Best GPS Drones With Return Home

Best GPS Drones With Return Home 2023

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As the founder of the nation’s leading drone survey company, I’m always on the lookout for the best drones with GPS and return-to-home capabilities.

When conducting surveys across huge swaths of land, having a drone that can reliably navigate to designated waypoints via GPS, and then return safely back to the launch point with the push of a button, is absolutely essential.

In my experience, the return-to-home function can be a literal lifesaver for drones with GPS.

I’ve seen far too many close calls over the years when drone pilots lost orientation or the drone started to drift off course. Without a robust return-to-home feature, it could be impossible to recover the best GPS drones.

But with a reliable GPS and auto return system, the drone can be quickly recalled to prevent crashes, fly-aways, or other mishaps.

For commercial surveying where we need accurate data capture across large areas, there’s simply no room for error.

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That’s why in all of the drones we use in our fleet, having precision GPS navigation and a foolproof return-to-home capability is a must-have.

When researching new drones to potentially add to our operation, it’s one of the first and most important features I look for.

So in this blog, I’ll be highlighting some of the best GPS drones on the market that have nailed both GPS and automated return-to-home technology.

I’ll break down why these small GPS drones with return-to-home get it right and can greatly improve the safety and success of your drone flights.

DJI Mavic Pro 3 | Ultimate GPS Drone

Top Pick
DJI Mavic 3 enterprise

DJI Mavic 3 Pro: The New Gold Standard

Best GPS & Return Home Drone 2023

With its rapid satellite connection, precise positioning, and intelligent return flight capabilities, the DJI Mavic 3 Pro is the best gps drone in 2023. The Mavic 3 Pro is the most advanced consumer drone available today for demanding pilots thanks to its best-in-class GPS and reliable return to home functions.

As the owner of the nation’s largest drone survey company, I’ve had the chance to test out many of the top drones on the market.

When it comes to GPS capabilities and automated return home functions, the DJI Mavic 3 Pro really stands out as one of the best drones with GPS and return home features.

After extensive testing, I can confidently say it’s one of the best GPS drones available in 2023.

The Mavic 3 Pro comes equipped with a very accurate and reliable GPS system. It connects quickly to multiple satellite networks to pinpoint the drone’s exact location at all times. This enables smooth, stable flight and is essential for utilizing the return to home feature.

One of the first things I noticed about the Mavic 3 Pro is how quickly it establishes a GPS connection.

Within just a few seconds of powering up, it’s locked into satellite positioning and ready to go. This rapid GPS acquirement gives me confidence in the drone right from takeoff.

The GPS coordinates are used to record the home point location when you first launch the drone.

This home point is then used as the destination if you ever activate the return to home feature. It’s a very simple and effective system for return to home drones.

In my experience, the Mavic 3 Pro’s GPS has proven highly precise, even when flying long distances. It maintains an accurate lock on the drone’s position, which is critical both for operations and for safety.

The GPS enables the geofencing function, which prevents the drone from entering restricted airspace areas. This adds a nice layer of protection and compliance when flying in regulated environments.

Additionally, the accurate GPS feed allows the Mavic 3 Pro to utilize advanced features like Cruise Control, Quickshots for video, and Focus Track subject following. It’s able to leverage the GPS in smart ways that enhance the functionality.

Now let’s talk about the return to home capability – one of my favorite automated features on this drone. It provides a valuable level of autonomy and safety as one of the best drones with return home.

dji mavic 3 pro drones for long distance

There are a few different ways to trigger the return home function. You can activate it manually with the remote controller, or it will initiate automatically in certain situations like low battery or loss of signal.

Once activated, the Mavic 3 Pro will intelligently calculate the safest route to return back to the recorded home point.

This is where the precise GPS data comes into play.

The drone scans the surrounding environment in a 200 meter radius. It identifies obstacles and plot a clear path home, avoiding any objects in its way.

