Follow behind or in front of your subject, or circle it as it moves.
Fly alongside your subject.
Keep the camera trained on your subject while you fly almost anywhere.
Folded: H83mm x W83mm x L198mm. 743g
FlightAutonomy gives the Mavic the intelligence to avoid obstacles and hover precisely. It includes 5 cameras, GPS & GLONASS, 2 ultrasonic range finders, redundant sensors, and 24 powerful computing cores.
Stabilized camera with 3-axis gimbal stabilization. 4K/30fps. 12megapixels. Max 8 second exposure. Adobe DNG RAW.
Up to 27 minutes of flight. 40mph (65kph) in Sport Mode
Transmission range of up to 4.3 mi (7km*). 1080P/720P Live feed.
*Unobstructed, free of interference, when FCC compliant.
Two 1920 X 1080 screens. Up to 1080p image transmission. OcuSync wireless low latency connection.
The DJI Mavic Pro is a small yet powerful drone that turns the sky into your creative canvas easily and without worry, helping you make every moment an aerial moment. Its compact size hides a high degree of complexity that makes it one of DJI’s most sophisticated flying cameras ever. 24 high-performance computing cores, an all-new transmission system with a 4.3mi (7km) *range, 5 vision sensors, and a 4K camera stabilized by a 3-axis mechanical gimbal, are at your command with just a push of your thumb or a tap of your finger. *Unobstructed, free of interference, when FCC compliant.
Inside the Mavic’s pocket-sized remote controller is DJI’s brand new OcuSync transmission technology, with a range of 4.3mi (7km)*, HD 720p long range and Full HD 1080p short range video streaming.*Unobstructed, free of interference, when FCC compliant.OcuSync goes even further than optimizing the communication mechanism and parameters of aerial imaging. There are several video transmission systems on the market claiming to offer video transmission with zero latency. However, it should be noted that the physical layer of those transmission systems is too simple to adapt to changes in the environment. When affected by signal interference, the image quality of the video being transmitted will fall sharply. This means these systems are not suitable for far field transmissions and transmissions in interference-heavy environments. Also, because these video transmission systems are not integrated into the whole system, latency will immediately start to rise up from 0 when working with devices including cameras and displays. OcuSync is able to strike a perfect balance between latency and receptivity, reducing latency to 5ms for remote controller transmission commands, 10ms for video data and 130ms for videos. More than low enough to ensure that Mavic is able to fly reliably despite interference. OcuSync’s integration with video processing, coding, and signal transmission systems also make it more cost effective. Before taking off, OcuSync will automatically scan the environment and choose the frequency band with the lowest interference, ensuring more stable video transmission. During a flight, it sends key flight parameters back for viewing in the DJI GO 4 app and supports a maximum download speed of 40Mb/s for photos and videos. There are many Wi-Fi based transmission systems available on market. However, the experience of using OcuSync is completely different. As Wi-Fi was primarily designed to connect electronic devices locally, it works best when connecting to nearby devices. As it was designed for short range, Wi-Fi systems use low cost transmitters that suffer from weak data links. This means that a Wi-Fi cannot detect weak signals or signals with interference. OcuSync however, uses many cutting-edge communication industry technologies to outperform Wi-Fi in terms of sensitivity, anti-interference, and anti-fading, as well as when flying at high speed. It also supports simultaneous connection to multiple devices. In use, this is the difference between smooth or interrupted transmission, short or long flight range, and short or long recovery times after interference or GPS signal loss. Additionally, since Wi-Fi uses a traditional protocol stack, it takes longer - from several seconds to tens of seconds – to get connected and to re-connect after signal loss But OcuSync uses Cross-Layer Protocol Design, it can establish or re-establish links within one second. As well as point-to-point video transmission, OcuSync also supports wireless connections to multiple devices. For example, you can connect the DJI Goggles, remote controller, and Mavic wirelessly to OcuSync all at the same time. You can also add an additional remote so that you can control the Mavic with two remotes or share First Person View (FPV) videos. * Unobstructed, free of interference, when FCC compliant." data-src="//www1.djicdn.com/assets/images/products/mavic/s3-cover/powerful-1-large-d400f9e95d449d6ca625a89e216f6dee.jpg" class="link-more">Learn more
An unprotected drone could hit obstacles during long distance flight or when descending from an inadequate height in Return to Home mode. The Mavic uses FlightAutonomy technology to sense obstacles up to 49ft (15m) away and allows the Mavic to bypass them or brake to hover, reducing accidents.Detecting obstacles requires getting information about the obstacle to the Mavic. Ultrasonic and ToF sensors measure distance by detecting the first reflected wave. In other words, they can only measure the distance from a single point, instead of getting a 3D depth image of a particular obstacle. Another method of creating a depth image is structured light projection. For this, a structured light sensor projects infrared in a specific shape onto the obstacle in front of it. The infrared then reflects back and the sensor then calculates the strength of the reflected signal so that it can create a 3D depth image of the obstacle. However, due