robotics EVO II Pro V3

Specifications

RTK Module: No
Camera Resolution: 20MP
Flight Time: 40 minutes
Flight Distance: 9.3 miles
Obstacle Avoidance: 360° Obstacle Avoidance
Weight: 1237g

Photo Credit: Autel Robotics

Next drone on my list is the Autel Robotics EVO II Pro V3.

It’s a stylish combination of high-end image quality, flight performance, and versatility. With its 20MP 1-inch CMOS sensor, the EVO II Pro V3 is designed for anyone who values superior imaging.

The adjustable aperture of f/2.8 to f/11 gives you the freedom to capture the level of detail you need, whether you’re working on large-scale surveys or more precise mapping tasks. This sensor also supports 6K video, allowing you to capture footage with remarkable clarity.

For photogrammetry projects where every pixel counts, the resolution and dynamic range really make a real difference!

EVO II Pro V3’s Moonlight Algorithm 2.0 is its another talking point, significantly improving night photography. If your mapping missions extend into late hours, the low-light performance ensures you can still capture useful, high-quality images.

The added HDR capability further enhances the quality of your footage, revealing details in both shadows and bright areas that would otherwise be missed.

The 12-bit DNG photo support could have been better, still, it allows you to capture and edit images with a broader range of color depth, which can be useful in post-production.

Whether you need to adjust colors or lighting, having 68.6B colors at your disposal gives you the flexibility to achieve the perfect results. This is a fantastic advantage for anyone working on large photogrammetry projects where precise image data is essential.

In terms of performance, the EVO II Pro V3 wins a brownie point from me. It offers a flight time of 40 minutes per battery, giving plenty of air time to cover large survey areas in a single flight.

The max flight distance of 9.3 miles is equally impressive, and with SkyLink 2.0 video transmission, you can fly farther without losing communication or video feed.

The 2560 x 1440 QHD video transmission within 0.6 miles ensures you can see critical details in real-time, perfect for monitoring the progress of your photogrammetry tasks.

The 360° obstacle avoidance system may not be completely reliable, but you can combine it with your piloting skills to fly safely in complex environments.

Luckily, the drone is equipped with 19 sensors, including visual, ultrasound, and IMUs, allowing it to map its surroundings and avoid obstacles while you focus on gathering data.

This makes it easier to plan and execute your missions without worrying about potential crashes, even in challenging landscapes.

One feature I particularly appreciate is the Autel Smart Controller SE. With its 6.4-inch OLED touch screen and 8-core processor, it offers a user-friendly experience.

The controller’s ability to handle third-party apps also adds a layer of flexibility for custom mapping and survey tools, while its IP43 rating makes it all-weather resistant.

However, I’d like to add a couple of things here before finishing up this review. While the 9.3 miles range is impressive, it could limit coverage for extremely large areas compared to other models offering RTK support.

Speaking of RTK, the EVO II Pro V3 doesn’t come with RTK capabilities, which might be a consideration for highly detailed, centimeter-accurate mapping.

But for most applications, the onboard GPS and sensors are more than sufficient, as per my testing. Finally, the weight of 1237g means it’s not the lightest drone in its class, but that’s a small trade-off for the durability and performance it offers.

Verdict

If you’re looking for a reliable drone with good image quality for photogrammetry, the Autel Robotics EVO II Pro V3 won’t disappoint you.

From its 6K resolution to its impressive flight time and intelligent safety features, this drone is built to help you get your survey work done efficiently and effectively. The minor trade-offs are worth it for the power and versatility you get in return.

What Other Customers Have to Say About the Autel Robotics EVO II Pro V3?

“I really like this drone. It’s heavy so it’s unimpacted by mild wind at altitude. It’s photo taking is really fast. As soon as I push the button, the picture is taken even when it’s half a mile away. I love the zoom capabilities as well. As long as you don’t need to zoom too close or from a far distance, the image is still sharp, but using the max zoom results in a very grainy image.”

Timothy

Best Photogrammetry Drone for Mapping: DJI Phantom 4 RTK

Specifications

RTK Module: Yes
Camera Resolution: 20MP
Flight Time: Approx. 30 minutes
Flight Distance: Up to 7 kms
Obstacle Avoidance: NA
Weight: 1391g

Photo Credit: DJI Enterprise

The Phantom 4 RTK is another good option from the DJI. It’s compact and highly accurate for low-altitude mapping, where only a handful of drones excel.

With its centimeter-level positioning system, this drone provides the precision needed to capture HD aerial imagery for 3D surveying and photogrammetry modeling.

One of the key highlights is the RTK module, which integrates directly into the drone to provide real-time positioning data. This is a must for mapping missions, as you can achieve the accuracy required without needing an extensive setup of GCPs.

Plus, the TimeSync system ensures that the RTK data syncs with the flight controller and camera, further improving the accuracy of your captured images.