During return flights, the advanced sensors and vision systems keep the Mavic 3 Pro clear of any obstructions. It seamlessly navigates back to the takeoff point.

I’m very impressed with how smoothly and reliably the return home feature works on this drone. It takes the guesswork out of safely bringing back the aircraft.

The Mavic 3 Pro offers different return home mode options too. You can choose between a straight line path or a more calculated route that avoids obstacles. This level of customization is outstanding for a drone with return home feature.

In my drone survey business, having confidence in automated flight features like return to home is extremely valuable.

It reduces operational risks and stress during mapping missions.

After many test flights, I can say without a doubt that the DJI Mavic 3 Pro’s GPS and return home capabilities are among the best on the market. It has become my go-to workhorse drone.

The accuracy, speed, and intelligence of the GPS and return home systems set this drone apart. It’s a technological marvel that makes drone flight easier and safer.

For commercial, governmental, or recreational drone pilots alike, the Mavic 3 Pro is an outstanding choice as one of the best drones with GPS. It’s the new gold standard when it comes to automated GPS flight functions.

I give my highest recommendation to the DJI Mavic 3 Pro for anyone who values rock-solid GPS performance and intelligent return home technology in a drone platform. It has exceeded my expectations and will take your aerial capabilities to the next level.


  • Excellent camera quality – Has a 4/3 CMOS Hasselblad camera that can shoot 5.1K video and 20MP photos. Produces stunning aerial imagery.
  • Long flight time – Can fly for up to 46 minutes on a single charge. Great for extended mapping missions.
  • Omnidirectional obstacle sensing – Has forward, backward, upward, and downward sensors that detect obstacles in all directions. Allows for safer flight.
  • Quiet operation – Very low noise levels while in flight. Doesn’t disturb people/animals on the ground.
  • Return to home function – If connection is lost, the drone can autonomously return to the takeoff point using GPS. Provides peace of mind.
  • Robust GPS performance – Locks onto satellites quickly and maintains accurate positioning for smoother flights. Reliable GPS technology.


  • High cost – it’s a significant investment for consumers. More affordable options exist.
  • Large and heavy – Weighing 907g, it’s bulkier than some other compact drones. Not as portable.
  • Advanced features have learning curve – Intelligent flight modes require some practice to master and utilize properly.
  • No hyperlapse feature – Some competitors offer hyperlapse video capabilities, but not available on the Mavic 3 Pro.

Autel Evo 2 Pro | Non DJI Return Home Drone

Autel Evo 2 Pro

Autel Robotics EVO 2 Pro

Best Non DJI GPS Drone In 2023

  • Pinpoint GPS hover stability
  • Reliable auto return home
  • Advanced intelligent flight modes
  • Centimeter-level GPS accuracy
  • Obstacle avoidance navigation

After testing numerous models, I was impressed with the GPS and return home functionality of the Autel Robotics EVO II Pro – one of the best drones with GPS and camera available today.

The EVO II Pro utilizes GPS stabilization, allowing it to hover in place without drift. This pinpoint positioning makes it ideal for surveying, mapping and inspection applications. The drone also has an Auto Return Home feature, which automatically brings it back to the takeoff point in case of low battery or lost connection.

This failsafe gives me peace of mind when flying long distances.

In my experience, the return home and GPS reliability has been mostly positive. There were a few minor hiccups, with some disconnects from my phone.

However, the vast majority of flights saw the EVO II Pro lock onto locations with precision.

I would rank its GPS accuracy among the best GPS drones with return home features.

The EVO II Pro has useful intelligent flight modes that utilize the GPS system. Dynamic Track 2.0 and Tripod Track allow for tracking objects and smoother video capture. These modes demonstrate the advanced capabilities of this drone with return home feature through GPS-enabled features.

Let me explain exactly how the return home feature works. Using the built-in GPS module, the drone remembers the takeoff point.

evo pro v3 long range drones with cameras

If activated, either through low battery or signal loss, the EVO II Pro plans a path back to the home point and lands safely. This gives me confidence to fly longer distances while surveying or inspecting.