to the limited strength of infrared and interference from visible light, the maximum sensing distance for a structured light sensor is only 3 to 5 meters. It is also ineffective in bright light significantly reducing its reliability and effectiveness on a sunny day. FlightAutonomy is made up of 7 components including 5 cameras (forward and downward dual vision sensors and the main camera), dual-band satellite positioning (GPS and GLONASS), 2 ultrasonic rangefinders, redundant sensors, and a group of 24 powerful, specialized computing cores. Cameras on the left and right side in the front of the Mavic are fixed in place using an aluminum bracket to ensure the optimum alignment of the vision sensor lenses. As the Mavic flies, dual forward and downward vision sensors measure the distance between itself and obstacles by taking photos from all four cameras and using the information to create a 3D map that tells it exactly where obstacles are. The dual forward and downward vision sensors require visible light to function, and in bright light can see as far as 49ft (15m) out in front. This obstacle avoidance system is activated in every Intelligent Flight Mode including all ActiveTrack modes, TapFly and Terrain Follow. It is also available during automatic Return to Home, so that the Mavic can easily make its way back without bumping into anything in its path. " data-iframe="https://www.djivideos.com/watch/1d8de9f2-4bab-4fcb-b09f-85170977cfaa?autoplay=0&&loop=0&disctrl=false&poster=https://asset1.djicdn.com/images/products/mavic/mavic-video-cover/cgianimation.jpg" data-src="//www2.djicdn.com/assets/images/products/mavic/s3-cover/powerful-2-large-1a55a44bfb270e97e2dc978cd8320ca3.jpg" class="link-more">Learn more
Satellite positioning can only help a drone hover in an unobstructed outdoor area free of interference. Without satellites, the drone will not be able to position and become susceptible to drifting. However, with forward and downward vision sensors, the Mavic can hover precisely indoors or in places without GPS.If the drone wants to position itself using satellites, the flight controller needs the current location and flight speed of the aircraft. However, if the drone needs to position accurately without GPS, flight status and location will need to be collected another way. Vision positioning equipped drones generally use what is known as an Optical Flow visual positioning system, consisting of dual ultrasonic sensors and a single camera. The ultrasonic sensors provide altitude information by measuring the distance between the aircraft and the landing point, while the single camera is used to calculate positioning information by capturing images below the aircraft. As ultrasonic sensors are the only measure of height, the higher the aircraft flies the less precise the data from reflected sound waves become. Accurate height positioning is therefore limited to less than 3 meters. The single camera is unable to improve height positioning accuracy and limits areas that the drone can hover stably to those that have a clear and definable texture. The Mavic overcomes these problems through the use of dual forward vision sensors. This setup allows the Mavic to see obstacles in 3-dimensions up to 15 meters in front, increasing positioning accuracy to 2-3 times that of an Optical Flow system. It also allows the speed of the aircraft to be calculated, enabling precise hovering at up to 10 meters without satellite positioning. Dual forward vision sensors allow it to calculate its current location and speed of flight by observing the scene in front, further increasing positioning accuracy. Thanks to this precise hovering technology, the Mavic is able to automatically land almost exactly where you took off. Every time you take off, the two downward facing vision sensors record a burst of video of the ground below and pair it with satellite coordinates. When you tell the Mavic to fly home, it will return to that coordinate, match the video, and land back at your feet. *Line of sight flight is required in some countries." data-iframe="https://www.djivideos.com/watch/a4191d28-7740-4fd6-86d8-987e35122f1d?autoplay=0&&loop=0&disctrl=false&poster=https://asset1.djicdn.com/images/products/mavic/mavic-video-cover/inside.jpg" data-more-video="https://www.djivideos.com/watch/a4191d28-7740-4fd6-86d8-987e35122f1d?autoplay=0&&loop=0&disctrl=false&poster=https://asset1.djicdn.com/images/products/mavic/mavic-video-cover/inside.jpg" data-src="//www3.djicdn.com/assets/images/products/mavic/s3-cover/powerful-3-large-1a55a44bfb270e97e2dc978cd8320ca3.jpg" class="link-more">Learn more
The Mavic is only 1/6th the size of the Phantom 4 but this reduction in size doesn't mean a reduction in flight time. The Mavic actually flies much longer than you would expect from its compact size. It is capable of reaching an absolute maximum flight time of 27 minutes and a maximum distance of 8mi (13km) due to its powerful, high-efficiency motors.*Battery duration is recorded in an ideal flight situation, subject to real flying environments and conditions." data-src="//www4.djicdn.com/assets/images/products/mavic/s3-cover/powerful-4-large-4b4cd38ff45ed882001b91575c07ca0c.jpg" class="link-more">Learn more
