Propeller’s hardware integrations adapt to any environment, project, or use case.
Use the right tools for the job—drones, GNSS rovers, total stations, or handheld scanners. Propeller processes data from any drone and combines it with your other survey hardware on a single map, so you can work with the tools you trust and get the insights you need.
Propeller can accept data from any drone that produces geotagged JPEG images with a minimum resolution of 8MP. The drones listed below have been tested and verified to reliably generate photogrammetric models.
| Drones | Platform compatible Works with Propeller for processing and analysis | PPK-enabled Processes PPK data streams for survey-grade accuracy | Hardware support Expertly supported by Propeller’s Hardware Support team | Expected accuracy Based on ideal settings, workflows, and site conditions for your drone | Conditions To achieve accuracy resultsTypical accuracy levels based on ideal conditions | Maximum QA level QA level set by Propeller testing to reflect the drone’s expected accuracy | Supported payloads Compatible sensors and cameras |
|---|---|---|---|---|---|---|---|
| Anzu Raptor | 5-10cm | Minimum 1 AeroPoint needed as PPK base and GCP | Moderate | Model: Raptor | |||
| Autel Evo II Pro RTK V1/V2 | 7-10cm | Minimum 1 AeroPoint needed as PPK base and GCP | Moderate | Model: XT705 | |||
| Autel Evo II Pro RTK V3 | 5-10cm | Minimum 1 AeroPoint needed as PPK base and GCP | Moderate | Model: XL705 | |||
| DJI Matrice 300/350 RTK | 3-5cm | Minimum 1 AeroPoint needed as PPK base and GCP | Strict | Zenmuse P1 with 35mm lens Zenmuse L1 for photogrammetry + lidar Zenmuse L2 for photogrammetry + lidar | |||
| DJI Mavic 3 Enterprise | 3-5cm | Minimum 1 AeroPoint needed as PPK base and GCP | Strict | Model: M3E | |||
| DJI Matrice 4 Enterprise | 3-5cm | Minimum 1 AeroPoint needed as PPK base and GCP | Strict | Model: M4E | |||
| DJI Phantom 4 RTK | 3-5cm | Minimum 1 AeroPoint needed as PPK base and GCP | Strict | Model: FC6310R | |||
| Quantum Trinity F90+ | 3-5cm | Minimum 1 AeroPoint needed as PPK base and GCP | Strict | Sony UMC, Model: UMC-R10C Sony RX1R II, Model DSC-RX1RM2 | |||
| Skydio X10 | 7-10cm | Minimum 5 GCPs needed for 5 acres of GCP covered area | Lenient | Model: VT300-L_93 | |||
| WingtraOne Gen I / Gen II | 3-5cm | Minimum 1 AeroPoint needed as PPK base and GCP | Strict | RGB61 Sony a6100 Sony RX1R II, Model: DSC-RX1RM2 |
Propeller supports all drones, even non-PPK models. While PPK unlocks higher accuracy, you can still process flight data from any drone with a GPS-enabled camera. No extra hardware or setup required.
From progress updates to data management, these tools help teams stay in control and on schedule.
The Anzu Raptor is a professional drone with RTK-level accuracy, seamless integration into the Propeller platform, and excellent precision for mapping and aerial data capture.
Flight time
30 minutes
Speed
Up to 47mph (75.6kph)
Camera
20 MP, 4/3-inch sensor
with a mechanical shutter
Propeller expected accuracy
5-10cm
Recommended for
Small to medium-sized worksites, cost-conscious users
The Autel Evo II Pro RTK V1/V2 is a compact drone with RTK positioning and a 6K camera, designed for fast, accurate mapping on small to mid-sized worksites.
Flight time
~24-28 minutes
Speed
Up to 44.7mph (72kph)
Camera
20 MP, 1-inch sensor with an
electronic shutter
Propeller expected accuracy
7-10cm
Recommended for
Small sites, no VTOL needed
The Autel Evo II Pro RTK V3 features a next-gen imaging sensor and improved RTK precision, built to handle high-accuracy surveys in tight or complex terrain.
Flight time
~30 minutes
Speed
Up to 44.7mph (72kph)
Camera
20 MP, 1-inch sensor with an
electronic shutter
Propeller expected accuracy
5-10cm
Recommended for
Small sites, no VTOL needed
The Matrice 300/350 RTK is a high-performance drone designed for large-scale and complex projects. It delivers long flight times, multiple supported payloads, and robust performance in tough environments.
