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If you’re working with drones for mapping, surveying, or construction, you’ve probably come across terms like RTK UAV, RTK Drone, or even drone RTK GPS. These words can seem confusing, but don’t worry—this guide will explain everything in the simplest way possible.
Let’s start with something important. When you’re using a drone to measure land or map an area, you need your data to be very accurate. It’s not just about flying a drone and taking pictures. You need to know exactly where every point on that map is located. That’s where Drones with RTK come in.
RTK stands for Real-Time Kinematic. It’s a special technology used to correct a drone’s GPS signal while the drone is flying. This means the drone can tell you exactly where it is, almost down to the centimeter. This is really helpful if you want sharp, precise maps that don’t need a lot of fixing later.
Now, you may have also heard about PPK, which means Post-Processing Kinematic. This is a similar technology, but it works a little differently. Instead of fixing the GPS signal while the drone is flying, it fixes the location data after the flight is done.
Both RTK and PPK help improve accuracy. In the past, surveyors had to use something called GCPs (Ground Control Points). These were physical markers placed on the ground to help the drone know where it was. But placing GCPs can take time and extra effort. Now, RTK Drones and RTK UAV systems make this job faster and simpler.
Over the last few years, many companies in industries like construction, agriculture, and land surveying have started using RTK drones because they make the job more accurate, faster, and safer. These drones don’t just save time; they also help you avoid mistakes, which can be costly later.
If you’re just starting with drone work or you’re already experienced and looking to upgrade your equipment, it’s helpful to know how RTK and PPK drones work, what makes them different, and which one fits your needs best.
So let’s explore everything step by step—without any confusion. By the end of this, you’ll know exactly what an RTK Drone does, how it works, and how it can help you in 2025.
When using a drone for surveying or mapping, one of the most important things is making sure that the drone knows exactly where it is. This is where something called Ground Control Points, or GCPs, comes into the picture.
A GCP is a marked point on the ground that has a known, exact GPS location. Think of it like a flag on a map. Surveyors use these flags to help line up the drone images with real-world locations. Once those points are placed on the ground, the drone uses them to match its data and maps to those same locations. This makes everything more accurate.
Before drones became common, surveyors had to walk the site with GPS equipment, collecting thousands of points one by one. It could take hours or even days to finish a full survey. But when GCPs are used with drone data, it’s much faster. Surveys that used to take days can now be done in under half an hour.
Even though technology has improved, many surveyors still use GCPs with their RTK UAVs or drone mapping platforms. That’s because they help double-check the accuracy of the drone’s maps. Some teams also use these points as checkpoints, which means they help test how close the drone’s map matches the real-world positions.
GCPs can be simple things—like a painted “X” on the ground, or more advanced tools like smart GPS panels that collect location data on their own. Either way, they all serve the same purpose: to improve accuracy.
Even though GCPs help with accuracy, they aren’t always easy to set up. Getting them in place takes time, people, and equipment. You often need to carry gear around, drive across the site, get permission to access the area, and then carefully place the markers so they’re in the right spots.
Sometimes it’s not even possible to use GCPs. The land might be too remote, or the site could be dangerous. In these cases, laying out GCPs becomes not just hard—but unsafe.
As drone technology has improved, there’s now a better way to get accurate data—without the hassle of placing ground markers. This is where Drones with RTK or RTK UAVs really shine. These drones use something called GPS correction technology, which adjusts their location data in real time as they fly.
So instead of walking around the site setting up ground points, the drone corrects itself on the fly. That’s because RTK (Real-Time Kinematic) and PPK (Post-Processing Kinematic) are used to fix GPS signal errors that normally happen. This is sometimes called DGPS or Differential GPS.
With a drone that has RTK GPS, the accuracy is built into the flight. You don’t need to spend all that time getting ready before the mission. And when the flight is done, the data is already aligned with the real-world locations. That saves hours of work and reduces mistakes too.
Let’s break down RTK, which stands for Real-Time Kinematic. That name might sound a little too technical, but the idea behind it is easy to understand once you know how it helps. If you’re using drones for work like surveying land, making maps, or capturing images of construction sites, having accurate data is a big deal. That’s where RTK drones come in.
RTK technology helps fix the small errors that come from regular GPS signals. Regular GPS can sometimes be off by a meter or more. But with RTK UAV systems, we can improve that and get location data that’s accurate within just a few centimeters—even while the drone is flying.
Here’s how it works: When a drone with RTK GPS takes off, it talks to satellites in the sky to figure out where it is. But it also connects to a base station on the ground—a station that already knows its exact location. This base station sends correction data to the drone while it’s flying, and the drone uses this info to sharpen its position in real-time.
To make this happen, there are two key connections working during the flight:
One link connects the drone’s remote controller to the base station.
The second link connects the remote controller to the RTK drone.
These two paths help the drone stay connected to both the ground and the sky. Because of this, the drone always knows exactly where it is, and every photo it takes is marked with super accurate location data.
When you’re using RTK drones, like the DJI M350 RTK or the Mavic 3 Enterprise RTK, you no longer need to place as many ground control points (GCPs). GCPs are those physical markers placed on the ground to help correct mapping data. While RTK helps reduce the number of GCPs, it’s still a good idea to use a few just to double-check your data when absolute accuracy is needed.
So what exactly do you need if you want to use RTK drones the right way?
You’ll need a base station placed somewhere on the ground, in a clear and open area.
You’ll also need a RTK-enabled drone (like the ones mentioned earlier).
A drone controller to fly the drone and stay connected to the station.
And last but not least, a strong and stable network signal, because the drone, controller, and base station all need to communicate clearly with each other.
When everything’s working well, RTK UAVs give you the power to collect detailed, reliable location data in real time. You can create better maps, complete your survey faster, and make fewer mistakes—all while flying with more confidence.
By using RTK drones in your workflow, you’re using the latest and smartest way to get accurate data from the sky. And in industries like construction, land development, agriculture, and mining, that kind of precision is not just helpful—it’s necessary.
Let’s now look at something called PPK, which stands for Post-Processed Kinematic. This is another smart GPS correction system, just like RTK, but it works a little differently. If you’re already using drones with RTK, you might be wondering what sets PPK apart. Well, here’s the simple answer—RTK drones correct location data while they are flying, but PPK drones correct the location after the flight is finished.
Now, that might sound like a small change, but it can make a big difference depending on where and how you’re flying.
With PPK, your drone flies the mission and saves all the GPS data on its memory card. At the same time, the base station on the ground is also collecting location data. After the flight, you take both sets of data—one from the drone and one from the base station—and process them on your computer using special software. This software lines up the two data sets and makes corrections. The result is super-accurate location info for every image your drone captured.
So instead of relying on live signals during the flight like RTK UAVs do, PPK drones do their smart thinking after the mission. And that gives you a few real advantages.
One of the biggest benefits of PPK drones is that they don’t need a constant signal between the drone and the base station. That’s perfect if you’re flying in tricky places—like cities full of tall buildings, hilly areas, forests, or any place where your drone might lose connection during flight. Since the data correction happens later, your drone can focus on flying safely and collecting as much raw data as possible.
You can use popular RTK drones like the Phantom 4 RTK or the Mavic 3 Enterprise RTK for PPK missions too. These drones are flexible and powerful enough to do both types of GPS corrections, which means you don’t need two separate drones.
