DJI Merge Power and Smart Features to Give the Gift of Flight to All

If you’ve never experienced flying a drone then taking the first steps to selecting which drone to purchase and flying for the very first time may seem a little daunting.  There are several different manufacturers out there offering different types of drones for different uses. These uses include racing, video and photography or simply for the fun of flying and it’s important to select the drone that best matches your needs.

One of the world’s largest drone manufacturers, with seven out of every ten consumer drones in the sky, is DJI.  DJI have a range of drones in their line-up ranging from the easy-to-fly straight of the box Phantom range to the more prosumer interchangeable lens Inspire series and onto the professional Matrice series used for films and industrial inspections.

The latest addition to the Phantom series, the Phantom 4 Advanced Credit:DJI

The latest addition to the Inspire series, the Inspire 2 Credit: DJI

The latest addition to the Matrice series, the M210 Credit:DJI

DJI also shook up the market with the Mavic Pro, a drone that folds up to just the size of a small water bottle and weighs less than 750g.  You may think that in order to achieve a drone of this size some of the smart features included in other DJI drones needed to be discarded but this is not the case.  The DJI Mavic Pro not only includes the same intelligent features as other DJI drones but goes even further and enhances them. Its compact size hides a high degree of complexity that makes it one of DJI’s most sophisticated flying cameras ever.

“We merged power and smart features making it easy for everyone to fly and create beautiful images,” explained a DJI spokesperson.  “The toughest challenge for us was finding the sweet spots between form and function.”

With 24 high-performance computing cores, five vision sensors to help avoid bumps and scrapes, and a 4K camera stabilized by a 3-axis mechanical gimbal, the Mavic Pro helps to turn the sky into your very own canvas ready for you to create your own masterpiece easily and without worry.

The DJI Mavic Pro fits in the palm of your hand Credit: The Verge

The DJI Mavic Pro is the perfect example of what the DJI CEO Frank Wang strived for when first setting up the company just over ten years ago. His aim was to make it easy for anyone to pick-up a radio control and fly without the frustrations and difficulty associated with keeping radio controlled helicopters in the air.

They say that a picture tells a thousand words and thanks to DJI innovations simplifying flight and aerial imaging for all, there are an almost infinite number of words to be told.

 

 

 

 

 

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Top 3 Features of the M200 You Should Know

The new enterprise drone solution from DJI, the M200, has loads of new features for industrial users. Let’s dig into the top 3.

1.) 38-minute flight time (no payload) / 24-minute flight time (full payload)

To support the variety of payloads including carrying up to 2 cameras, the M200 comes with more powerful motors and a new battery system. Similar to the Inspire 2, the M200 features dual batteries for redundancy, ease-of-transport, and more power. There are two options for batteries, TB50 and TB55. TB55 batteries are wider and hold 7660mAh instead of the 4280mAh that the TB50s have. While the TB55’s allow for nearly double the flight time with full payload, they are above the watt-hour limit for transportation on airplanes, which can be important for many drone-flying travelers. Both batteries also have a self-heating encasing so they can handle sub-zero temperatures.

2.) IP43 Ingress Protection

Until now, most drones were at the complete mercy of the weather. They historically cannot handle heavy wine, high levels of moisture, and rain. The M200 changes that. It has an Ingress Protection rating of 43. Ingress Protection ratings are an international standard for measuring the sealing effectiveness of electrical enclosures against foreign bodies (dirt, dust, objects) and moisture. The first digit is the rating for solids and the second digit is the rating for liquids. The “4” for solids means that the enclosure can keep out objects greater than 1mm and the “3” means the enclosure can keep out spraying water less than 60 degrees from the vertical, in other words, rain. This is very important for jobs that must be done in the elements, such as for search and rescue or rain-or-shine inspections.

3.) DJI Airsense

The M200 also has a built-in ADS-B receiver. ADS-B stands for Automatic Dependent Surveillance – Broadcast. ADS-B allows for “real-time precision and shared situational awareness.” It takes ground radar and navigational aids to a whole other level. With this system, pilots can see where other aircraft are in the sky, pinpoint weather and terrain hazards, and even get flight information such as temporary flight restrictions. By 2020, all aircraft operating in controlled airspace will be required to have ADS-B. Incorporating this in drone technology now will keep operators one step ahead and make flight in various environments even safer.