Flight time
Up to 40 minutes
Speed
Up to 51mph (82.8kph)
Camera
Zenmuse P1,
45 MP full-frame sensor
Propeller expected accuracy
3-5cm
Recommended for
Large-scale, complex sites in tough conditions
The Mavic 3 Enterprise is a commercial-grade drone ideal for precision site mapping in civil construction, mining, and other industries. It’s a cost-effective choice offering high accuracy and ease of use.
Flight time
27 minutes
Speed
Up to 47mph (75.7kph)
Camera
20 MP, 4/3-inch sensor
with a mechanical shutter
Propeller expected accuracy
3-5cm
Recommended for
Small to medium-sized worksites
The DJI Matrice 4 Enterprise offers extended flight time, intelligent obstacle sensing, and survey-grade accuracy for advanced aerial capture in any environment.
Flight time
~30-35 minutes
Speed
Up to 47mph (75.7kph)
Camera
20 MP, 4/3-inch sensors with a
mechanical shutter
Propeller expected accuracy
3-5cm
Recommended for
Small to medium-sized worksites
The Phantom 4 RTK is a cost-effective, survey-grade drone equipped with real-time kinematic (RTK) technology to ensure accurate geotagging of aerial photos.
Flight time
15-20 minutes
Speed
Up to 36mph (58kph)
Camera
20 MP, 1-inch sensor
Propeller expected accuracy
3-5cm
Recommended for
Small to medium-sized worksites, cost-conscious users
The Trinity F90+ is a fixed-wing VTOL drone designed for extended flight times and superior weather resilience, making it perfect for large sites with challenging conditions.
Flight time
Up to 90 minutes
Speed
Up to 38mph (61kph)
Camera
20 MP – Sony UMC
42.4 MP – Sony RX1R II
Propeller expected accuracy
3-5cm
Recommended for
Large worksites requiring long-duration flights
The WingtraOne is a VTOL (vertical takeoff and landing) drone that combines the benefits of fixed-wing capabilities with the flexibility of vertical takeoff. It’s ideal for large-scale surveys requiring high data quality.
Flight time
Up to 60 minutes
Speed
Up to 36mph (58kph)
Camera
24 MP – Sony a6100
42 MP – Sony RX1R II
61 MP – Sony RGB61
Propeller expected accuracy
3-5cm
Recommended for
Large land areas, high-accuracy surveys
Propeller PPK is the only fully integrated drone survey processing workflow that delivers survey-grade results repeatedly. Automatically capture, process, and correct your drone data from anywhere, at any scale.
Live stream positioning data and integrate your ground-based surveys on the map.
DirtMate is a GNSS receiver with an onboard IMU that unlocks machine tracking and real-time survey solutions in Propeller. Attach to any machine to live stream what’s happening in the field.
AeroPoints are the only smart ground control points designed for any drone and any worksite, ensuring survey-grade accuracy on every flight.
Upload GPS rover and total station surveys as TIN surfaces to track progress, verify conditions, and enhance accuracy—seamlessly integrating with the rest of your Propeller data.
Keep your reality on record with quick site inspections and field updates.
The Insta360 is a versatile 360° camera designed for immersive content creation. It features high-resolution video capture, advanced stabilization, and mobile connectivity for seamless sharing.
The viDoc RTK rover is a high-precision GNSS device optimized for mobile mapping, delivering survey-grade accuracy when paired with a smartphone or tablet.
Integrate your data capture, processing, and analysis workflows with Propeller.
Connect your plans, field data, and team in one cloud-based hub—where everything comes together on a single, 3D map.
Built for ease and trusted by experts, AeroPoints are the only smart ground control points, making survey-grade data simple.
Send photogrammetric and lidar surveys through Propeller’s processing pipeline for fast, hassle-free results—delivered automatically to the map.
Learn what a point cloud actually is and then how drone data is integrated with a point cloud to build a 3D worksite model.
Learn what a point cloud actually is and then how drone data is integrated with a point cloud to build a 3D worksite model.
The right accuracy level depends on the job at hand. For example, you need extremely high accuracy if you’re laying foundations, but you can work with less precision if you’re estimating landfill capacity.
We test drones under the same flight conditions and using the same ground control setup. Then we compare each drone’s data to a highly accurate benchmark drone.
Here’s what we measure:
The way you fly the drone (including its flight path and ambient weather conditions), how you capture images, and your site’s conditions all play a part. We test drones under consistent conditions to give you reliable and comparable results.
Think about your project requirements. For highly detailed measurements, aim for a drone with accuracy down to a few centimeters. If estimates will work, you can choose a drone with a higher margin of error.
Absolutely! We base our accuracy ranges on thorough, consistent testing. Click here to see our testing process for yourself.