Here’s what you need to use PPK:
A drone capable of PPK (most RTK-enabled drones can also handle PPK).
A base station that records data during the flight.
Software on your computer that helps match and fix the data.
A few GCPs (Ground Control Points) to check your results and improve overall accuracy.
Checkpoints to validate the final map data.
Even though PPK does a great job, it’s still smart to use a few GCPs as a safety net. They help make sure your results are not just accurate—but also trustworthy.
Let’s go over how it actually works in simple terms:
The drone flies over the area and takes pictures.
Each image gets tagged with basic GPS coordinates—this part is just like regular GPS.
At the same time, a base station on the ground is recording its own accurate GPS info.
After the flight is over, both the drone and base station data are brought together in your software.
The software compares both data sets and fixes any GPS errors.
The final output gives you precise, corrected location data for each image.
And just like that—you have centimeter-level accurate maps or survey data.
Both RTK and PPK drones give you highly accurate results. But each one has a different style. If you’re wondering which one is better, it really depends on your project.
RTK drones work best when you can maintain a strong signal between the drone, the controller, and the base station the whole time.
PPK drones give you more flexibility because they don’t depend on constant connection. You can fly longer distances, cover remote areas, or work in busy cities where signals might drop.
So, if you’re doing large-scale surveys, or if your site is full of obstacles, PPK might be the better fit. But if you need real-time corrections and faster results on the spot, then RTK UAV systems are a solid choice.
In either case, both technologies are built to help you get more done with fewer errors. And that’s exactly what makes today’s RTK and PPK drones such powerful tools for mapping, construction, mining, agriculture, and more.
Provide real-time GPS corrections during flight.
Offer fast and immediate results—no post-processing needed.
Great for on-site survey teams needing instant accuracy.
Useful in open areas like fields or flatlands.
High-quality data when the connection is stable.
Require a constant connection between the drone, base station, and controller.
Signal loss (even briefly) can cause data gaps or mapping errors.
Not ideal in dense areas—like forests, mountains, or cities—where signals can be blocked.
Works best with reliable hardware and strong networks.
Don’t need a live connection during flight—more freedom to fly anywhere.
Great for dense environments like forests, cities, and hills.
Easy setup—no need for live data connection before takeoff.
High accuracy through post-flight data correction.
Ideal for long-range and BVLOS (Beyond Visual Line of Sight) flights.
More dependable in challenging conditions.
Requires post-flight processing using a computer.
Slower results since data needs to be matched after the mission.
Needs a clear view of the sky and good onboard data recording.
When it comes to using drones for tasks like surveying, mapping, or building detailed 3D models, accuracy is everything. And that’s why it’s really important to understand the difference between three main methods: Standard Surveying, RTK, and PPK. All three are used to find and record precise locations—but they do it in different ways. If you’re not sure which method to choose, this section will help make things much clearer.
Let’s start with the basics and compare how these three work.
Standard drone surveying is the traditional way of collecting mapping data. This method uses the drone’s onboard GPS to figure out where it is in the sky. While it sounds simple, it’s not always very accurate. Why? Because the drone’s location can be affected by a lot of things, like how many satellites are overhead, the weather, or even the shape of the land.
To fix this, surveyors usually place several Ground Control Points (GCPs) across the area they’re working on. These are special markers placed on the ground with known exact locations. After the drone captures its images, the data is adjusted using these GCPs to improve accuracy.
Although this method works, it takes more time and effort. Setting up GCPs, measuring them, and processing all the data can turn into a full-day task—especially on large sites or tough terrain.
RTK, or Real-Time Kinematic, is a more advanced way to capture accurate data while the drone is flying. It works by connecting the drone to a base station on the ground or a network of base stations, like the Point One Polaris network, which constantly sends correction signals. These signals help the drone know exactly where it is at all times, down to the centimeter.
So, with RTK drones, you can skip placing lots of GCPs and still get highly accurate results. This is super helpful if you’re working under a tight schedule, in large areas, or where it’s hard to physically reach the ground. As long as the connection between your drone, base station, and controller is strong, you’ll get live corrections as the drone flies. And that means faster work, less guesswork, and great accuracy.
However, you still need good network coverage and open sky visibility for the best results. In places where the signal might drop—like in cities with tall buildings or deep valleys—RTK might not be the perfect fit.
Now let’s talk about PPK, which stands for Post-Processed Kinematic. This method works similarly to RTK in that it improves GPS data accuracy—but it does so after the flight is done. So instead of correcting positions live, the drone collects all the GPS data during its mission. Meanwhile, the base station is also recording accurate positioning on the ground. After the flight, you upload both sets of data to a computer, and the software does all the corrections there.
One big benefit of PPK drones is that you don’t have to worry about losing signal during the flight. If you’re flying in tough environments or over long distances, PPK gives you more freedom and fewer connection issues. It also helps if you’re working in areas where network access is poor or even unavailable.
But keep in mind—PPK takes more time. You’ll have to wait to process your data before you can see final results. That’s why PPK is a great choice for jobs where real-time results aren’t necessary, but accuracy still matters a lot.
To make it easier, here’s how these three compare in a real-world setting:
Standard Surveying needs more ground setup like GCPs. It’s accurate but takes longer and requires more manual work.
RTK UAVs give you real-time accuracy. They’re great for fast mapping, but they depend on a strong, stable connection during flight.
PPK drones give you flexibility. They’re reliable in hard-to-reach areas and don’t need a constant signal, but the data takes longer to process.
Each of these methods has its place depending on the job site, weather, and what level of accuracy you need. Some professionals even combine them—like using RTK during flight and validating results with a few GCPs or using PPK when working in remote or busy city areas.
No matter which option you go with, using drones with RTK GPS or PPK technology can dramatically improve the quality of your work. These newer systems are not only more efficient, but they also reduce the need for extra gear and large field teams. And in today’s fast-moving world, saving time and boosting accuracy makes all the difference.
When you’re flying a drone for surveying, mapping, or inspection, accuracy is one of the most important things to get right. That’s where RTK (Real-Time Kinematic) technology comes in. Unlike standard GPS, which usually gives you positioning within a few meters, RTK delivers centimeter-level accuracy—often between 1 to 3 centimeters.
That means with the right setup, your RTK UAV knows almost exactly where it is, in real time. It’s one of the reasons RTK drones are becoming essential for industries like construction, agriculture, and infrastructure planning.
RTK improves accuracy by correcting common GPS errors as they happen. GNSS (Global Navigation Satellite System) data can be affected by several things like:
Ionospheric disturbances
Satellite clock errors
Orbital drift
Signal reflections (multipath interference)
To fix this, RTK systems use a base station that sits on the ground at a known fixed location. The base station compares its actual position with the position reported by GPS satellites, figures out the errors, and then sends real-time corrections to your drone. The drone then adjusts its position as it flies, resulting in extremely precise data.
So basically, RTK gives your drone a live GPS tune-up, correcting it centimeter by centimeter as it moves.
The closer your drone is to the RTK base station, the better the accuracy. That’s why RTK networks like Point One Polaris are so powerful. With over 1,440 base stations across the world, they help deliver centimeter-accurate positioning with 99.99% reliability—even across large or remote areas.
If you’re using drones with RTK GPS and connected to a network like Polaris, you can get top-tier results without setting up your own base station or laying down dozens of GCPs.