Mavic supports 4K video at 30fps. No Electronic Image Stabilization is used, ensuring all footage is 4K. We have created a miniaturized, ultra-precise 3-axis gimbal for the Mavic, capable of stabilizing the camera even during high-speed motion for smooth video and sharp photos.To provide true 4K aerial video and a smooth live feed, the Mavic Pro is equipped with the smallest high-precision 3-axis gimbal that DJI has ever made. With brushless motors on all three axes, the gimbal can control the camera with precision, adjusting it to eliminate shake caused by movement from the Mavic. This 4K camera uses core technologies found in all DJI cameras. It is equipped with a 1/2.3 inch CMOS image sensor, commonly found in professional sports cameras, and an aerial imaging optimized integrated lens with an equivalent focal length of 28mm. It shoots smooth 4K video at 30fps, 1080P video at 96fps and 12-megapixel photos." data-src="//www5.djicdn.com/assets/images/products/mavic/s3-cover/powerful-5-large-a67432b49132970bbe15648e15a0517d.jpg" class="link-more">Learn more
Everyone loves a good photo. Whether you just want to take a snap or are building up your portfolio, the Mavic’s 12-megapixel camera with Adobe DNG RAW support is ready to shoot.Learn more
You don’t need a film crew when you fly the Mavic because all you need is ActiveTrack. Just tell it who to track and it handles the rest, making you shoot like a pro.Learn more
With the Mavic in the air pointing at you, a gesture is all it takes to snap a photo. Get selfies like you’ve never seen before with Mavic’s Gesture Mode.Learn more
If you are lining up a photo, or even flying indoors, you don’t want to be flying too fast. Flip on Tripod Mode and every move the Mavic makes becomes slow and precise.Learn more
Maybe all you want to do is grab a quick dronie, set up tracking to shoot a friend, or even just head skywards for a quick flight. All you need is your phone.Learn more
Beginner pilots often have trouble flying in a straight line because they aren’t familiar with joysticks, which then makes shooting smooth video tricky. TapFly means you can just tap where you want to go and the Mavic will fly smoothly in that direction, so you can focus on controlling the gimbal and capturing photos and video. Flying really can be that easy.Learn more
The Mavic acts on your every instruction almost instantly. Whether you want to shoot a slow, graceful flowing shot, or get your blood pumping at 40mph (65kph) speeds in Sport Mode.Sport Mode was designed for fun, giving the Mavic a top speed of 40mph (65kph), all the while ramping up agility and responsiveness, to give you a taste of drone racing. You can also use it to film something fast, or zip out to catch a shot before the moment passes. Even in Sport Mode, the Mavic will stop almost instantly if you let go of the controls, so no matter how fast you go, you can stop at any time." data-iframe="https://www.djivideos.com/watch/54d90a0a-b7c0-4515-bf16-d788846463cb?autoplay=0&&loop=0&disctrl=false&poster=https://asset1.djicdn.com/images/products/mavic/mavic-video-cover/sportmode.jpg" data-more-video="https://www.djivideos.com/watch/54d90a0a-b7c0-4515-bf16-d788846463cb?autoplay=0&&loop=0&disctrl=false&poster=https://asset1.djicdn.com/images/products/mavic/mavic-video-cover/sportmode.jpg" data-src="//www3.djicdn.com/assets/images/products/mavic/s3-cover/fun-3-large-71ea3f89a4c3bc3b4feaf6c9181e5110.jpg" class="link-more">Learn more
See the world through the eyes of a bird when you wear the super high-quality wireless DJI Goggles.Learn more
You have shot the most incredible scene imaginable. Now you can edit it with just a few taps in the DJI GO 4 Editor, and share it instantly for all the world to see.Learn more
Both Master and Slave remote controllers can control the aircraft and gimbal, but the master remote controller has priority. A more experienced pilot can use the Master remote controller to override a less experienced pilot for better safety. Dual Remote Controller Mode makes it fun and easy to fly the Mavic and film aerial footage collaboratively.
On a drone, the most likely source of a problem is a sensor not working exactly as it should. This is why the Mavic has two of each key sensor. If one goes wrong, the other kicks in to take its place.Stability is key to safe flight:
Stay at the same level height above the ground automatically. Don’t worry about flying too low, the Mavic will keep you at just the right height over uneven terrain.Learn more
The Mavic’s Intelligent Flight Batteries give it a flight time of up to 27 minutes, allowing you to check battery level and status in real-time during a flight through the DJI GO 4 app. It also calculates remaining flight time, helping pilots fly more safely.DJI first began using Intelligent Flight Batteries in the Phantom 2. BMS was applied to LiPo batteries to accurately calculate battery level, working status and also to send battery status information to the Flight Controller. The DJI Intelligent Flight Battery in the Mavic adopts the latest technologies to ensure that the flight control system is able to obtain accurate battery level. This allows it to calculate remaining flight times more accurately. It also gives pilots a full understanding of the overall battery status, including real-time battery cell status, circle number, temperature and more, and all in the DJI GO 4 app. As well as monitoring the battery status during flight, the BMS also has overcharge and over discharge protection, reducing the likelihood of battery damage. When not in use for extended periods of time, DJI Intelligent Flight Battery automatically discharges to 50% charge, keeping it at an optimum charge level for extended battery life. When flying in cold temperatures, the BMS will activate low-temperature protection and will control power output according to the temperature. This ensures the battery can provide adequate propulsion without damage from the cold." data-src="//www1.djicdn.com/assets/images/products/mavic/s3-cover/worryfree-3-large-803742ac89ff6539c0e5ce56098dc6e6.jpg" class="link-more">Learn more
Through the DJI GO 4 app you see everything the camera sees, as well as everything you need to know about your Mavic, from battery life to where it is, to where it is heading and much more.Learn more