Even if connection is lost during return home, the drone should still navigate back thanks to the GPS. I have not experienced this issue personally, but the GPS satellite positioning allows it to keep on course in case of any emergency.

Of course, unexpected interference could affect its path, but in most cases it will make it back.

The stated maximum range of the EVO II Pro is an impressive 15 km. While I don’t recommend flying any drones with return to home features to their farthest range, this gives ample working room for survey jobs. Even near the limit, the return home feature should still be able to activate and bring the drone back to the takeoff point.

A great aspect of the return home feature is that it can be canceled if desired. By pressing and holding the pause button on the remote, I can regain manual control of the drone and continue the flight plan.

This gives me flexibility if I need to override the automated process.

Precise GPS is critical for my surveying and photogrammetry clients.

The EVO II Pro delivers with accuracy up to 1.5 cm, thanks to GPS, GLONASS and Galileo satellite positioning systems. I’ve found this small GPS drone’s location stability to be extremely reliable during data collection.

This level of GPS precision is a must-have for professional use.

The object avoidance sensors also benefit from the drone’s accurate GPS capability. By combining positioning data with computer vision, the EVO II Pro can detect and avoid obstacles in multiple directions while navigating. The GPS contributes to smoother flight and safer operations.

In summary I highly recommend the Autel Robotics EVO II Pro. The advanced GPS and auto return features deliver the precision and reliability needed for commercial use. I can confidently say this model has become a core part of my equipment lineup thanks to its impressive performance.


  • Excellent GPS stabilization allows precise hovering without drift, ideal for surveys and inspections. This is one of the best small GPS drones I’ve used.
  • Reliable return to home feature brings the drone back automatically on low battery or lost signal, giving peace of mind.
  • Intelligent flight modes like Track 2.0 demonstrate advanced GPS-enabled capabilities.
  • GPS satellite positioning enables autonomous return if connection is lost during flight.
  • Impressive GPS accuracy up to 1.5cm makes it perfect for photogrammetry and mapping jobs.
  • Object avoidance sensors combined with GPS data allow smooth navigation around obstacles.


  • Some users have reported occasional reliability issues and disconnects during flight.
  • Return home performance could be affected by interference or other environmental factors.
  • Recommended to stay within standard operating range, not max range, for best return home reliability.
  • Return home process cannot be fully tested until an actual emergency triggers activation.
  • Individual experiences with GPS accuracy may vary based on conditions and location.

DJI Air 3 | Affordable High End GPS Drone

DJI Air 3 is My New Go-To Drone

DJI air 3

Precise GPS and Accurate Return Home Capabilities

  • Rock-solid GPS stabilization
  • Reliable return home feature
  • Dual high-resolution cameras
  • Long 31 minute flight time
  • Advanced obstacle avoidance

The DJI Air 3 has become one of my go-to for projects requiring precise GPS hovering and an accurate return home function.

Let me walk you through why this top GPS drone stands out.

The Air 3 utilizes the same robust DJI GPS positioning system found in the Mavic and Mini series. By tapping into multiple satellites, it delivers incredibly stable flight with virtually no drift, making it one of the best GPS drones available.

This pinpoint precision enables surveying and inspection jobs that demand accuracy.

The return home feature provides confidence for pushing the operational range on this top drone with auto return. With the tap of a button, the Air 3 will retrace its steps back to the exact takeoff point.

I’ve found this failsafe mechanism to be a lifesaver on several occasions when the battery ran low at a distance.

While not perfect, the return home performance has impressed me. Under optimal conditions, it lands within a few feet of the home point. There are times when environmental factors knock it slightly off course, but rarely by more than ten feet or so in my experience.

Activating the return process is simple – just hit the dedicated button on the controller. The Air 3 will automatically ascend and chart the most direct path home utilizing the saved GPS data.