In the past, most drone surveyors relied on GCPs (Ground Control Points). These are physical markers on the ground with known coordinates that help adjust GPS data after the flight. While effective, GCPs take time to set up, especially across large or hard-to-reach areas.
With RTK drones, you don’t need as many GCPs, or sometimes none at all. That means:
Less time preparing the site
Faster setup
Shorter post-processing times
It’s one of the biggest reasons professionals are switching to RTK UAVs for surveying and mapping.
Let’s break down why RTK drone systems are such a game-changer for serious drone operations.
Still spending hours setting up GCPs for every job? With an RTK drone, you can skip it. Thanks to modern RTK networks like Polaris, you get access to correction data from a global base station network. No more hauling out markers and measuring tape—just fly and go.
When your drone already captures high-accuracy data in-flight, you spend way less time fixing it afterward. This is especially helpful for photogrammetry, LiDAR, or 3D mapping. Some RTK drone users have reported up to 90% time savings on post-processing.
Less time in the office = more time flying and delivering results to clients.
Planning a flight path is much easier when you don’t need GCPs to correct your data later. RTK technology helps your drone fly accurately in the real world, matching the exact path you’ve programmed in your software—even when GNSS signals aren’t perfect.
This helps reduce mistakes, re-flights, and mapping errors.
In busy skies or tight environments, knowing exactly where your drone is at all times is key to avoiding crashes. With RTK correction, your drone knows its location to the centimeter—even around tall structures or during complex missions.
Pair this with path-planning tools, and RTK becomes your silent safety partner in the sky.
Even when things go wrong, RTK gives you the data to figure out what happened. With timestamped location logs, you can see exactly where and when something went off-track. For example, using Point One’s GraphQL API, you can quickly pull historical RTK data from your drone using a simple HTTPS request.
That level of real-time observability is a huge advantage for teams managing multiple drones or critical missions.
If you’re still relying on standard GPS or manual GCPs, it’s time to upgrade your workflow. RTK drones give you real-time, centimeter-level positioning, which means:
Fewer errors
Faster workflows
Less setup
Better data
More confident flying
Whether you’re flying a RTK drone for agriculture, construction, surveying, or infrastructure inspection, the benefits are clear. With networks like Point One Polaris and technology like GraphQL APIs, your drone can become a smart, connected, and super-accurate flying machine—ready to tackle any high-precision task you throw at it.
When you use an RTK UAV, you’re unlocking powerful tools that can save time, improve accuracy, and open doors to new opportunities. With all the precise data your RTK drone provides, you can now explore more advanced ways to collect, use, and analyze information from the sky.
Every day, people are discovering smart new ways to apply drone RTK GPS technology. From farming to construction, and even public safety—RTK drones are helping different industries work faster, safer, and more efficiently.
Let’s take a look at how this amazing technology is being used in the real world.
The precise positioning that comes with drones with RTK makes them essential tools across many industries. Not only do they make existing work easier, but they also allow for brand-new types of missions that weren’t possible before. Here are some of the top industries using RTK UAVs right now:
RTK drones in agriculture are changing the game for farmers. These drones can fly over large fields and collect detailed data on soil health, crop growth, and plant stress. Because the drone knows exactly where it is, the data it collects is super accurate.
This means farmers can:
Spot unhealthy areas faster
Apply fertilizers or pesticides only where needed
Save water and reduce waste
Improve crop yield
Precision farming becomes easier and more effective with RTK GPS drones.
Traditional land surveying is time-consuming. But with an RTK drone, you can create detailed maps quickly and without needing to walk every part of the site. These drones are ideal for:
Topographic surveys
GIS data collection
Environmental monitoring
And because they don’t rely as much on ground control points (GCPs), you save a lot of time setting up.
Using RTK UAVs to inspect dangerous or hard-to-reach areas keeps people safe and speeds up work. These drones are used to check:
Power lines
Dams and bridges
Cell towers
Building rooftops
In emergency situations, RTK drones help teams get real-time aerial views during search and rescue missions, natural disasters, and public safety operations.
In construction, everything needs to be in the right place—and on time. RTK drones help teams:
Plan job sites
Track equipment and materials
Compare the actual build with the original design (as-built vs as-planned)
This means fewer mistakes, faster problem-solving, and better communication between teams.
Mining sites are large and often dangerous. With RTK drones, you can:
Survey large areas faster
Monitor stockpiles of material
Measure volumes of extracted earth
Keep workers safe by reducing time spent in risky zones
The data is accurate, and the process is much cheaper and safer than manual surveys.
City planners and engineers use RTK UAVs to design smarter cities. These drones help create:
3D models of buildings and streets
Plans for new roads or parks
Viewshed analysis (what areas can be seen from a specific point)
Planners can quickly test new ideas and spot problems before they start digging or building.
In oil fields or gas pipelines, safety is critical. That’s why many companies are now using RTK drones to:
Inspect pipelines for leaks
Monitor drilling equipment
Map oil field layouts
Spot problems in hard-to-reach areas like offshore rigs
With drone RTK GPS, everything is monitored with incredible precision, helping teams fix issues before they become disasters.
Using your RTK UAV isn’t just about flying a drone—it’s about making smarter decisions based on accurate data. Whether you’re growing crops, building bridges, or planning new city streets, RTK drones give you the tools you need to work better and faster.
And as more industries start using these high-precision drones, the list of applications will only keep growing. No matter the job, if accuracy matters, an RTK drone is the right tool to use.
The DJI Matrice 300 RTK is built to meet the needs of commercial drone pilots and surveyors who require superior performance and reliable data. Inspired by modern aviation systems, it includes advanced flight safety features, intelligent functions, and a robust design suited for challenging environments.
1. Surveying and Mapping
With the Zenmuse P1 or L1 payloads, the Matrice 300 RTK becomes one of the most accurate drones for surveying. It captures detailed, geotagged images that can be used for orthomosaic maps, digital elevation models, and 3D reconstruction. This is ideal for topographic surveys, land development, and GIS projects.
2. Infrastructure Inspections
Using the Zenmuse H20T multi-sensor camera, this drone provides detailed inspection data for assets like bridges, towers, pipelines, and buildings. AI-driven automation enables repeated flight paths, while high-resolution zoom and thermal sensors allow for accurate fault detection without close contact.
3. Public Safety and Emergency Response
In fire rescue, search and rescue, or disaster response operations, the Matrice 300 RTK offers fast deployment, thermal vision, and real-time situational awareness. It supports teams in locating victims, assessing damage, and coordinating response efforts efficiently and safely.
4. Construction Site Monitoring
The drone helps project managers monitor construction progress, verify measurements, and identify discrepancies with accurate, real-time geospatial data. Its integration with mapping software supports better decision-making and project planning.
5. Mining and Quarry Management
Used for volumetric analysis, stockpile measurement, and terrain modeling, the Matrice 300 RTK improves operational efficiency in mines and quarries. It captures accurate data without exposing workers to hazardous environments.
6. Oil and Gas Inspection
In the energy sector, the drone is used to monitor long pipelines, detect gas leaks, and inspect offshore rigs or refineries. With thermal and zoom sensors, it ensures safer, more efficient inspections in areas that are hard to access manually.
The DJI Matrice 300 RTK is more than just a drone with GPS. It’s a fully integrated aerial platform that brings unmatched precision, reliability, and intelligence to professional workflows. Whether you’re working in mapping, infrastructure, emergency response, or industrial inspection, this drone gives you the tools to get the job done faster and more accurately.