These new features combined with the various other benefits make the M200 platform an excellent choice for safe, intelligent drone flying for everything from industrial inspections to search and rescue.

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Car License for Drones?

On March 22, 2017, global leader in consumer drone manufacturing DJI published a white paper that brings innovative thought-leadership to industry regulation. With the occasional media stories of privacy intrusion or drones being used for nefarious purposes, there is an increasing call for more robust governance.

Currently the US has a registration process, so if for any reason a drone gets into the hands of authorities following an infraction, the registration number can be verified against a database and the owner identified. However, in the case of a real-time incident where the aircraft is aloft, still hovering high in the sky so no registration number or identifier is visible, it would be difficult for authorities on the ground to be able to act.  For example, if a drone flies over a National Park, which is largely prohibited in the USA, and then the aircraft disappears from sight, how is an observing Police Officer or Park Ranger able to determine the culprit?

For this reason, DJI has suggested a unique, real-time solution to identification. Every drone would transmit, by radio, its location as well as a registration or other unique code.

DJI’s idea is that each drone has an inexpensive system on board that broadcasts its location and an identification number so that a person on the ground with the correct equipment can receive the broadcast. The name and address of the owner would not be revealed at that point, hence maintaining the owner’s privacy. Only law enforcement or FAA authorities would have that capability.

Brendan Schulman, DJI Vice President of Policy and Legal Affairs commented, “DJI understands that accountability is a key part of responsible drone use, and we have outlined a proposal that balances the privacy of drone operators with the legitimate concerns authorities have about some drone operations,” he continues, “this is another example of how the UAS industry is innovating solutions to emerging concerns, and we look forward to working with other stakeholders on how to implement the best possible system.”

The FAA was instructed by Congress to develop ways to identify pilots of drones and was given a 2-year deadline to do so. DJI’s white paper is suggesting a workable solution. The system has been likened to cars having a license plate; anyone can see the plate but only authorities can identify the name and address of the owner.

The technology that DJI is suggesting could easily be integrated into drones. For example, DJI’s most recent releases, primarily the DJI Mavic Pro, Phantom 4 Professional, M200 and Inspire 2 (with X5S camera) would all be suitable candidates as could all other aircraft in the DJI fleet.

The technical solution that has been suggested by DJI is relatively simple to implement and if widely adopted by all drone industry manufacturers, could go one step closer to making these flying miracles safer for the whole community.

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DJI Phantom 4 Pro-A Spring Trip to Dapeng (Shooting Equipment)

Did everyone watch the spring trip video? If not, click the link and watch.

This video was shot by two gadgets.

Aerial footages were captured by DJI Phantom 4 Pro, and the ground footages by SONY a7s M2.

Here we will introduce you the powerful equipment we used.

DJI Phantom 4 Pro

The camera on the Phantom 4 Pro

Sensor size comparison. A CMOS sensor is imbedded in the Phantom 4 Pro camera which is the same with the SONY RX100‘s, leaving more room for photography. It collects more lights and brings stunning images like never before.

You can find a lot of backlight footages in the video, compared to the Phantom 4, the Phantom 4 Pro preserves more details of the shades.

A Photo

The resolution of this photo is 5472 × 3078, the size is 7.5MB. You can even see the details of the remote controller when enlarging it. It’s obvious that the photo shot by Phantom 4 Pro is in high quality and ready for printing.

Maneuver / Control

I have flown Inspire 2 and Mavic Pro for a very long time, however, I was still amazed by the powerful propulsion and quick response of the Phantom 4 Pro.

In this task, we had to shoot from the west gate to the east gate, the Phantom 4 Pro was able to be in the camera set very quickly, saving us a large amount of time and work.

I have to say DJI engineers really worked hard on building the Phantom 4 Pro – it is the best out of Phantom series with abilities to response and move instantly.

Narrow streets and messy power lines make the old town a less ideal flying area. But with its ability to sense in five directions and avoid obstacles in four directions, the Phantom 4 Pro made its flight worry-free.

What’s worth mentioning here is that the video transmission didn’t get interrupted when the aircraft passing through the gate and flying over the roofs. It is a proof of the enhanced anti-interference ability of the Phantom 4 Pro.

However, I disenabled the obstacle avoidance when getting this one-take shot, it was not safe actually, please don’t try imitate my operation, or else your drone may end up with a crash.

