DJI Mavic Pro Combo Set !!!!!!! Free Memory Card Sadisk Extreme 32 GB
DJI Mavic Pro Combo Set !!!!!!! Free Memory Card Sadisk Extreme 32 GB
DJI Mavic Pro Combo Set !!!!!!! Free Memory Card Sadisk Extreme 32 GB price and review ~ Congratulation!!! You have got the best Price for DJI Mavic Pro Combo Set !!!!!!! Free Memory Card Sadisk Extreme 32 GB. Don't wasting time, take it to your cart in , to getting The best price. check the price in this website.
DJI Mavic Pro Combo Set !!!!!!! Free Memory Card Sadisk Extreme 32 GB
DJI Mavic Pro Combo Set !!!!!!! Free Memory Card Sadisk Extreme 32 GB? See more details ....
DJI Mavic Pro Combo Set !!!!!!! Free Memory Card Sadisk Extreme 32 GB important features
DJI Mavic Pro Combo Set !!!!!!! Free Memory Card Sadisk Extreme 32 GB Customer Review
Customer reviews is real reviews from customer who has bought this product. Read the real reviews, click the following button:
Buy DJI Mavic Pro Combo Set !!!!!!! Free Memory Card Sadisk Extreme 32 GB
We suggest you to buy it now, because the price is limited time offer:
Product Tags: cheap DJI Mavic Pro Combo Set !!!!!!! Free Memory Card Sadisk Extreme 32 GB, DJI Mavic Pro Combo Set !!!!!!! Free Memory Card Sadisk Extreme 32 GB review, DJI Mavic Pro Combo Set !!!!!!! Free Memory Card Sadisk Extreme 32 GB
Product Details
Product details of DJI Mavic Pro Combo Set !!!!!!! Free Memory Card Sadisk Extreme 32 GB 4K ULTRA HD VIDEO Electronic Image Stabilization (EIS) is a shake reduction technology based on image cropping. It is particularly popular among compact and small drones since they can be made more simply by replacing a 3-axis gimbal stabilized camera with a fixed camera and EIS. EIS works by cropping edges from a 4K image, and can theoretically create a smooth full HD 1080p video from an original 4K video. However, EIS is unable to completely eliminate shaking and introduces ripples in both photos and videos. In drones, EIS has three main problems: 1. EIS systems cannot shoot 4K or high frame rate video because cropping is necessary to reduce shake, and the amount of cropping will vary depending on the amount of movement. As 4K is currently the highest definition available for most cameras, 4K (or even 2.7K video) cannot be shot while using EIS. Additionally, as it takes time to process the cropping, recording video at high framerates is not possible, resulting in only 1080p video at 30fps. 2. Shooting perspectives cannot be controlled precisely. Without a gimbal, drones are forced to use a fisheye lens to allow shooting angle changes, but changing the angle only uses part of the camera view, negatively affecting the shooting experience. 3. Black edges may be introduced in the video in flight during a severe maneuver. This occurs because EIS technology clips beyond the edge of the video in an effort to keep the image stable.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. The Mavic from DJI packs features you once thought possible only on much larger platforms into a compact quadcopter that is snappy, agile, and captures high-resolution images. The drone features an advanced flight control system that draws on a host of sensors — including a ground-facing camera, ultrasound, GPS, dual redundant IMUs, and more — to keep track of where it is flying in 3D space and even avoid collisions. The Mavic works in tandem with DJI's GO mobile app for accessing settings, getting a telemetry readout, viewing a low-latency video feed, and even editing and sharing your footage. In addition traditional joystick style controls, you can fly with simple tap-based commands, and the Mavic can even recognize gestures for the perfect selfie. In addition to the stand accessories, the Fly More Combo features two additional flight batteries (three total), two additional propeller pairs five total), a Battery Charging Hub, and a Shoulder Bag to carry the Mavic around in. Long Range Flying OcuSync Transmission Technology OcuSync long-range-transmission technology is capable of relaying a signal up to 4.3 miles line-of-sight while supporting 720p HD video (1080p HD transmission in short-range mode). Every time you fly, OcuSync scans a range of available frequencies to find and use the one with the least interference to give you more reliability and control. Tightly integrated with the DJI GO app, OcuSync transfers vital statistics of the Mavic to you in real time, and can also be used to download photos and videos at up to 40 Mbps while flying Efficient Design Custom-designed, high-energy-density batteries; an optimized propulsion system; and advanced power management give the Mavic a much longer flight time than many compatible platforms in its size class. This results in flight times of up to 27 minutes under ideal conditions and up to 21 minutes