The DJI Matrice 350 RTK is the upgraded version of the Matrice 300 RTK, bringing improved performance, enhanced flight safety, and even more intelligent features. It’s built for demanding commercial drone operations and is widely regarded as one of the best RTK drones available today. This drone is especially valuable for surveying, mapping, inspections, and emergency response due to its robust build, long flight endurance, and precise RTK GPS capabilities.
1. Land Surveying and Mapping
With RTK precision and compatibility with the Zenmuse P1 or L1, the Matrice 350 RTK is ideal for topographic mapping, cadastral surveys, and 3D modeling. It reduces the need for GCPs and accelerates data processing time while maintaining survey-grade accuracy.
2. Infrastructure and Utilities Inspection
Used for inspecting high-voltage lines, cell towers, wind turbines, and bridges, the drone’s AI-based tools and high-resolution cameras ensure safe, accurate inspections with minimal downtime.
3. Construction Monitoring
It helps track construction progress, verify as-built data, and ensure designs are being followed precisely. The drone’s RTK module ensures accurate geolocation of imagery, improving BIM integration and site documentation.
4. Disaster Response and Public Safety
Equipped with thermal and zoom sensors, the Matrice 350 RTK supports rapid deployment for search and rescue, firefighting, and post-disaster assessment. Its extended flight time and night vision improve situational awareness and mission effectiveness.
5. Precision Agriculture
Farmers and agronomists use the Matrice 350 RTK with multispectral sensors for precision spraying, crop health monitoring, and soil analysis. Its RTK accuracy allows for precise flight lines and repeatable data collection over time.
6. Mining and Earthworks
The drone excels at stockpile measurement, pit mapping, and terrain modeling. It improves safety by removing the need for workers to physically access dangerous or unstable zones.
The DJI Matrice 350 RTK is more than just an upgrade—it’s a future-ready solution that enhances every aspect of enterprise drone operations. With its improved environmental protection, better connectivity, longer flight time, and exceptional RTK precision, it provides the power and reliability professionals demand in the field.
The DJI Mavic 3 Thermal (M3T) is a lightweight, foldable drone designed for professional missions that demand both RTK precision and thermal imaging. Part of the DJI Mavic 3 Enterprise series, this drone delivers outstanding performance in a small and highly portable body, making it a top choice for public safety, inspections, and search & rescue operations.
1. Search & Rescue Operations
With its integrated thermal sensor, the Mavic 3 Thermal can locate missing persons in challenging environments such as forests or disaster zones—day or night. The compact size and quick deployment make it ideal for first responders.
2. Firefighting & Emergency Response
Thermal imaging allows firefighters to detect hotspots, monitor fire spread, and assess damage from a safe distance. The drone’s RTK precision ensures accurate geotagging of critical points for better situational awareness.
3. Infrastructure & Roof Inspections
Inspect roofs, power lines, pipelines, or solar panels with both visual and thermal views. The RTK module enables accurate mapping and repeatable flight paths, improving inspection reliability and documentation.
4. Law Enforcement & Surveillance
Police and security teams use the Mavic 3 Thermal for crowd monitoring, perimeter surveillance, and tactical missions. It provides a discreet, high-precision tool for gathering real-time aerial intelligence.
5. Wildlife Monitoring & Conservation
Environmental teams can monitor animal activity and detect poachers with thermal imagery in remote areas, especially during nighttime operations. The drone’s quiet flight and long range help avoid disturbing wildlife.
6. Utility Inspections
Thermal and visual cameras help detect insulation faults, overheating equipment, or damaged structures on substations and transmission lines. The RTK module ensures every captured image has accurate coordinates.
The DJI Mavic 3 Thermal is perfect for users who need compactness, speed, thermal imaging, and RTK-level accuracy all in one system. Its portability, advanced imaging features, and fast deployment make it a reliable solution for public safety professionals, inspection teams, and emergency response units who require actionable data and real-time decision-making in high-pressure environments.
The DJI Matrice 30 Series is a rugged, compact, and highly capable enterprise drone built for demanding professional applications. With built-in RTK capability, the Matrice 30 Series offers centimeter-level precision, even in tough environments. It’s engineered to combine powerful flight performance, multi-sensor imaging, and weather resistance, making it ideal for public safety, inspection, and environmental monitoring.
This series includes two models: the Matrice 30 (M30) and Matrice 30T (M30T). The M30T adds a thermal camera for advanced temperature detection, while both models come with a laser rangefinder, zoom, and wide-angle cameras.
1. Integrated Multi-Sensor Payload:
48MP zoom camera
12MP wide camera
Laser rangefinder (range: up to 1,200m)
Optional 640×512 thermal camera (M30T model only)
2. RTK Module Support:
Attachable RTK module enables high-precision mapping and accurate georeferencing for surveying, inspections, and repeatable flight paths.
3. Flight Performance:
Up to 41 minutes of flight time
7,000m service ceiling
Maximum wind resistance of 15 m/s
Top speed of 23 m/s (82.8 km/h)
4. Weather-Resistant:
Rated IP55, meaning it’s dust- and water-resistant—perfect for challenging weather conditions or industrial environments.
5. Fast Deployment:
Foldable arms and quick-start design make it mission-ready in under a minute
Comes with DJI RC Plus controller (IP54 rated), featuring a 7-inch high-brightness touchscreen
6. Advanced Safety Systems:
Dual-vision and ToF sensors on all six sides for obstacle avoidance
ADS-B receiver for real-time crewed aircraft alerts
Dual battery system with hot-swap capability
7. DJI Pilot 2 App & DJI FlightHub 2 Integration:
Streamline mission planning, live mapping, and remote collaboration using DJI’s software suite.
1. Public Safety & Emergency Response
Ideal for fire, police, and rescue teams. The M30T’s thermal sensor helps identify heat signatures during search and rescue, while its zoom and wide cameras provide real-time situational awareness from a safe distance.
2. Infrastructure & Utility Inspections
Inspect wind turbines, power lines, solar farms, and industrial facilities with high-zoom imaging and laser ranging. The RTK module ensures precise location tagging for accurate reporting.
3. Disaster Response & Damage Assessment
Deploy quickly after natural disasters to assess damage, map affected areas, and guide rescue operations. The drone’s rugged build and weather resistance make it dependable when conditions are extreme.
4. Surveying & Mapping
With RTK and multi-sensor capabilities, the M30 Series is suitable for creating accurate 2D/3D maps, especially in hard-to-reach or large terrains, minimizing the need for extensive GCPs.
5. Maritime & Offshore Operations
Its IP55 rating and long transmission range make it ideal for coastal or offshore inspections, such as oil rigs or search missions over open water.
6. Environmental Monitoring & Conservation
Track wildlife, map forests, or monitor erosion with detailed optical and thermal imaging, even in rain or fog. The M30T’s thermal view helps detect living beings in dense vegetation.
The DJI Matrice 30 Series is built for professionals who need power, flexibility, and reliability in one platform. Whether you’re inspecting critical infrastructure, responding to emergencies, or conducting high-accuracy mapping missions, the M30 or M30T offers unmatched durability, RTK accuracy, and multi-sensor capability—all in a portable design.
The Autel EVO II RTK V3 is a powerful yet compact drone designed for professional surveying, mapping, and inspection. With an integrated RTK module, this drone provides centimeter-level positioning accuracy without relying heavily on GCPs. It combines Autel’s renowned flight performance with a 1-inch 20MP CMOS sensor for crystal-clear images and precise georeferencing.