Integrated Remote Controller

This integrated remote controller makes an awkward answering a friend’s call during flight a long gone history.

This time we’d brought five batteries.

I applaud for the flight time. Five batteries are enough for a long day shooting with a surprise of the remote controller still showing two LED lights on.

SONY a7s M2 full-frame compact camera with anti-shake functionality in five axis.

It’s capable of shooting video at 1080p, 120 fps, and it’s quite heavy when mounted with a FE24-70 2.8 GM lens. Thanks to the Phantom 4 Pro’s stable hovering capability, when capturing the drone’s flight altitude, I can just put the remote controller aside and use the Sony a7s M2 to shoot the drone. As for footages of flying drones, I can control the drone by one hand, and use the other hand to control the Sony a7s M2.

However, if you don’t have a professional camera at hand, you can also use an iPhone to shoot slow motion videos, the image quality is good as well.

Summary

To me, the greatest improvement of Phantom 4 Pro is its camera, I believe most photography enthusiasts will agree with me on this point. The image quality achieved by the Phantom 4 Pro can fulfill most people’s need, can even compete with the Inspire 2.

The CMOS sensor that also used in SONY RX100 makes the Phantom 4 Pro’s camera a top aerial camera in the market, I believe the 1 inch sensor is a perfect balance of the size and performance.

SONY RX100 was once selected to be the best backup camera for professional photographers, and the Phantom 4 Pro is also absolutely the best back up aerial camera for professional aerial photographers, for example, in the first phase of a big aerial photography project, you can use the Phantom 4 Pro to check around the shooting site and help with composition, make preparation for formal aerial shooting, what’s more, the footages taken by the Phantom 4 Pro can also be used as backups.

A little supplement here, for general non-professional users, the Mavic Pro is still the best choice.

Whether a new product is worth buying or not depends on your specific needs, it will be your best companion when it fulfills your needs.

Today’s drone market is a segmented market, which is good news to us.

If you are a drone beginner, and have high requirements for the portability, then you should not look for anything besides Mavic Pro.

If you have high requirements for image quality and relatively lower requirements for portability (Compared to the Inspire series), then then Phantom 4 Pro is quite a nice choice.

However, if you are a professional photographer, then don’t hesitate to get an Inspire 2 or a M600 PRO.

 

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DJI Inspire 2 camera

( Video via DJI by Inspire 2 )

The Inspire 2 has a fixed, built-in camera that faces forward. It’s stabilized by a 2-axis gimbal, and its sole purpose is to provide a forward video feed to the pilot at all times. It is nestled in the front, in between the forward obstacle sensors. The camera that is actually used for video capture hangs underneath the body and is stabilized using a 3-axis gimbal.

The DJI Inspire 2 comes with a completely new generation of cameras, with both of them shooting at a resolution of 5.2K but featuring different sensor types.

The Zenmuse X4S is the standard camera attached to the drone.It uses the same 1-inch 20MP image sensor, 24mm f/2.8-11 lens, and mechanical shutter as the integrated camera used by the Phantom 4 Pro. Its fixed field of view covers about the same angle as a 24mm lens on a full-frame camera system.

The Zenmuse X5S is an optional add-on. It has a Micro Four Thirds sensor with 20.8 megapixels and a claimed dynamic range of 12.8 stops. The Zenmuse X5S supports 10 different lenses.

In the future, there will be a DJI Osmo handheld device that these cameras will be compatible with, to be used on the ground. The Zenmuse X5S, is available for videographers who require the flexibility of interchangeable lenses. The Micro Four Thirds format camera features a 20MP sensor and supports a total of 10 lenses, including some compact zoom options. Going with that configuration, which DJI has dubbed the Inspire 2 Combo, ups the price to $6,198, although there is a $5,999 promotional price that’s valid through the end of 2016. The Combo bundle also includes licenses for CinemaDNG and Apple ProRes.

Still images are supported in Raw DNG forma with either camera. Both pack about 20MP of resolution; it’s just the physical sensor size that differs. The X4S can be set to ISO 100 through 12800, while the X5S can be pushed further, to ISO 25600, a plus for video and imaging in very challenging light.

There is no question about it, the DJI Inspire 2 is an impressive drone and a testament to the irritatingly fast pace at which DJI is advancing drone technology way beyond the competition.

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3 Extreme Tests to Inspire 2 under -20℃

Not a drone, no matter big or small, can take off in the winder of Harbin without any insulating measure.