Clear communication with satellites is key for accuracy.

long distance drone with camera

Even if the connection is disrupted during return flight, the drone can still navigate autonomously back to the takeoff position thanks to the self-contained GPS system.

I always keep the operating radius reasonable, but it’s good peace of mind.

Speaking of range, the compact size of the Air 3 belies its outstanding maximum range of 18.5 kilometers. This gives ample operational space for sweeping surveys with this top drone with GPS and camera.

The return home feature remains reliably accurate out to distances much farther than I typically fly.

While the Auto Return abilities are great, the ability to override and cancel the sequence gives me flexibility. If conditions are safe, pressing pause allows me to continue the flight plan and push the limits.

The precision of the Air 3’s GPS positioning makes it ideally suited for survey, agriculture and inspection jobs where pinpoint geotagging is paramount. I’ve found accuracy within 1 meter during data capture flights.

Another benefit of the excellent GPS performance is the sophisticated built-in object avoidance. By integrating positional data, the drone adeptly navigates around obstacles while autonomously flying missions.

In conclusion, for professional use, I highly recommend the DJI Air 3. From precise automated flight to dual high-resolution cameras, this top drone with return home capability has become an essential tool for our survey and inspection jobs. The peace of mind from accurate auto return makes it my go-to workhorse drone.


  • Rock solid GPS hover stability, even in winds, makes for accurate surveying and inspection.
  • Return to home feature brings the drone back with minimal deviation, giving peace of mind.
  • Dual high-resolution cameras provide crisp aerial photos and video.
  • 31 minutes of flight time allows efficient coverage of large areas.
  • Easy to activate and cancel return home function when needed.
  • Advanced obstacle avoidance navigation enabled by GPS data.


  • Occasional minor inaccuracies in return landing position based on conditions.
  • Satellite signal loss can disrupt GPS performance.
  • Tight operating radius recommended for best return home reliability.
  • Return sequence cannot be fully tested until emergency activation.
  • Smooth video footage requires gimbal fine tuning at times.

DJI Mini 3 Pro | Best Mini GPS Drone

DJI Mini 3 Pro

dji mini pro 3 with rc controller

Best Sub 250g GPS Drone

  • Compact, lightweight design
  • Automated safety features
  • Reliable GPS flight
  • Excellent 4K camera
  • Intelligent shooting modes

I recently tested is the DJI Mini 3 Pro, a lightweight and portable drone targeted at consumers but with capabilities that could benefit commercial work.

In particular, I focused my review on the Mini 3 Pro’s GPS and automated return home functionality.

The DJI Mini 3 Pro utilizes GPS and GLONASS satellites to enable stable flight and accurate positioning. This is essential for commercial surveying where precise navigation is critical.

The drone needs a minimum of 10 satellites to leverage the return to home feature, which automatically brings the best GPS drones back to their takeoff point.

In my testing, the Mini 3 Pro was quick to establish a GPS lock as long as I operated it in an open area with a clear view of the sky. However, some users have reported a lag of up to 40 seconds before acquiring satellites after powering on these small GPS drones.

This delay could be problematic for time-sensitive survey missions.

Once GPS signal is established, the auto return home feature works reliably, bringing the drone back within 10 feet of the takeoff point in most cases. While not pinpoint precision, this level of accuracy is reasonable for consumer drones with return to home capabilities.

The main limitation of the return home function is dependence on maintaining a strong GPS lock. If the signal is lost or obscured, the drone will hover in place rather than automatically returning. Flying near sources of interference like cell towers or power lines could cause issues.

dji mini 3 pro 1

To minimize signal loss, the Mini 3 Pro should be flown in wide open areas with a clear view of the sky. Staying away from potential sources of interference is also advised.

If GPS issues persist, contact DJI support to troubleshoot or replace the drone with return home feature.

While advanced side and bottom sensors enable obstacle avoidance, the lack of side sensors is a weakness for a drone with tracking modes like the Mini 3 Pro. Side sensors would further improve performance and safety when flying close to subjects.