The EVO II RTK V3 is part of the Autel Robotics EVO II Series V3, known for its modular design, long flight times, and robust data security. Whether you’re working in construction, land surveying, or asset inspections, this drone is built to deliver reliable and accurate results.
1. Integrated RTK Module:
Delivers real-time kinematic (RTK) corrections for sub-inch level accuracy
Supports PPK post-processing when real-time connectivity isn’t available
Compatible with Autel’s GNSS base station or third-party NTRIP networks
2. High-Resolution Camera:
1-inch CMOS sensor
20MP stills and up to 6K video resolution
Adjustable aperture: f/2.8 to f/11
Captures geotagged images with extreme detail and clarity
3. Exceptional Flight Performance:
Up to 36 minutes of flight time
Transmission range of up to 15 km (Autel SkyLink 2.0)
360° obstacle avoidance using 12 visual sensors
Wind resistance up to 12 m/s
4. Secure Data Handling:
No forced cloud storage—all data stays on the pilot’s local system
Ideal for government, critical infrastructure, and enterprise applications
5. Compact and Foldable Design:
Portable and easy to deploy
Weighs less than most enterprise RTK drones while maintaining rugged durability
6. Smart Flight Modes & Software Support:
Supports Autel Explorer App, RTK Network Configuration, Photogrammetry Planning, and Mission Repeats
Compatible with software such as Pix4D, DroneDeploy, and more
1. Construction & Infrastructure Mapping
Capture high-resolution site data, elevation models, and progress tracking with RTK precision and sharp imaging.
2. Land Surveying & Topographic Mapping
Survey large areas quickly with minimal GCPs, using RTK corrections and post-processing for high-accuracy outputs.
3. Utility & Telecom Tower Inspection
Fly close to structures and maintain stable positioning, thanks to the RTK module and obstacle avoidance system.
4. Agricultural Monitoring
Use detailed imagery to assess crop health, drainage planning, and field boundary mapping with precise geolocation tagging.
5. Mining & Quarry Volume Measurement
Generate accurate volume calculations of stockpiles or excavation sites with consistent, repeatable RTK data accuracy.
6. Environmental Monitoring
Track changes in terrain, water bodies, or forested areas with consistent RTK-enabled georeferencing.
The Autel EVO II RTK V3 stands out as one of the best RTK drones for professionals who need a lightweight, high-performing, and cost-effective platform. With superior data security, high-resolution imaging, and flexible RTK/PPK support, it’s a top choice for users in construction, surveying, agriculture, and inspection industries.
The Autel Robotics EVO II Pro RTK V3 is a high-end RTK drone designed for surveying, mapping, and inspection professionals who require superior image quality and precise positioning. This drone is equipped with a 1-inch CMOS 20MP sensor, integrated RTK module, and adjustable aperture, making it ideal for detailed aerial data collection in a wide range of industries.
Whether you’re flying missions in construction, land development, mining, or environmental surveying, the EVO II Pro RTK V3 delivers centimeter-level accuracy and unmatched clarity in a compact and portable airframe.
1. Integrated RTK System
Supports RTK and PPK workflows for maximum flexibility
Provides real-time centimeter-level positioning
Compatible with NTRIP networks and Autel GNSS base station
2. High-Quality Camera System
1-inch CMOS sensor, 20MP still resolution
6K video recording with ultra-sharp detail
Adjustable aperture (f/2.8–f/11) for light control in different conditions
Enhanced low-light performance for early morning or late-day flights
3. Flight Performance
Up to 36 minutes of flight time
Wind resistance up to 12 m/s
Long transmission range up to 15 km with Autel SkyLink 2.0
360° obstacle avoidance using 19 groups of sensors
4. Modular and Portable Design
Compact, foldable airframe for easy transport
Quick setup, ideal for field work
Rugged build suitable for various environmental conditions
5. Data Security
Fully offline operations supported
All data is stored locally—no forced cloud access, ensuring full control over mission data
6. Smart Functions & Software Compatibility
Mission planning, terrain follow, and repeated flight routes
Compatible with Pix4D, DroneDeploy, Dronelink, and more
Easy configuration through Autel Explorer App
1. Surveying & Mapping
Capture highly accurate aerial maps and models with fewer GCPs and precise RTK coordinates, even in complex environments.
2. Construction Monitoring
Use detailed images and geotagged data for progress tracking, site inspections, and volumetric analysis.
3. Mining & Aggregates
Conduct safe, cost-effective stockpile measurements and terrain modeling with centimeter-level precision.
4. Agriculture & Crop Management
Map farmland accurately for drainage, plant health analysis, and yield optimization using clear imagery and accurate positioning.
5. Public Safety & Disaster Response
Quickly deploy in emergency scenarios to capture actionable data using real-time positioning and high-quality visuals.
6. Utilities & Infrastructure Inspection
Fly safely near towers, lines, and facilities while capturing precise visual data for maintenance and documentation.
The Autel EVO II Pro RTK V3 is a perfect blend of advanced imaging, RTK precision, and portable convenience. It’s one of the best drones with RTK for professionals who need high-end visuals, data security, and accurate georeferencing without the bulk of larger enterprise drones.
It’s a go-to tool for surveyors, engineers, construction managers, and government agencies who demand quality and reliability in every flight.
The Autel Dragonfish Pro is a high-performance RTK drone designed for large-area mapping, public safety, infrastructure inspection, and surveillance missions. As part of Autel’s Dragonfish VTOL (Vertical Takeoff and Landing) series, the Pro version combines long endurance, multi-sensor payloads, and centimeter-level RTK accuracy in one of the most advanced fixed-wing hybrid drones on the market.
This RTK drone is ideal for professionals who need extended flight time, fast deployment, and high-precision data across vast or difficult terrains.
Long Flight Time and Range
Up to 158 minutes of flight time
Maximum transmission range of 30 km
Covers up to 33 square kilometers in one flight mission
VTOL (Vertical Takeoff and Landing)
No runway needed — perfect for remote or uneven terrain
Vertical launch combined with fixed-wing efficiency
Safe, stable takeoffs and landings even in tight spaces
Integrated RTK/PPK GNSS System
Supports RTK and PPK workflows
Provides centimeter-level accuracy in real-time or post-processing
Compatible with Autel’s GNSS base station or NTRIP RTK networks
Modular Payload System
Swappable payloads including:
4K 20x optical zoom camera
Thermal imaging sensor
Laser rangefinder (LRF)
Multispectral and mapping sensors
Advanced AI and Tracking Capabilities
Real-time AI object recognition and tracking
Smart route planning and terrain follow
Fail-safe return-to-home and safe-mode features
Industrial Durability and Reliability
IP43-rated for dust and water resistance
Wind resistance up to 17 m/s
Rugged carbon fiber body for all-weather operation
Autel Ground Station 2.0
Military-grade tablet for mission planning and control
Supports one-tap takeoff, landing, and flight route automation
Real-time video transmission and data feedback
1. Large-Scale Mapping & Surveying
Map massive areas with high-resolution cameras and RTK precision, making it ideal for land management, agriculture, and government projects.
2. Border & Maritime Surveillance
Monitor extended areas with thermal imaging, zoom, and long-range communication, suitable for coast guard and security patrols.