If you’re a photogrammetry professional, you’ll know that this means less time setting up and more time capturing the data you need.

The 1-inch, 20-megapixel CMOS sensor adds to the appeal, capturing high-resolution images that can achieve a ground sample distance (GSD) of 2.74 cm at 100 meters.

This level of detail is perfect for creating accurate maps, especially when combined with the mechanical shutter, which eliminates the risk of motion blur during fast-moving flights.

I know photogrammetry using a drone requires skills and patience, but that’s not the case with the DJI GS RTK app, which streamlines flight planning and control, even for an absolute beginner.

The app offers various modes like Photogrammetry (2D and 3D) and Waypoint Flight, giving you the flexibility to adapt to different mapping scenarios.

The ability to import KML/KMZ files is a great addition, as it allows for more customized flight paths, which is crucial for complex mapping missions.

The built-in 5.5-inch HD display on the remote controller ensures you can clearly see and plan your flights, even in bright sunlight.

However, despite all its strengths, the Phantom 4 RTK does come with a few drawbacks. One of my main concerns is its battery life.

With a flight time of approx. 30 minutes, it’s enough for smaller mapping missions, but for larger areas, you’ll likely need multiple batteries or frequent recharges. I hate this!

While the drone’s precision makes up for some of the time limitations, the need for regular battery swaps can slow down your workflow, especially during extended missions.

If you want to learn more about how long battery last make sure to read my full guide here.

Another downside is the lack of obstacle avoidance. Unlike other drones in the DJI lineup, the Phantom 4 RTK doesn’t come equipped with a dedicated obstacle avoidance system.

This can be a concern when flying in areas with a lot of physical obstacles or rugged terrain, where the risk of collisions increases.

While experienced pilots can likely navigate around these challenges, it does require an extra level of caution and planning, particularly in complex environments.

Verdict

The drone may be 6-year old, it still remains a good buddy of surveyors and photogrammetry professionals. Its centimeter-level accuracy, high-resolution camera, and streamlined flight planning tools make it a strong choice for anyone looking to upgrade their mapping missions.

While the battery life and lack of obstacle avoidance are worth noting, the overall performance and precision of the Phantom 4 RTK make it a worthwhile investment for anyone serious about aerial mapping.

What Other Customers Have to Say About the DJI Phantom 4 RTK?

“First Drone. Easy for my experienced drone flying friend to fly, I am being extremely careful while learning. Lots of space on our farm which helps greatly. Getting better, taking baby steps as I learn to use joysticks and fly by watching the screen.”

Amazon User

Best Photogrammetry Drone for Professionals: WingtraOne Gen II

Specifications

RTK Module: Yes
Camera Resolution: 61MP
Flight Time: Up to 59 minutes
Flight Distance: 10 kms
Obstacle Avoidance: Multi-Directional Obstacle Sensing
Weight: 3700g

Photo Credit: WingtraOne

After the DJI, the WingtraOne is my go-to brand for enterprise-grade drones, and its Gen II is just another mapping drone for collecting fast and accurate surveying data for large-scale mapping projects.

With a 61 MP full-frame camera, an efficient fixed-wing design, and a flight time of up to 59 minutes, it’s tailor-made for covering extensive areas.

With Gen II, you can map a vast construction site, a mining operation, or a highway project. However, despite its robust capabilities, the weight of the WingtraOne Gen II presents some challenges, as discussed next.

Weighing in at 3.7 kg, the WingtraOne Gen II is significantly heavier than many other drones in its category. This added weight makes it slightly less convenient to transport, especially for field teams.

After all, they need to be agile and move between locations quickly. For operators who frequently switch between sites or work in remote areas with challenging terrains, the extra weight is nothing but an obstacle!

But here’s a catch.

This extra bulk of the WingtraOne does serve a purpose. The drone’s sturdy build enhances its durability, making it well-suited for more demanding environments where lighter drones might struggle with stability or withstanding harsh weather like rain.

Its weight, while a bit cumbersome, also contributes to its ability to remain steady during flight, even in wind speeds of up to 27 mph (or 12 m/s), with gust resistance up to 40 mph (or 18 m/s).

This wind resistance is a valuable feature for surveyors working in coastal or mountainous regions where high winds are common.

One notable feature of the WingtraOne Gen II is its VTOL (Vertical Take-Off and Landing) capability, which allows it to take off and land in confined spaces or on uneven terrain.

While the drone’s heavier frame doesn’t affect its VTOL performance, transporting it to and from these tight spots is still more labor-intensive compared to lighter alternatives. As a result, Gen II’s users often complain that it slows down operations or requires more personnel.

Verdict

While the WingtraOne Gen II excels in functionality, precision, and durability, its 3.7 kg weight can present some logistical challenges.

Surveyors and operators who prioritize portability and need to move quickly between locations may find the added bulk to be a consideration when choosing this drone.

