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10 Best Photogrammetry Drones 2025 in the United States

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Our Top Picks

#1

Winner

DJI Mavic 4 Pro Fly More Combo with DJI RC 2, Flagship Tri-Camera Drone with 100MP 4/3 CMOS Hasselblad Camera, 30km/18.6mi Video Transmission, 51-Min Max Flight Time, Charging Hub, and More

Rating
10.0
Chosen by1,379
Camera Quality
Range
Flight Time

Most important from
229 reviews

Camera Quality
The drone delivers impressive image quality with a noticeable improvement over previous models, making it ideal for detailed photogrammetry work.
Range
Flight range is solid and reliable, consistently reaching around 10-12 kilometers even in challenging mountainous terrain.
Flight Time
Battery life tends to be closer to 30 minutes in real-world use, which is less than the maximum advertised but still sufficient for many mapping tasks.

The DJI Mavic 4 Pro Fly More Combo is a strong choice for photogrammetry thanks to its impressive 100MP Hasselblad main camera and dual telephoto lenses, which deliver very detailed, high-resolution images essential for mapping and 3D modeling. Its 360° Infinity Gimbal allows smooth and dynamic camera angles, useful for capturing complex scenes. The drone offers a long flight time of up to 51 minutes, providing plenty of air time to cover large areas without frequent battery changes. With a maximum range of around 13 kilometers and the O4+ video transmission system, it ensures stable and clear video feeds even at a distance, important for precise data capture. It also features advanced omnidirectional obstacle sensing, including at night, which helps protect the drone when flying in tricky environments. The included DJI RC 2 controller with a bright, rotatable 7-inch screen enhances flight control and monitoring in various lighting conditions.

A small consideration is the removal of the DJI Fly app from Google Play, which may require manual downloading from DJI’s site and could be a slight inconvenience for some users. Weighing about 9.3 pounds with accessories, the drone is portable enough for fieldwork but might feel a bit heavy compared to smaller drones. This drone is well-suited for professionals looking for high-quality imagery, long flight times, and reliable obstacle avoidance, making it a solid option for serious photogrammetry projects.

Rating
10.0
Chosen by1,379
Camera Quality
Range
Flight Time

Most important from
229 reviews

Camera Quality
The drone delivers impressive image quality with a noticeable improvement over previous models, making it ideal for detailed photogrammetry work.
Range
Flight range is solid and reliable, consistently reaching around 10-12 kilometers even in challenging mountainous terrain.
Flight Time
Battery life tends to be closer to 30 minutes in real-world use, which is less than the maximum advertised but still sufficient for many mapping tasks.
#2

Autel Robotics EVO MAX 4N V2, Starlight Night-Vision/ Wide/ Thermal/ L~aser 4 Cameras in One UAV, Upgrade of MAX 4T V2/ 4N, 5KM Night Vision Observation, A-Mesh 1.0, 720° Obstacle Avoidance, Triple Anti-Jamming, Hot-Swappable, 42 Mins, IP43, Autel SDK

Rating
9.7
Camera Quality
Flight Time
Obstacle Avoidance

Most important from
2 reviews

Camera Quality
The thermal imaging capability delivers excellent performance for detailed data capture in diverse conditions.
Flight Time
Long flight time and advanced sensors enable extended missions with high-quality imaging across multiple spectrums.
Obstacle Avoidance
Exceptional obstacle avoidance technology significantly reduces risk during complex or low-light flights.

The Autel Robotics EVO MAX 4N drone stands out in the photogrammetry drone category with impressive camera quality, combining a 50MP wide camera, an advanced starlight night-vision camera, a thermal imaging sensor, and a precise laser rangefinder. This makes it a strong choice for users needing detailed data capture in various lighting and environmental conditions, including nighttime and through glass. The flight time of up to 42 minutes is solid, allowing for extended missions without frequent battery changes.

Its stability and GPS performance are bolstered by triple anti-jamming technology and advanced flight controls, ensuring reliable operation even near power lines or in complex environments. The drone's 20 km transmission range and Autel's A-Mesh 1.0 networking enhance communication and control, especially useful for beyond-visual-line-of-sight (BVLOS) tasks.

Obstacle avoidance is exceptional here, with a unique combination of binocular vision and millimeter wave radar to detect very small objects in various conditions, reducing the risk of crashes during low-light or difficult weather flights. The Autel SDK allows integration with custom applications, supporting specialized photogrammetry workflows and 3D mapping missions, which is valuable for professional surveying and public safety uses.

The EVO MAX 4N suits advanced users or professionals needing versatile, high-quality imaging across multiple spectrums, along with strong flight reliability and long-range communication. Its sophisticated obstacle avoidance and night vision features provide significant benefits for detailed surveys in challenging conditions. Beginners might find the advanced controls and price point steep, but it offers a compelling package for serious photogrammetry work.