3. Disaster Response & Public Safety
Provide real-time aerial views in emergencies, helping rescue teams during wildfires, floods, or search-and-rescue operations.
Infrastructure & Utility Inspection
Inspect pipelines, power lines, or railways over long distances with stable data collection and long endurance.
Environmental Monitoring
Track deforestation, animal migration, water resources, or land erosion using multispectral sensors and wide-area flight paths.
The Autel Dragonfish Pro is one of the most advanced long-endurance RTK drones available. With VTOL capability, flexible payload options, and unmatched flight time, it’s a powerful solution for professionals who operate across large or remote regions.
If your job demands precision, scalability, and performance, the Dragonfish Pro delivers on all fronts, making it one of the best drones with RTK in enterprise and government-level operations.
The Autel Alpha is a next-generation RTK drone built for demanding professional missions that require high-precision data, multi-sensor payloads, and long-endurance performance. Designed for public safety, infrastructure inspection, surveying, and night operations, the Autel Alpha stands out with its dual-camera system, military-grade AI processing, and advanced obstacle avoidance.
It’s a fully integrated platform that rivals the top-tier enterprise drones from DJI and is equipped for the most complex aerial tasks.
1. Dual RTK + AI Edge Processing
Built-in RTK/PPK GNSS module with centimeter-level accuracy
Supports NTRIP networks or Autel base stations
Integrated AI edge computing module enables real-time object recognition, tracking, and scene analysis
2. Flight Endurance and Transmission
Up to 45 minutes of flight time
15 km video transmission range with ultra-low latency
Triple-band communication (2.4GHz, 5.8GHz, and 900MHz) for strong signal in complex environments
3. Advanced Imaging System
Dual-camera payload:
20MP 1-inch CMOS RGB camera with 6x optical zoom
640×512 thermal sensor with 30Hz refresh rate
Laser rangefinder and night-vision compatibility
4. 6-Directional Obstacle Avoidance
Equipped with 12 visual sensors
Smart collision prevention and terrain adaptation
Ideal for tight and challenging spaces
5. Rugged & Weather Resistant
IP55-rated for water and dust resistance
Operates in extreme environments, from -20°C to 50°C
Designed for mission-critical reliability
6. Autel SkyCommand Center
Real-time fleet management and mission planning
Cloud-based data synchronization and logging
Remote drone control and video feed sharing across teams
1. Security & Law Enforcement
Supports police, SWAT, and border patrol with thermal vision, object tracking, and reliable night operations, all while maintaining precise RTK positioning.
2. Search & Rescue Operations
In emergencies, the Alpha provides fast deployment, long flight time, and thermal imaging for spotting missing persons in low-light or dense terrain.
3. Infrastructure & Utility Inspection
Perfect for bridge, tower, and power line inspections with high-zoom optics and accurate geotagging using RTK.
4. Surveying & Mapping
Combines RGB and RTK data to create accurate 2D/3D models for land development, city planning, and construction site monitoring.
5. Firefighting & Disaster Response
Gives teams real-time thermal visuals and coordinates with pinpoint accuracy, helping allocate resources and plan evacuations safely.
The Autel Alpha brings together RTK-level precision, thermal and optical sensors, and AI-powered flight intelligence to meet the demands of modern enterprise and government operations. Whether it’s urban mapping, night surveillance, or complex inspection, this drone performs with top-tier results and reliability.
Looking for a rugged, intelligent RTK drone with the ability to see in the dark and work in any environment? The Autel Alpha is built for you.
The Autel EVO Max 4N is a powerful RTK-enabled drone designed for advanced enterprise tasks, especially in low-light or complete darkness. Built for public safety, search and rescue, inspections, and tactical operations, it integrates AI-powered autonomy, multi-sensor payloads, and extreme low-light performance. With centimeter-level positioning accuracy powered by RTK technology, this drone ensures precision even in GPS-denied environments.
1. RTK and PPK Ready
Built-in RTK module delivers centimeter-level accuracy
Supports RTK and PPK workflows for both real-time and post-processed positioning
Compatible with NTRIP and base station connections
2. Unmatched Night Vision Capability
Equipped with a moonlight algorithm that enhances vision in near-complete darkness
Starlight Night Vision Camera with 0.0001 Lux sensitivity
640×512 thermal imaging sensor with 16x digital zoom
50MP ultra-wide camera for clear mapping and documentation
3. AI-Powered Obstacle Avoidance and Flight Autonomy
Full 360° obstacle avoidance using binocular vision sensors
AI-driven features like target recognition, autonomous flight paths, and smart return to home
Can detect and avoid obstacles in real-time—even in GPS-denied areas
4. Transmission and Range
SkyLink 3.0 system supports up to 20km video transmission range
Triple-band communication with automatic frequency hopping
5. Extended Flight Time and Rugged Build
Up to 42 minutes of flight time
IP43-rated for dust and water resistance
Operates in extreme temperatures from -20°C to 50°C
6. Advanced Fleet and Mission Control
Integrates with Autel Enterprise App and SkyCommand Center
Supports real-time video streaming, remote team collaboration, and secure data logging
1. Nighttime Public Safety and Law Enforcement
With its enhanced night vision and thermal sensors, it’s perfect for tactical operations, crowd monitoring, and patrols in low-light areas.
2. Search and Rescue
The combination of RTK, starlight vision, and thermal detection allows responders to locate missing persons in forests, mountains, or disaster zones—even at night.
3. Infrastructure Inspection
Ideal for inspecting bridges, pipelines, or powerlines in poor lighting or underground environments while capturing accurate RTK-positioned data.
4. Mapping in Complex Environments
The RTK-enabled EVO Max 4N delivers high-precision geotagged imagery for mapping and surveying even in areas with poor GPS signal or during night missions.
5. Disaster Response and Firefighting
Provides real-time thermal visuals and GPS-accurate overlays during active emergencies, helping guide evacuation, search zones, or containment efforts.
If you’re looking for a high-precision RTK drone that can see in the dark, avoid obstacles intelligently, and operate in the toughest environments, the Autel EVO Max 4N is unmatched. Whether it’s for night surveillance, emergency response, or industrial inspection, this drone delivers advanced performance when visibility is low but precision is critical.
The Autel EVO Max 4T is a high-performance RTK-enabled drone engineered for demanding enterprise missions such as search and rescue, inspection, surveying, and mapping. It combines AI-powered autonomous flight, multi-sensor payloads, and centimeter-level GPS accuracy to meet the needs of professional teams in complex environments.
With Real-Time Kinematic (RTK) technology built in, the EVO Max 4T delivers precise geolocation data, even in GPS-compromised areas, making it a reliable choice for mission-critical operations.
1. RTK Precision and PPK Support
Integrated RTK module for real-time positioning accuracy within centimeters
Supports NTRIP and base station workflows
Offers both RTK and PPK correction options for flexible mission planning
2. Powerful Multi-Sensor Payload
Wide-angle 50MP camera for high-res visual inspection and mapping
Telephoto lens (8K, 10x optical zoom, up to 160x digital zoom) for long-distance observation
640×512 thermal imaging camera with 16x digital zoom for heat-based detection
Laser rangefinder with 1.2 km range for accurate distance measurement and object tracking
3. AI-Powered Autonomous Features
Advanced object recognition, smart tracking, and automatic flight path planning
Intelligent obstacle avoidance with 360° sensing using binocular vision
GPS-denied navigation for flying in challenging signal environments like canyons, under bridges, or near high structures
4. Stable and Long-Distance Transmission
SkyLink 3.0 system provides up to 20km video transmission range
Triple-band communication ensures reliable connection in complex environments
5. Rugged Build and Reliable Performance
IP43-rated for dust and water resistance
Operates in extreme temperatures: -20°C to 50°C
Flight time up to 42 minutes with fast-charging smart batteries
6. Enterprise Software Integration
Seamless compatibility with Autel Enterprise App and SkyCommand Center
Enables real-time fleet coordination, mission planning, data syncing, and secure video sharing
1. Search and Rescue Missions
Thermal imaging, zoom, and RTK accuracy make this drone ideal for locating missing persons or monitoring dangerous zones, even in low-visibility environments.