However, for those seeking high-quality data collection with minimal GCPs and advanced PPK capabilities, the WingtraOne’s weight is a small price to pay for its remarkable performance.

What Other Customers Have to Say About the WingtraOne Gen II?

“It’s one of the most easy to fly and reliable fixed wings out there. It lives up to the hype and there is a reason they have become the market leader in VTOL.”

DroneWizardMan

How Do I Choose the Best Drone for Photogrammetry?

Choosing the right drone for photogrammetry involves balancing key factors like camera quality, flight range, and software compatibility, among others. This helps you achieve precise mapping and 3D modeling—prerequisites for critical jobs.

Below is a quick breakdown of the essential features to look for.

Shutter Camera

For photogrammetry, a drone equipped with a mechanical shutter camera is crucial. This reduces motion blur, ensuring crisp images even at high speeds.

Look for drones with high-resolution cameras, preferably 20MP or more, which provide the detail needed for accurate mapping.

The camera’s ability to capture geotagged images will also simplify the 3D modeling process.

Flight Time

Flight time is a key consideration in photogrammetry. Drones with longer flight durations, typically over 35-40 minutes, allow for greater coverage in a single mission. Extended battery life minimizes downtime, ensuring efficient data capture for larger areas.

Opt for drones that offer smart battery management, allowing you to monitor battery health and flight efficiency during mapping tasks.

Flight Range

A drone with a robust flight range is essential for covering vast areas. Photogrammetry drones with a range of at least 5-7 kilometers provide the flexibility to map large regions without losing connection. This is especially beneficial in remote or difficult-to-access locations.

Bonus Tip: Ensure the drone has a stable GPS signal for accurate data collection over long distances.

RTK Modules

For precise georeferencing, RTK (Real-Time Kinematic) modules are of great use. Drones equipped with RTK offer centimeter-level accuracy, greatly improving the precision of your photogrammetry outputs.

This reduces the need for ground control points (GCPs), streamlining the workflow.

Look for drones with integrated RTK systems to ensure seamless data collection and positioning. But if the drone lacks a built-in RTK module, check if it has other options to compensate.

Software Compatibility

Last but not least, your drone should be compatible with leading photogrammetry software like Pix4D or DroneDeploy. This seamless integration will allow efficient processing of the captured data into 3D models and maps.

Ensure that your drone supports industry-standard file formats and can easily export images and data for post-processing. Nowadays, compatibility with cloud-based platforms can also help streamline team collaboration (if required) and data storage.

Best Drones for Photogrammetry: FAQs

Photogrammetry in drones is the process of capturing aerial images to create detailed 2D or 3D models. Using overlapping photographs, software analyzes these images to calculate distances, elevations, and other features.

This technique is widely used in surveying, construction, and environmental monitoring for accurate data collection and visualization.

Well, the choice between LiDAR and photogrammetry depends on the project needs. LiDAR is better for dense vegetation and complex terrain, providing precise measurements. Photogrammetry, however, is a suitable choice for creating visual models.

Each has its strengths, so consider factors like budget and data requirements when choosing. Just for your information, photogrammetry is a cheap alternative to LiDAR.

The DJI Air 3 can perform photogrammetry tasks, but I didn’t find it competent enough. Still, its high-resolution camera and advanced imaging capabilities mean it captures detailed aerial images suitable for mapping and modeling.

For more extensive and precise photogrammetry work, however, a drone with RTK capabilities should be your first preference.

Drone photogrammetry is pretty accurate. On average, you can achieve an accuracy of about 1 to 3 centimeters, depending on factors like flight altitude, camera quality, and overlapping images.

For enhanced precision, using RTK-enabled drones and proper ground control points can further improve accuracy in mapping and modeling.

The ideal height for drone photogrammetry typically ranges from 100 to 400 ft., depending on the project scale and desired image resolution.

Flying lower yields higher detail, while higher altitudes cover larger areas more efficiently. Balancing height with image quality is key for successful photogrammetry, as per my experience.

The DJI Phantom 4 RTK is one of the best drones for photogrammetry of buildings, offering centimeter-level positioning accuracy, a 1-inch, 20MP CMOS sensor, and a mechanical shutter.

Its TimeSync system further ensures accurate data, making it ideal for building surveys.

Conclusion

The right drone for photogrammetry comes equipped with a high-quality camera, long flight time, extended range, RTK modules, and software compatibility. Each of these features plays a critical role in ensuring accurate data collection and effective mapping results.

By understanding the specific requirements of your project and the capabilities of various drones, you can make an informed decision that enhances your photogrammetry workflow.

After all, investing in the right technology will ultimately lead to better outcomes in surveying, construction, and environmental analysis. Isn’t it?

Author

Diptesh Das

Diptesh Das is your friendly ‘content maniac’ and drone enthusiastic! Being passionate about content writing. He is a firm believer of the power of words and thereby ended up leveraging them to create an impact by sharing his drone knowledge and experiences.