for average flights Integrated Camera and Gimbal 3-Axis Gimbal Stabilizer Using three specially miniaturized brushless motors and advanced algorithms, the camera moves in the opposite direction to the Mavic, cancelling out unwanted movement for the smoothest possible video DCI & UHD 4K and Full HD Video The Mavic Pro camera shoots 4K video (up to 4096 x 2160) at 30 frames per second and Full HD 1080p at 96 frames per second, so you can create incredible slow motion. Its minimum focusing distance is just 19", making it perfect for everything from the ultimate aerial selfies to landscape shots ActiveTrack Subject Tracking Modes With ActiveTrack, just tell the Mavic who to track and it handles the rest. No GPS bracelets or transmitters are required. The Mavic has been trained to detect and recognize a number of common subjects including people, bike riders, vehicles, and even animals. Once you have marked your subject, you can fly around them to create a huge variety of shots, depending on the mode you are in. As the Mavic is tracking, you can even select exactly where you want the subject in the frame Three modes are available: Trace - Follow behind or in front of your subject, or circle it as it moves Profile - Fly alongside your subject Spotlight - Keep the camera trained on your subject while you fly almost anywhere 12MP Raw/JPEG Still Photos Every photo you take with the Mavic can be as big as 12 megapixels, with the ability to save in DNG raw or JPEG. You can even flip the camera 90-degrees for portrait oriented shots, just like you do with your phone Selfie Mode with Gestures Put away your controller and phone to get that perfect, natural selfie. All you need to do is put the Mavic in Gesture Mode and walk in front of it. The Mavic will automatically detect you. Raise your arms or wave to it to make it follow you, and when you're ready for your photo, make a box shape with your fingers. The lights under the Mavic's front arms will start to flash, and you will have three seconds to strike your pose before it takes a photo Tripod Mode Tripod Mode caps the Mavic's maximum speed at just 2.2 mph, while the control stick sensitivity of the remote controller is dulled to give you the precision you need for accurate framing. It is also great for flying indoors or other small spaces where the Mavic's normal speed may make it more challenging to fly Flight Control System FlightAutonomy FlightAutonomy is the Mavic's brain and nervous system: a complex network of hardware and software that includes five cameras, GPS/GLONASS, a pair of ultrasonic range finders, redundant sensors, and a group of 24 CPUs to process and fuse all of this information Navigation System The Mavic is able to position itself accurately in a range of environments, beyond what is possible using basic "optical flow" technology, which depends on a single downward-facing camera and assumes that the ground below is always flat. Mavic is able to sense its environment in 3-dimensions and react to it, ensuring it hovers steadily, whether it is high up on the side of a cliff where downward sensors have no target, or under a forest canopy where satellite positioning is blocked and the ground is covered in uneven markings and obstacles Precision Landing Precision Landing technology means 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 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 Collision Avoidance As the Mavic flies, it scans the world around it, creating a 3D map that tells it exactly where it can fly and what it needs to avoid. Because it uses vision processing, it can see up to 98' in front and can accurately measure distance up to 49' in front, making it significantly more accurate than sonar based avoidance technologies. When the Mavic detects an obstacle and sees a way around it, it will simply adjust its route to fly around it. If it can't see a way around, it will slow to a stop gently and hover until you tell it what to do next. This obstacle avoidance system is activated in every Intelligent Flight Mode, including all ActiveTrack modes, TapFly, and Terrain Follow. If you use Automatic Return to Home, it switches on too, so that as the Mavic makes its way back to you, it won't bump into anything in its path. Avoidance is effective when flying at speeds up to 22 mph Sport Mode Sport Mode was designed for fun, giving the Mavic a top speed of 40 mph, 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 immediately if you let go of the controls Dual-Sensor Redundancy In flight, the Mavic uses its compass to tell it where it is heading and the Inertial Measurement Unit (IMU) to tell it how it is flying. An interruption in the data flow from either of these may cause it to fly less reli
Reviewed by Unknown
on
April 17, 2017
Rating:


