DescriptionBeyond 4 seconds and can reach a top speed

DescriptionBeyond the imaginationThe Inspire 1 was a revelation. The Inspire 1 was the first drone in the world for filmmaking to offer both an HD transmission system, a 360 ° gondola and a 4K camera, all controllable easily from an application. Zenmuse X5 and X5R cameras have become a must-have for filmmakers and filmmakers around the world. The Inspire 2 combines the exceptional features of the previous model and enhances them.It goes from 0 to 80 km / h in just 4 seconds and can reach a top speed of 108 km / h. The maximum downward speed is 9 m / sec.

 Such speed and agility is unique for a device of this size. A dual battery system extends the flight time up to 27 minutes (with the X4S), and the self-heating technology allows it to fly even at very low temperatures. FlightAutonomy technology has been revised and developed specifically for the Inspire 2, with a two-way obstacle avoidance system and redundant sensors. Enhanced intelligence and intelligent flight modes (including Spotlight Pro) allow pilots to easily create complex and spectacular shots.

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An improved video transmission system now allows switching between a dual frequency and a two channel broadcast. The Inspire 2 can stream simultaneously with an integrated FPV camera and with the main camera (not included) to ensure better coordination between the pilot and the cameraman. Detect and avoidForward and downward optical systems help the Inspire 2 detect obstacles up to 30 meters away. The aircraft is thus better protected in flight up to a speed of 54 km / h with a controlled altitude angle of 25 °.

 Infrared sensors at the front scan obstacles up to 5 meters reach and provide extra protection when flying in tight spaces.The obstacle detection systems are active in normal flight, during the return to the starting point and with all intelligent flight modes. These sensors are the central elements of the DJI FlightAutonomy system that is the driving force behind the Inspire 2’s smart features. Spotlight ProSpotlight Pro is a powerful tracking mode that allows each pilot to make complex and spectacular shots.This mode uses advanced visual tracking algorithms to fix its target during the flight, regardless of the direction in which the Inspire 2 is flying.

The pilot is therefore able to achieve exceptional shots that would have previously only been possible with a camera operator. If the basket is close to reaching its limit of rotation, the Inspire 2 will rotate in the same direction without influencing the control of the flight or the shooting, in order to release the movements of the nacelle. Two capture modes are available: the Quick mode and the Composition mode. In Quick mode, select an object to begin following it. In Composition mode, select the subject and the tracking position. When the subject reaches the established tracking position, press the shortcut button to begin tracking.The basket can be adjusted during recording.

 Spotlight Pro is available in all intelligent flight modes, including ActiveTrack, TapFly, Waypoint and Point of Interest (POI). Intelligent Flight ModesA series of other intelligent flight and recording modes are added to the Spotlight Pro mode. Obstacle avoidance is optimized when used with Point of Interest and Waypoint modes to easily achieve complex and repetitive plans. QuickSpin, TapFly and ActiveTrack modes are also available to make it easy to capture particularly difficult shots.TapFly: The built-in 2-axis FPV camera separates the flight view from the main camera, giving the Inspire 2 a camera view dedicated to TapFly mode. Press the screen in FPV view to set a flight path and the Inspire 2 will automatically follow it giving the pilot sufficient time to focus on controlling the gondola.

 ActiveTrack: ActiveTrack mode allows the Inspire 2 to automatically recognize a series of objects. It goes from people to bicycles, cars and boats. Tracking profiles can be adjusted according to the subject for greater accuracy in tracking. Return to smart start functionForward and downward-oriented optical systems allow the Inspire 2 to create a real-time map of the flight path during flight. If the video transmission signal is lost while Smart Home Return is enabled, the Inspire 2 will continue to the starting point following the initial path. If he finds the signal, he comes back in a straight line. During the return trip, he uses the main camera to identify obstacles up to a distance of 200 meters in front of him to find a safe return path. In addition, it is able to reconnect quickly after a loss of connection.

 Outstanding flight performanceA new, optimized propulsion system allows the Inspire 2 to break through in power. The Inspire 2 flies at a top speed of 108 km / h, descends at a speed of 9 m / sec. And goes up to a speed of 6 m / sec. It accelerates from 0 to 80 km / h in just 4 seconds, with a maximum altitude of 40 °.

 Both joysticks are configured to be more responsive and make delicate maneuvers easier. This extra power also allows the Inspire 2 to fly in extreme conditions. It can fly between 2500 and 5000 m above sea level (with special propellers available as an option), and temperatures down to -20 ° C thanks to intelligent self-heating flight batteries. Even more reliableReliability has been enhanced through dual redundancy of key modules like IMU, compass and barometer.

 The intelligent flight controller monitors all redundant systems and provides pilots with accurate flight data. The new obstacle detection system helps the Inspire 2 detect and avoid obstacles to reduce the risk of collision. Double batteries guarantee absolute safety during the flight. If one battery fails, the other battery continues to power the Inspire 2 long enough to land safely. At the same time, the propulsion system of the Inspire 2 has PWM signal redundancies.

 If the PWM signal is lost, the transmission continues via the serial interface.The propulsion system has been tested for thousands of hours to ensure its reliability. When combined with key sensors and dual batteries, the overall reliability of the flight is significantly improved.