Another shortcoming is the lack of precision landing capability which would allow the best drone with GPS and camera to touch down at the exact takeoff point.

Still, the Mini 3 Pro gets within a few feet which is adequate for most users.

One major advantage of the DJI Mini 3 Pro is the light 249 gram weight that allows it to bypass registration requirements in many regions. This makes it easy to transport and use this drone with GPS auto return on the go.

The drone also captures excellent 4K video and 48MP photos, making it appealing for aerial imaging applications like surveying and inspection. Advanced shooting modes provide creative options.

While the return home functionality has some minor limitations, overall the DJI Mini 3 Pro proves to be a robust, user-friendly drone thanks to its automated safety features. For commercial use, I would recommend verifying GPS performance before deployment. But for consumers, it’s an outstanding choice.


  • Utilizes GPS/GLONASS for stable flight and positioning
  • Automated return to home brings drone back to takeoff point reliably
  • Typically returns within 10 feet of takeoff location
  • Lightweight design allows flight without registration in many regions
  • Excellent 4K/48MP camera and shooting modes
  • User-friendly automated safety features


  • Lag of up to 40 seconds to acquire GPS signal on startup
  • Return home depends on maintaining strong GPS connection
  • Lack of side sensors limits obstacle avoidance capabilities
  • No precision landing capability
  • GPS interference possible near cell towers, power lines, etc.
  • Price is higher than some competitor entry-level drones

Autel Nano+ | Low Cost Mini 3 Pro Alternative

Autel Nano +

Autel Nano

Cheaper Return Home Drone Than Mini 3

  • Triple GPS for precision flight
  • Reliable return home feature
  • Long range HD video feed
  • Smooth gimbal 4K camera
  • Safe smart flight modes

Recently I got my hands on the Autel Evo Nano+ drone and was thoroughly impressed with its compact size, ease of use, and advanced GPS capabilities.

In this review, I’ll focus specifically on the GPS and return home functions that make the Evo Nano+ an excellent choice for beginners and pros alike.

The Autel Evo Nano+ comes equipped with a robust GPS module that utilizes GPS, GLONASS, and Galileo satellite constellations for incredibly precise positioning.

This triple satellite navigation ensures stable flight in windy conditions, excellent hovering capability, and reliable return home functionality.

One of my favorite features on the Evo Nano+ is the automated Return Home function.

With the press of a button on the remote controller, the drone will plan an optimal return path back to its original takeoff point.

This provides a safe way to recall the drone in case of low battery or lost connection.

Having tested many drones over the years, I’ve found Autel’s Return Home system to be one of the most reliable. It intelligently avoids obstacles on the return route and handles high winds better than many competitors.

I never worry about my Evo Nano+ not making it back once Return Home is activated.

The Return Home feature can also be activated automatically if the drone battery level drops below 25% remaining charge. This failsafe kicks in to ensure the drone has enough juice to make it back safely.

The low battery auto return can be disabled if desired, but I appreciate having it on by default.

Beyond Return Home, the Evo Nano+ also leverages its precision GPS to enable advanced flight modes through the Autel Sky app.

drone with the longest range

Some of my favorites include Orbit mode for circling a subject and Dynamic Track for following a subject on the go. Both utilize GPS positioning for smooth, automated flight.

Having used the Evo Nano+ for surveying and inspections, I’ve been impressed with how the HD video feed stays solid at distances over a mile thanks to Autel’s SkyLink transmission tech.

The GPS connectivity really shines here, allowing uninterrupted video at far ranges.

While the Evo Nano+ packs great features for pros, it’s beginner-friendly as well thanks to the automated flight modes. High-precision GPS and simplified controls make capturing complex shots a breeze for new pilots.

For surveying vast rural properties, the Nano+’s GPS-enabled flight planning has been a huge time saver. I can map out exact waypoints for autonomous flights that perfectly capture project sites. This makes surveying faster with less hands-on piloting.