2. Power Line and Infrastructure Inspections
Use the zoom lens and thermal camera to inspect cables, towers, and substations safely from a distance while geotagging every image with RTK precision.
3. Public Safety and Tactical Response
The EVO Max 4T supports law enforcement and fire departments by providing live thermal and visual feedback with accurate GPS data for decision-making in real-time.
4. Mapping and Surveying
Capture detailed aerial maps and 3D models with centimeter-level accuracy using the RTK module and post-process with PPK if needed for enhanced precision.
5. Mining and Construction Monitoring
The drone’s payloads allow for volume measurement, progress tracking, and thermal analysis, all while maintaining highly accurate positioning data.
The Autel EVO Max 4T is built for professionals who need versatility, precision, and safety in one package. Whether you’re surveying large industrial sites or responding to critical incidents, this drone gives you the tools to capture detailed and accurate data from the sky — day or night, in easy or extreme conditions. With its powerful sensors and RTK-powered accuracy, it’s one of the best drones for enterprise missions across various industries.
The Autel EVO II Dual 640T RTK V3 is a powerful RTK drone designed for public safety, industrial inspections, agriculture, and surveying. It combines thermal imaging, high-resolution RGB imagery, and RTK precision to deliver accurate geospatial data in both daylight and low-visibility conditions.
Equipped with dual sensors—a 640×512 thermal camera and a 50MP ultra-sensitive visual camera—this drone is ideal for missions that demand real-time situational awareness and centimeter-level GPS accuracy.
1. Dual-Sensor Payload for Versatility
640×512 thermal imaging sensor with 30Hz refresh rate and 16x digital zoom
50MP 1/1.28-inch CMOS visual camera with 4K HDR video and 8K stills
Supports picture-in-picture mode to view thermal and visual imagery simultaneously
Multiple color palettes and temperature measurement tools for thermal analysis
2. Integrated RTK Module
Delivers centimeter-level accuracy using RTK correction data
Supports NTRIP, PPK, and Autel’s GNSS base stations
Stores raw GNSS observation data for post-processed precision
3. Reliable Long-Range Transmission
SkyLink 2.0 provides up to 15km transmission range
Stable video and data communication with anti-interference capabilities
Supports high-bandwidth encrypted video for secure operations
4. Flight Performance
Up to 38 minutes flight time
Wind resistance up to 12 m/s (Level 7)
Top speed: 72 km/h (45 mph)
Foldable, compact airframe designed for rapid deployment
5. Intelligent Obstacle Avoidance
Omnidirectional obstacle sensing with 12 visual sensors and 2 ultrasonic sensors
Advanced AI tracking and subject identification for dynamic missions
6. Rugged Build for Enterprise Environments
Operating temperature: -10°C to 40°C
IP43-rated for dust and water protection
Built to perform in diverse industrial and tactical environments
1. Industrial and Power Line Inspections
Detect overheating components with the thermal camera while geotagging exact locations with RTK, ensuring accurate reports and timely maintenance.
2. Public Safety and Firefighting
Track heat sources, identify hotspots, and search through smoke or low-visibility zones using thermal imaging and real-time visual overlays.
3. Agricultural Monitoring
Use thermal and RGB sensors to assess plant health, irrigation issues, and livestock movement, all while maintaining exact coordinates with RTK positioning.
4. Surveying and Mapping
Capture high-resolution orthomosaic maps and 3D models with reliable RTK geotagging for precise land assessments and construction planning.
5. Disaster Response and Search & Rescue
Quickly deploy in emergency zones to locate missing persons, assess damage, or monitor ongoing rescue operations with thermal and visual feeds.
The Autel EVO II Dual 640T RTK V3 brings together thermal imaging, high-resolution mapping, and RTK-level GPS accuracy into one rugged, reliable platform. It’s built for professionals who need both situational awareness and mapping-grade precision—making it a top choice for inspectors, first responders, surveyors, and agronomists. Whether you’re working in challenging weather or GPS-compromised areas, this drone provides accurate, real-time data you can trust.
The XRTech Group Automated Battery Swapping Station is built to work with the DJI Matrice 350 RTK and DJI Matrice 300 RTK, two of the best RTK drones used for high-precision applications like surveying, mapping, and inspections. These drones feature Real-Time Kinematic (RTK) technology, which gives them centimeter-level accuracy—perfect for professional missions that require precise data.
The automated battery swapping station helps these drones work longer and more efficiently without needing manual battery changes. It makes it easier to run missions continuously with minimal downtime.
This system is designed to boost drone productivity and safety. It supports both DJI M350 RTK and DJI M300 RTK and includes:
Fast battery swapping in just 3 minutes, which reduces waiting time between flights
High landing accuracy of ±0.05m, even at night using fill lights
Multiple connection options like 4G/5G, LAN cable, and private networks for remote control and management
Weather-resistant design (IP54-rated) so it can operate outdoors in different weather conditions
Wide operating temperature range from -20°C to 50°C, making it suitable for various climates
Robotic arm with 0.02mm precision, ensuring safe and accurate battery handling
Temperature-controlled environment using 2 industrial-grade AC units
Real-time environment monitoring with cameras and sensors to detect humidity, rain, wind, and temperature
Supports A-B hopping, so drones can complete multi-location missions
Propeller retraction feature, which adds extra safety during landing and battery change
Holds 3 sets of spare batteries, allowing multiple flights without manual swaps
Optional UPS (Uninterruptible Power Supply) and auto-fire extinguisher for added safety
Both drones are built for long flights and high-accuracy missions, and they work perfectly with this automated station:
Integrated RTK systems provide centimeter-level precision, which is critical for industries like construction, utilities, and agriculture
Up to 55 minutes of flight time, allowing drones to cover more area between swaps
Triple payload support, so they can carry multiple cameras or sensors for more complex missions
DJI M350 RTK has enhanced signal stability, advanced positioning systems, and hot-swappable batteries
DJI M300 RTK supports specialized payloads like the Zenmuse P1 for aerial mapping and the Zenmuse L1 for LiDAR scanning
Both drones feature six-directional obstacle avoidance and AI-powered capabilities that help them fly safely and precisely on autonomous missions
The XRTech Automated Battery Swapping Station, paired with either the DJI Matrice 350 RTK or DJI Matrice 300 RTK, creates a strong and reliable solution for demanding drone operations. This setup eliminates manual battery handling, improves flight efficiency, and supports continuous, high-precision RTK drone missions.
If you are looking for the best RTK drones for industrial or commercial work and want to reduce downtime, this automated station combined with the DJI RTK drone lineup is the ideal choice.