Every so called monster on the market becomes weak in low temperature environment:
You must push the control sticks gently, in case the drone falls due to a sudden voltage dip.
Flying with fear, before you hear the warnings to return to home after a few seconds flight…

Until the birth of Inspire 2, who claims its batteries can be self-heated and deal with temperature as low as -20℃.

So we buy one, bring it to the north of China and see whether the Inspire 2 performs just as how DJI claims.

Here are the results.

Performance test at ultralow temperature

In -20℃，hot water turns to ice immediately when spilt into the air

Battery Performance 

Before carrying out the test, there is a question needs to be answered:

Can Inspire 2 take off in -20℃ without protection?

Just so you know:

In -20℃，an iPad dies in 5 minutes after turning on, and hands will stick with the Inspire 2 controller.

So what happens when putting a fully-charged battery into Inspire 2 without any insulating measures, in -18℃ environment?

The recorded video clip has been speeded up

Screenshot of DJI GO app during test
When the temperature was -18℃, Inspire 2 Intelligence Flight Batteries automatically heated to 13-14℃.

The self-heating function is triggered at -18℃ （the yellow numbers on the right side of the screenshot means batteries are heating）,till battery cells’ temperature rises to 13-14℃. The heating process continues after take-off to keep the batteries at 14℃.

Our test showed that Inspire 2 can fly for 15-17min without being incubated before flight. The result has even better than Inspire 1’s 12min record at room temperature, without any accident like power failure.

Comment:

At the moment, even if some drones manage to take off in low temperature, most of them last no longer than several minutes, meaningless for aerial photography. But Inspire 2 successfully launched without any precaution and managed to fly with longer time and higher safety, making low temperature aerophotography a feasible thing, saving lots of troubles. It’s really a big surprise.

Maneuverability

Since Inspire 2 can perform normally in low temperature, it’s time to test its maneuverability.

How fast can Inspire 2 fly at -20℃？

High-speed flight is difficult for drones in such a condition, because if you push the control sticks too hard, battery voltage might dip and cause danger to the drone. But excellent maneuverability is not only about acceleration and max speed, but also includes braking performance. What’s more, a good drone need to fly with great stability, without visible shakes.

To meet the above standards, we operated Inspire 2 to go up at top speed, fly close to the ground, slam the brakes in front of obstacles, hover in winds and one thing few drones can do—dive at full speed.

1. Full-speed Ascending

Original images without any post-processing
Inspire 2 responded fast with huge propulsion at the moment of accelerating

Full ascending process, at D-Log, without post processing

DJI GO showed the flight speed rocketed to 40.8km/h at the moment of acceleration, with vertical flight speed up to 5.8m/s. The footage not only shows the great propulsion, but also the extraordinary stability of Inspire 2.

2. Low-altitude Flight

Original images without any post-processing
Inspire 2 kept the same altitude when flying forward at high speed.

Full process, at D-Log, without post processing
Inspire 2 reached 90km/h easily.

When flying 1.5m above the ground, Inspire 2 accelerated to 85km/h within 6 seconds, and once reached 90km/h during the whole flight.

3. Manually Brake during Full-speed Flight

Original images without any post-processing
Inspire 2 stopped stably in front of obstacles.

Full brake process, at D-Log, without post processing

Drones need to brake fast to ensure safety. The image above recorded by Inspire 2 is smooth and stable, showing a fast and stable brake done by the aircraft.

4. Hover in Winds

Hovering in strong winds is a good way to test a drone’s maneuverability and stability. But in the weather where snow are blew away brook-like by strong winds, what Inspire 2’s performance will be?

Original images without any post-processing
Look how stably Inspire 2 hovered in strong winds.

To make things harder, we let Inspire 2 rotate above the same spot.

Original images without any post-processing
Rotating in strong winds, Inspire 2 caused a small displacement.

5. Diving at Full Speed

The last-but-not-least test to show a drone’s comprehensive performance: full-speed diving. The first thing we want to find out is whether Inspire 2 can achieve max speed horizontally and vertically at the same time, and the second is how fast it brakes after accelerating. This is a very dangerous action, and few drones dare to try it.

Due to limited propulsion, when Inspire 1 is diving, its vertical speed increase, but horizontal speed keeps unchanged or even decreasing. And because Inspire 1 cannot successfully brake during high speed flight. It’s seldom used in shooting diving footages.