The built-in GPS allows the Nano+ to geotag every photo and video. This makes it easy to stitch together precise orthomosaic maps and 3D models thanks to accurate spatial data embedded right in each file.

At just 249 grams, the Autel Evo Nano+ is extremely portable and convenient for travel. The durable design holds up well in the field while still being lightweight for smooth flight performance aided by GPS stabilization.

Despite its small size, the Evo Nano+ boasts an impressive 4K camera stabilized by a 3-axis gimbal. This allows capturing of crisp, clean aerial imagery even at high altitudes where wind can be a factor. The GPS and gimbal work together seamlessly for great results.

I’m also a fan of the OcuSync Enterprise dual-band video transmission system on this drone. It delivers a smooth HD video feed to my phone or tablet without any lag, allowing me to frame shots perfectly using the live view with minimal latency.

All in all, the Autel Evo Nano+ hits the sweet spot of portability, image quality, smart flight modes, and robust GPS guidance. For surveying pros like myself or hobbyists getting started, it’s an outstanding choice with great value.

The bottom line after extensive testing – the Evo Nano+ is a great recommendation for anyone needing a reliable drone with excellent GPS and return-to-home functionality. It delivers on Autel’s promises and stands out in its class.

So if you’re looking for a drone with top-notch GPS capability plus great safety features, amazing flight modes, and impressive video performance, the Autel Evo Nano+ checks all the boxes. I can confidently say it has one of the best GPS drones and RTH implementations on the market today.


  • Robust triple GPS utilizing GPS, GLONASS, and Galileo for precise positioning and flight control
  • Reliable automated Return Home functionality gets the drone safely back to its takeoff point
  • Long range HD video transmission thanks to Autel SkyLink technology
  • Beginner-friendly automated flight modes like Orbit and Dynamic Track
  • Waypoint mapping for efficient surveying and site scouting
  • Lightweight yet durable construction for portability and performance
  • Impressive 4K camera and 3-axis gimbal stabilizer
  • OcuSync Enterprise transmission for lag-free HD video feed
  • Advanced safety features like low battery auto-return


  • Does not support full Waypoints mission planning
  • Horizontal positioning accuracy not specified
  • Somewhat short max flight time of 28 minutes
  • App connectivity can be buggy at times
  • Obstacle avoidance sensors only face forward, not backward or downward
  • No interchangeable camera option
  • Price is a little high for an entry-level drone

DJI Mini 2 SE | Cheapest GPS Drone 2023

DJI Mini 2 SE

dji mini 2 se

Cheapest GPS Drone In 2023

  • Affordable price
  • Lightweight at less than 249g
  • Good GPS and return home
  • 2.7K video quality
  • Easy for beginners

The DJI Mini 2 SE has quickly become one of my top recommendations for new pilots thanks to its bargain price and solid performance as one of the best drones with GPS and return home capabilities. In this review, I’ll focus on how the Mini 2 SE leverages GPS and return-to-home technology to make flying safe and enjoyable.

Despite its low cost, the Mini 2 SE includes a high-precision GPS module. During my field tests, it consistently acquired a strong GPS lock in under 60 seconds to enable stable hover and navigation back to the takeoff point.

This GPS accuracy provides peace of mind that the drone won’t drift away if you lose orientation, making it one of the best drones with GPS for beginners.

One of the best safety features powered by GPS on the Mini 2 SE is the automated return to home function. With a click of the RTH button, the drone retraces its original flight path back to the takeoff location thanks to its reliable return to home capabilities.

I’ve found this feature to be extremely reliable, even in windy conditions.

If the drone battery gets low during flight, it will automatically initiate return to home to ensure it has enough charge to make it back safely. This auto return failsafe gives beginners one less thing to worry about as they learn to monitor flight times.

The Mini 2 SE leverages GPS in several intelligent flight modes as well. For example, Point of Interest circles a chosen object autonomously while keeping the camera aimed at the subject. It’s an easy way to capture dynamic video with one of the best drones with GPS and camera features.

While it doesn’t have object detection sensors, the downward facing vision sensors on the Mini 2 SE allow for precise takeoffs and landings. This is aided by the GPS holding position steady close to the ground when lighting conditions are favorable.

Weighing just 249 grams, the Mini 2 SE is extremely portable.

The GPS integration makes it easy to fly confidently at new locations without worrying about losing orientation.

It’s easy to toss in a bag and take on trips as one of the best small GPS drones available.

Despite the small size, the 3-axis gimbal stabilized camera produces impressive 2.7K video and 12 megapixel photos. Shooting modes like Hyperlight enhance dim scenes by leveraging both GPS and visual data.

While the Mini 2 SE lacks full autonomy, it still has automated QuickShots modes like Dronie, Helix, and Rocket thanks to GPS guidance. This adds a cinematic flair beginners can achieve right away with this top pick for drones with auto return features.

Advanced pilots can enable manual waypoint flying by plotting control points through the DJI Fly app. The accuracy of the GPS system means you can set up complex shots with precision using one of the best drones with GPS capabilities.

I always advise new pilots to fly below 400 feet and keep the drone in sight. The Mini 2 SE’s GPS geofencing helps reinforce this by showing warning zones on the map restricting entry near airports.

The GPS and return to home functions provide peace of mind, but it’s still vital to fly responsibly, keep clear of obstacles, and monitor battery level. Safety should be the top priority when flying any drone with return home features.

One drawback is that the Mini 2 SE lacks downward facing obstacle detection sensors found on some models. This requires manually avoiding trees and buildings in your flight path.

While the drone does have a Sport mode for higher speed, I recommend new pilots stick to Normal mode. This limits speed to help avoid losing control when farther from the takeoff point with one of the top drones with return to home technology.

Even in Normal mode, the Mini 2 SE has a respectable 16 meters per second max ascent and descent speed. This allows capturing dynamic shots from creative vantage points with this top pick among auto return drones.

All said, the DJI Mini 2 SE punches above its weight class, offering excellent GPS integration and reliable return to home capabilities at a bargain price point. For newbies seeking confidence and capable flight, it hits a sweet spot as one of the best drones with GPS and auto return functionalities.

If you’re willing to sacrifice some premium features for budget-friendly price, the Mini 2 SE has the core essentials covered. The GPS and return to home alone are worth the investment for peace of mind and safety when buying one of the best drones with return home features.


  • Affordable price
  • Lightweight and portable at less than 249g
  • Good GPS and return-to-home capabilities
  • 2.7K video and 12MP photo quality
  • Intelligent flight modes like Point of Interest
  • 30 minutes of flight time per charge
  • User-friendly controls for beginners


  • Lacks obstacle avoidance sensors
  • Max video resolution is 2.7K, no 4K
  • No advanced autonomous flight modes
  • Remote controller range limited to 4km
  • Can struggle in high winds
  • No interchangeable camera options
  • Short 1-year warranty period
gps drone being demonstrated

Drones With GPS Explained

Drones use a Global Positioning System (GPS) module to pinpoint the drone’s exact latitude, longitude, and altitude anywhere on earth. GPS uses satellites to triangulate the drone’s location.

This allows the drone to hover stably, follow precise flight paths, and record the takeoff point.

What Happens With Drones Don’t Have GPS

Drones rely on GPS for positional information to lock into a fixed point in the sky for stable hover. Without GPS, a drone has no reference point and must use less accurate methods to try to stay in one position.

Lacking GPS, a drone will depend on its onboard sensors like gyroscopes and accelerometers to attempt “stationary flight.” But these can drift over time leading to a wobbly hover and require constant stick inputs from the pilot to counteract.

It becomes extremely difficult to maintain a precise hover in one place without GPS assistance.

In addition to unstable hover, a drone without GPS assistance will not have the ability to return home automatically.

Return-to-home requires the drone to know the coordinates of the takeoff point via GPS in order to return there if signal is lost.

When flying only using its onboard vision or infrared positioning sensors, a drone may start to drift away with even the slightest wind since it lacks an accurate GPS position lock.

Obstacle avoidance features will also be degraded without precise positional data.

While drones can technically fly without GPS, it requires much more skill and concentration from the pilot. Simple autonomous functions like follow me, waypoints, and orbit modes will generally not be available without GPS positioning.

Drones without access to GPS satellites are much harder to fly smoothly, lack automated flight capabilities, cannot return home automatically, and have degraded safety features. GPS provides vital positioning data for user-friendly, stable, and safe drone flight.

best drone with camera and gps

How Satellite Networks Give GPS Drones Return to Home Capabilities in 2023

The best drones with GPS and return to home functionality primarily utilize satellites from the American NAVSTAR GPS, Russian GLONASS, European Galileo, and Chinese BeiDou constellations to triangulate position.

Each constellation consists of around 24-30 satellites that orbit the earth and continuously transmit signals.

The best GPS drones use these signals from satellites to enable precise location tracking and auto return capabilities.

The NAVSTAR GPS constellation was the first fully operational GNSS starting in 1995. It consists of 31 active satellites in medium earth orbit. GPS was originally developed by the United States military but was released for civilian use. It remains the most widely used satellite navigation system for the top drones with GPS globally.


GLONASS stands for Global Navigation Satellite System and is Russia’s counterpart to the US GPS. It achieved full global coverage in 2011 and provides an alternative to GPS. GLONASS uses 24 satellites and has precision comparable to GPS for drones with return home features.


Galileo is Europe’s global navigation satellite system, developed by the European Union and European Space Agency. When complete, it will have 24 operational satellites with a constellation of 30. Galileo provides increased accuracy compared to GPS and GLONASS on many auto return drones.


China operates the BeiDou navigation satellite system. It currently consists of 40 satellites. BeiDou is used in tandem with GPS on drones with GPS tracking made by DJI and other Chinese manufacturers.

Many of the top drones with GPS and camera capabilities now use dual-band GPS receivers that combine two constellations like GPS and GLONASS. This improves accuracy and redundancy in case signals from one constellation are obstructed while using your drone’s return to home feature.

dji drone detected by radar waves

Importance Of Return To Home Drones (RTH)

RTH prevents flyaways if connection is lost between drone and controller. Failsafe automatically brings drone back on low battery. It helps avoid crashes and collisions if pilot loses sight of aircraft.

Peace of Mind

RTH takes the stress out of operating drones. Beginners can fly with confidence knowing drone will return. It is critical for flying beyond visual line of sight (BVLOS).

Regulatory Compliance

Return to home drones improves control and meets regulations for recreational use. It helps ensure drones remain within authorized airspace. RTH is a key feature for commercial operators meeting aviation rules.

Better Performance

RTH allows focusing on aerial photography instead of aircraft position. It conserves battery for target tasks like inspection versus navigation. RTH opens up more flying locations without worrying about retrieval.

In summary, RTH provides essential safety, confidence, regulatory compliance, and performance improvements for recreational and commercial drone use.

Conclusion Best GPS Drones 2023

In conclusion, the best GPS drones with return home capabilities in 2023 offer a combination of precise navigation, reliable return-to-home features, and advanced technology to ensure safe and successful flights. The DJI Mavic 3 Pro, Autel Evo 2 Pro, DJI Air 3, and DJI Mini 3 Pro all stand out as top choices for various applications, from commercial surveying to recreational use. These drones provide peace of mind with their automated safety features and impressive performance, making them ideal for both professional and consumer pilots. When selecting the best GPS drone for your needs, consider factors such as camera quality, flight time, obstacle avoidance, and price to find the perfect match for your specific requirements.

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