The XRT Automated Battery Swapping Station is built to support the DJI Matrice 30 Series, including the DJI Matrice 30 and DJI Matrice 30T. These drones are compact, powerful, and ideal for various industrial operations. Some models in the Matrice 30 Series come with RTK (Real-Time Kinematic) capability, which is essential for missions that demand high-precision positioning.
When paired with RTK-enabled drones, the XRT Automated Battery Swapping Station helps ensure longer, uninterrupted missions by automating the battery change process—making operations more efficient and reliable.
This system is designed to improve uptime, reduce manual handling, and support seamless automated workflows with RTK drones like the DJI M30 Series.
Supports DJI Matrice 30 and Matrice 30T
The station is made specifically for the DJI M30 Series, ensuring full compatibility and reliable operation.
3-Minute Battery Swapping Time
The quick swapping process reduces mission downtime and is perfect for RTK drone operations like mapping or inspections that need continuous flight time.
High Landing Accuracy of ±0.05m
Precision landing is critical for automatic docking. This feature ensures that drones land correctly for battery replacement, even in low-light conditions.
Multiple Remote Connection Options
The station supports 4G/5G, LAN, private network, and satellite connectivity, making it easy to manage remotely in both urban and remote locations.
IP54 Ingress Protection
It’s designed for outdoor use in varied environments, which is important for RTK drone missions that often take place in rugged or changing conditions.
Wide Operating Temperature Range (-20°C to 50°C)
This matches the working limits of professional drones and allows the system to function in hot or cold climates, supporting year-round operations.
If you’re using RTK-enabled DJI M30 or M30T drones, this automated station provides everything needed to maintain efficient and continuous flight operations. It’s especially useful in industries like surveying, infrastructure inspection, emergency response, and public safety, where accurate data and reduced downtime are key.
The XRT Automated Battery Swapping Station and the DJI Matrice 30 Series together form a complete solution for professionals who rely on RTK drones for high-precision, long-duration missions.
When investing in a drone with RTK (Real-Time Kinematic), it’s important to make sure you’re getting the right system for your needs. RTK drones offer centimeter-level positioning accuracy, but not all drones are created equal. Whether you’re buying for surveying, agriculture, construction, or inspections, here are the most important factors to consider before making your decision.
Start by identifying what you’ll use the RTK drone for. Different industries require different specs:
For surveying and mapping, you’ll want high-resolution cameras and strong RTK reliability.
For public safety or inspections, consider drones with thermal sensors and night vision.
In agriculture, multispectral capabilities and long flight times may be more important.
Knowing your use case helps narrow down the features you really need.
Your drone’s sensors determine the quality of data you’ll collect:
Look for high-resolution RGB cameras (20MP and above) for detailed mapping.
For thermal missions, ensure the drone includes a radiometric thermal sensor.
Some RTK drones support interchangeable payloads, so you can switch between different cameras for different jobs.
Better sensors mean more accurate and useful data, especially when paired with RTK.
RTK positioning should deliver centimeter-level GPS accuracy, but it’s important to check:
Does the drone support NTRIP or local base station setups?
Does it also support PPK (Post-Processed Kinematic) in case real-time correction isn’t possible?
Can it work with third-party correction networks?
Drones with flexible RTK/PPK options give you more reliability in challenging environments.
RTK data collection often requires longer flights to cover wide areas. Look for drones with:
30+ minutes of flight time on a single charge
Smart batteries with self-heating options (especially for cold weather)
Swappable battery systems for continuous operations
This ensures more productivity and fewer delays on site.
Reliable communication between the drone, controller, and base station is key to RTK performance. You’ll want:
Long-range transmission (10–15 km or more)
Strong anti-interference systems for urban or industrial areas
Dual-band (2.4GHz / 5.8GHz) transmission support
Signal dropouts during flight can result in inaccurate data—or worse, lost missions.
RTK drones are often flown close to structures, terrain, or in difficult environments. Prioritize drones with:
Omnidirectional obstacle avoidance
Terrain following sensors
Automated return-to-home (RTH) and emergency protocols
These features protect your investment and help maintain consistent flight paths for accurate data.
Check if the drone works with popular photogrammetry or GIS software like:
DJI Terra
Pix4D
DroneDeploy
Agisoft Metashape
Some drones come with built-in mission planning apps that make it easy to pre-plan RTK flights and export compatible data.
If you’re new to drones or RTK, choose one that’s:
Easy to fly with smart automation features
Comes with clear documentation or training support
Backed by a supportive user community or dealer network
Some vendors even offer certified RTK drone training to help teams get started quickly.
RTK drones are often used in tough outdoor conditions. Look for:
IP-rated drones (like IP43 or IP55) for dust and rain resistance
Operating temperature range that fits your climate
Rugged build materials and foldable arms for field use
A strong build ensures reliability and fewer repairs.
Finally, consider your full investment, not just the drone price:
Are RTK base stations or NTRIP subscriptions included?
Will you need extra batteries, cases, or payloads?
What about software licenses or support contracts?
Some drones may seem affordable up front but become expensive once accessories and software are added. Choose a setup that fits your budget and long-term workflow.
Choosing the right drone with RTK depends on your specific goals, environment, and technical requirements. The key is to focus on what matters most for your operations—whether it’s camera resolution, flight time, thermal capability, or software compatibility.
By considering these factors carefully, you’ll get a drone that not only delivers centimeter-level accuracy, but also helps you work faster, safer, and more efficiently in any field.
A: An RTK drone is a drone that uses Real-Time Kinematic (RTK) technology to improve GPS accuracy. It helps the drone know its exact position with centimeter-level precision, which is very useful for jobs like mapping, surveying, and inspections.
A: RTK technology makes drones fly with better accuracy and stability. It’s important for tasks that need very precise location data, like land surveying, construction planning, or farming. RTK helps reduce errors and saves time.
A: Some of the best RTK drones include:
DJI Matrice 350 RTK
DJI Mavic 3 Thermal
Autel EVO II RTK V3
Autel EVO MAX 4T
These drones are great for different jobs like inspections, mapping, and agriculture.
A: GPS gives you location data that is usually accurate within a few meters. RTK improves this by using correction data from a base station, so the location is accurate within a few centimeters. That makes a big difference for professional work.
A: Yes, RTK drones are great for precision agriculture. They help farmers check crop health, plan irrigation, and map fields with high accuracy. This helps grow more crops and use less water and fertilizer.
A: Most RTK drones come with their own software or apps for flight planning and data processing. Some also work with other mapping or surveying tools. Make sure the software supports RTK corrections.
A: Flight time depends on the drone model. For example, the DJI Matrice 350 RTK can fly up to 55 minutes, while smaller models like the Autel EVO II RTK can fly for around 40 minutes. RTK doesn’t shorten flight time but adds better positioning.
A: Yes, RTK drones usually connect to a base station or a network that sends correction data. This helps them fix small GPS errors and fly more accurately. Some drones can also use NTRIP services for corrections.
A: RTK drones cost more than basic drones because of their high-end technology. Prices vary by model. For example, DJI RTK drones or Autel RTK drones can range from a few thousand to tens of thousands of dirhams or dollars depending on features.
A: Absolutely. RTK drones are perfect for inspecting buildings, power lines, towers, and bridges. They provide accurate data and clear images, helping teams find problems without needing to climb or shut down equipment.
If you fly drones and capture videos—whether you’re a content creator, a real estate marketer, or just someone who loves
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