Now take a look at Inspire 2’s performance.

Original images without any post-processing

Original images without any post-processing

Full driving process, at D-Log, without post processing
Horizontal and vertical speed achieved the highest at the same time, and braked fast to ensure flight safety

When Inspire 2 is diving, its downward speed and horizontal speed are both increasing throughout the process. Horizontal speed keeps at about 90km/h (highest at 94.4km/h); vertical speed is about 9.0m/s (highest at 9.1m/s)

Both reached the official claim of 94km/h and 9.0m/s.

More importantly, Inspire 2 can brake fast and stably even at its highest speed, meaning its maneuverability is indeed greatly improved.

Full driving process, at D-Log, without post processing

Once again Inspire 2 shows its great maneuverability by keeping horizontal speed at 90.5km/h and descending speed at 8.9m/s. Except a temporary jello effect appeared, might be caused by the liquid in damping balls was frozen in such a low temperature, weakening the damping effect.

Last we found a small bug, which is, Inspire 2 took 7 seconds to lift its landing gears, longer than 4 seconds in room temperature. The reason is the lubricating oil used to lubricate screws frozen due to low temperature, and increased friction.

Original images without any post-processing

Comment：
1. The fact that one can push control sticks however he wants in -20℃ not only shows Inspire 2’s maneuverability, but more surprisingly, its resilience against low temperature.
2. There is no doubt a great improvement on Inspire 2’s acceleration and max flight speed, with higher stability and safety. “It feels great,” quoted one of our pilots.
3. Some small bugs did exist, but they didn’t affect the requirement of professional aerial photography in low temperature. Now professionals can use it to shoot faster and more visually impacted footages.

Spotlight Pro

How precise can Inspire 2 be in Terms of Image Recognition and Composition?

After going through the challenge of maneuverability in low temperature, let’s find out how its image processing system performs in the same situation.
The new Spotlight Pro in Inspire 2 mainly relies on VI technology and algorism, let’s see how they works in snowy weather.

First we tracked a static object.

Inspire 2 moves stably from the front of the house to its side. Though the house looks tiny on screen, Inspire 2 always recognizes it and keeps it at the same place.

Next we tracked a target that was difficult to recognize.

Despite the target horse barely moves, its color is highly similar to the background, plus there are so many horses just like the one itself, it’s difficult for Inspire 2 to recognize.

Let’s see if Inspire 2 will make a mistake.

Original images

Original images

You can see when Inspire 2 comes close to the target slowly, it becomes bigger, and the shape also changes largely. And a telegraph pole appears in the video, failed to interfere Inspire 2’s constant focus on the same horse, though the position of the horse in the screen changes slightly.

Now let’s track a fast moving object.

When shooting a fast moving object, it’s recommended to use one of the two modes: Composition Mode. It’s particularly useful when you don’t have the time to frame your target. In Composition Mode, select the subject and the tracking position. When the subject enters the preset tracking position, press C2 button on the controller to begin tracking.

A car is approaching at about 50km/h.

Inspire 2 managed to keep on tracking, despite the high speed and small size of the car.

Inspire 2 accelerated from 60km/h to 70km/h. Even though it kept changing directions, the target was still at the center of the screen.

During the tracking process, Inspire 2 came across some obstacles, including telegraph poles, but it still kept on tracking.

The car changed its direction, and its movement was not predictable. But Inspire 2’s VI function still worked well to lock on the target

Comment：
1. The recognition precision of Spotlight Pro is very high, capable of tracking static as well as fast moving objects, even on a background that is almost the same with the target.
2. Successfully keeps locking on target with obstacles in its way.
3. Stability of composition still needs to be improved. Target has small displacement on screen, so gimbal control is still necessary in professional shooting.

Verdict

Good points:
Unprecedented low temperature performance

Faster acceleration and flight speed, higher stability and reliability
Strong maneuverability in low temperature
High precision in recognizing objects in Spotlight mode
High photosensitive property, with enough ISO to take night shots.

Weak points:
Longer time to lift and extend the landing gears in low temperature
Performance of hydraumatic damping balls are weakened in low temperature
Composition in Spotlight mode needs to be more stable

All in all, Inspire 2 is undoubtedly a monster for professional aerial photography in low temperature.

The post 3 Extreme Tests to Inspire 2 under -20℃ appeared first on Drone Inner.