Rating
9.7
Camera Quality
Flight Time
Obstacle Avoidance

Most important from
2 reviews

Camera Quality
The thermal imaging capability delivers excellent performance for detailed data capture in diverse conditions.
Flight Time
Long flight time and advanced sensors enable extended missions with high-quality imaging across multiple spectrums.
Obstacle Avoidance
Exceptional obstacle avoidance technology significantly reduces risk during complex or low-light flights.
#3

DJI Mini 4K Camera Drone Combo, Drone with 4K UHD Camera for Adults, Under 249 g, 3-Axis Gimbal Stabilization, 10km Video Transmission, Auto Return, 2 Batteries for 62-Min Max Flight Time, QuickShots

Rating
9.1
Camera Quality
Flight Time

Most important from
18990 reviews

Camera Quality
The drone delivers amazing photo and video quality that meets professional standards for selling prints.
Flight Time
Flight time averages around 20 to 30 minutes per battery, which is typical but leaves you wanting longer sessions.

The DJI Mini 4K is a compact, lightweight drone weighing under 249 grams, making it easy to fly without FAA registration for recreational use. Its standout feature is the 4K ultra-high-definition camera paired with a 3-axis gimbal, which ensures smooth and clear footage — a plus for capturing detailed images needed in photogrammetry. The drone boasts a maximum flight time of up to 62 minutes when using two batteries, allowing for extended sessions without frequent recharging.

It offers solid stability with resistance to winds up to 38 kph and GPS support that enables features like auto return home and stable hovering, which help maintain steady shots and safe flying. With a video transmission range of up to 10 kilometers, you can explore and survey large areas while maintaining a clear live video feed. The drone’s payload capacity is limited due to its small size, so it’s not suited for carrying additional heavy sensors or equipment. While obstacle avoidance features are not detailed, flying around complex environments may require extra caution. The DJI Fly app is necessary for control and updates and can be downloaded directly from DJI’s website, as it is not available on Google Play.

This drone is well suited for beginners and hobbyists interested in photogrammetry who want excellent camera quality, ease of use, and portable flying time. For professional users needing advanced sensors or obstacle avoidance, a larger, more specialized drone might be a better choice.

Rating
9.1
Camera Quality
Flight Time

Most important from
18990 reviews

Camera Quality
The drone delivers amazing photo and video quality that meets professional standards for selling prints.
Flight Time
Flight time averages around 20 to 30 minutes per battery, which is typical but leaves you wanting longer sessions.

Buying Guide for the Best Photogrammetry Drones

When choosing a photogrammetry drone, it's important to consider several key specifications to ensure you get the best fit for your needs. Photogrammetry involves capturing detailed images to create 3D models or maps, so the drone you choose should be capable of high-quality image capture, stable flight, and sufficient range and battery life. Understanding these specifications will help you make an informed decision and select a drone that meets your specific requirements for photogrammetry projects.
Camera QualityCamera quality is crucial for photogrammetry because it determines the detail and accuracy of the images captured. Look for drones with high-resolution cameras, typically measured in megapixels (MP). For basic projects, a camera with 12-20 MP may suffice, but for more detailed and professional work, consider cameras with 20 MP or higher. The quality of the lens and the sensor size also play a role in image clarity and should be considered.
Flight TimeFlight time refers to how long the drone can stay airborne on a single battery charge. This is important because longer flight times allow for more extensive data collection without frequent interruptions for battery changes. Entry-level drones may offer around 20-30 minutes of flight time, while more advanced models can provide 30-60 minutes or more. Choose a drone with sufficient flight time to cover your project area efficiently.
Stability and GPSStability and GPS capabilities are essential for capturing clear, accurate images. A stable drone can hover precisely and maintain its position, which is critical for photogrammetry. GPS functionality helps the drone navigate and follow pre-set flight paths accurately. Look for drones with advanced stabilization systems and reliable GPS modules to ensure consistent and precise image capture.
RangeRange refers to the maximum distance the drone can travel from the controller while maintaining a reliable connection. For photogrammetry, a longer range allows you to cover larger areas without moving the control station. Basic drones may have a range of 1-2 kilometers, while more advanced models can reach 5 kilometers or more. Choose a drone with a range that matches the size of your project area.
Software CompatibilitySoftware compatibility is important because the drone's data needs to be processed to create 3D models or maps. Ensure the drone is compatible with photogrammetry software that you plan to use. Some drones come with proprietary software, while others are compatible with third-party applications. Check for ease of integration and the availability of features that support your specific needs.
Obstacle AvoidanceObstacle avoidance technology helps prevent the drone from colliding with objects during flight. This is particularly useful in complex environments where the drone may encounter trees, buildings, or other obstacles. Basic drones may have limited obstacle detection, while advanced models feature multi-directional sensors. Choose a drone with adequate obstacle avoidance capabilities to ensure safe and uninterrupted flights.
Payload CapacityPayload capacity refers to the maximum weight the drone can carry, including the camera and any additional equipment. For photogrammetry, you may need to attach specialized cameras or sensors, so it's important to choose a drone with sufficient payload capacity. Entry-level drones may have lower payload limits, while professional models can carry heavier equipment. Consider your specific equipment needs when evaluating payload capacity.

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