DJI GO vs DJI GO 4:Which one do you use with the Mavic Pro

There are now two separate DJI apps. Which one do you use with the Mavic Pro and why? What the main differences between DJI GO vs DJI GO 4 seem to be? Confusing them right? Below are some frequently asked questions about the two apps.

Why are DJI GO and DJI GO 4.0 separate apps? Why can’t there just be one unified DJI GO app?

DJI GO 4 is specifically designed to be compatible with our newer products. By separating DJI GO 4 from DJI GO, older products won’t be adversely affected by future updates to DJI GO 4, and updates to DJI GO will focus on optimizing and improving the app’s compatibility with older products.

What products are compatible with DJI GO and DJI GO 4, respectively?

Do I need to have DJI GO and DJI GO 4 installed at the same time if I have a Phantom 3 and Phantom 4 Pro?

To use both products, you need to have DJI GO and DJI GO 4 installed on your mobile device at the same time. Please make sure to use DJI GO 4 to activate your Phantom 4 Pro or Inspire 2, rather than DJI GO.

Why does my aircraft not react after I connect to my mobile device (Android) with DJI GO and DJI GO 4 running at the same time?

Due to Android operating system limitations, the aircraft will attempt to connect to the app you opened first by default. In this case, you can clear defaults and then connect the aircraft to the app again.

What are the differences between DJI GO 4 and DJI GO?

The major difference lies in the products supported by each app. Other than some minor user interface variations, DJI GO 4 is quite similar to DJI GO.

Will DJI GO 4 replace DJI GO? Will DJI GO be updated in the future?

DJI GO 4 will not replace DJI GO. Updates will be made to both DJI GO and DJI GO 4. For example, the new Editor from DJI GO 4 will also be added to DJI GO.

Next, let’s take a look at some of the new Editor’s features.

Elaborately Create Your Own Travel Diary

Every time you complete shooting, Editor will create a movie for you to record your life and share with your friends.

Free Music in Various Styles

Up to 53 background songs are available! You can also adjust the duration of the music to make it suitable for your creation.

Simple and Convenient Timeline

An intuitive timeline allows you to view, edit and share your footage in just a few seconds! Each clip’s settings can be tweaked to perfection. What’s more, you can also use videos stored in your mobile device!

Sharing with a Single Tap

After editing your footage, share it to Facebook, Twitter, or Instagram with just a single tap. Or share it on DJI Skypixel, which connects aerial photographers and filmmakers from around the world.

Capture and Save Instantly

The photos and videos you captured will be automatically cached to the Album, keeping them readily accessible for you to review and edit at any time.

Save at Any Time

You can save your editing progress whenever you want, then continue editing and publish your video later.

The new editor is currently available for DJI GO 4 and will be available for DJI GO soon. Thanks for reading! If you have any editing tips of your own or feedback about the new app, feel free to share in the thread or comments.

( Source )

 

 

 

 

 

 

 

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The Most Complete Instructions on DJI Products and Accessories

DJI has a wide range of products and accessories. The following tables clearly show DJI’s products and compatible accessories. DJI’s product line covers aerial drones and handheld imaging solutions including the Inspire Series (Inspire 1 and Inspire 2), the Phantom Series (Phantom 3, Phantom 4, Phantom 4 Pro), the Mavic Pro, the Matrice M600, the Ronin Series (Ronin, Ronin M and Ronin MX) and the Osmo Series (Osmo, Osmo+, Osmo Pro, Osmo Raw and Osmo Mobile), etc.

1. High-end All-in-one Drones— Inspire 1, Inspire 2

2. Consumer Drones— Phantom 3, Phantom 4, Phantom 4 Pro

3. Small and Foldable All-in-one Drone—Mavic Pro

4. Professional Aerial Flight Platforms— Matrice M600 Pro

5. Professional Handheld Gimbal Stabilization Systems—Ronin, Ronin M, Ronin MX

6. Consumer Handheld Gimbal Cameras and Stabilization Systems— Osmo, Osmo+, Osmo Pro, Osmo Raw, Osmo Mobile

Through the tables above, I’m sure that you have got a better understanding of DJI’s aerial drones (the Inspire Series, Phantom Series, Mavic and Matrice) and handheld imaging solutions (Ronin Series and Osmo Series). The information may vary, and it is for your reference only.

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