DJI Inspire 1 RAW Quadcopter with Zenmuse X5R 4K Camera and 3-Axis Gimbal

PRODUCT HIGHLIGHTS

·         4K MFT Camera with 3-Axis Gimbal

·         15mm f/1.7 Lens Included

·         Up to 1.2 Mile Radio Range

·         GPS-Based Stabilization System

·         Optical Flow Sensor for Indoor Flying

·         DJI Lightbridge System Integrated

·         Live 720p HD Monitoring with Lightbridge

·         Retractable Carbon Fiber Arms

·         Unobstructed 360° Shooting

·         Second Transmitter for Gimbal Control

A Micro Four Thirds CMOS sensor with 4K image capture and RAW recording is introduced to DJI'squadcopter line with the Inspire 1 RAW featuring the Zenmuse X5R camera and gimbal system along with a 15mm f/1.7 lens. Forgoing the fixed landing gear design found on many earlier quadcopters, the Inspire 1 features a retractable arm system whereby the underside of each prop motor has a foot to act as a landing pod when the arms are lowered. In-flight, the arms lift up to provide the camera an unobstructed 360-degree view. A 3-axis gimbal keeps shots steady and the camera pointed the same direction as the quadcopter banks and turns. The camera records internally to microSDHC/SDXC memory cards or SSD drives and can also beam a live 720p feed to a mobile device running the DJI GO app or a monitor or FPV glasses with an HDMI input. Two transmitters (radio controllers) are included so that one operator can pilot and another can pan and tilt the camera.

As with many other multi-rotor systems, the Inspire 1 relies on a GPS-based stabilization system that - thanks to spatial awareness - is able to hold a position even when experiencing wind interference, can compensate for overzealous pilot inputs to help avoid stalling, automatically brings the aircraft home in the event of signal loss or at the press of a button, and makes possible a number of semi-automated flight modes that can be enabled through the app. There is also an "indoor" mode which relies on Vision Position technology - combining optical flow with ultrasonics - to provide stability indoors or in other contexts where GPS is unavailable (Note: certain features will be unavailable in indoor mode).

What Ready-to-Fly Means

This Inspire 1 bundle comes ready-to-fly (RTF). This means a pre-bound transmitter (radio controller) is included and that no major assembly is required – in particular, no assembly that requires soldering. It is important – as with any multi-rotor – to follow the user guide to ensure proper calibration before embarking on your first flight

Integrated 4K Camera with MFT Mount and 15mm Lens

Micro Four Thirds Sensor with MFT Mount

Sporting a Micro Four Thirds CMOS sensor, the Inspire 1 RAW introduces mirrorless camera performance to the Inspire series. The featuring a standard MFT mount, the Zenmuse X5R camera includes the Panasonic Lumix 15mm f/1.7 lens, and also works with the separately available Olympus M. ED 12mm f/2.0 lens

4K and HD Video Capture

The Zenmuse X5R is able to capture video at up to DCI 4K 4096 x 2160 at 23.98p or UHD 4K at 29.97p

RAW Video Recording

In addition to H.264, the X5R features Cinema DNG RAW recording, which minimizes compression while maximizing latitude for image manipulation in post

16MP Stills Capability

Not just for video, the Zenmuse X5R can snap still from the air at up to 16MP resolution. In addition to single-shot, the camera support busts of 3, 5, or 7 frames and can take time-lapse at stepped intervals of between three and 60 seconds. Photos are captured in either JPEG or DNG RAW. With the X5R, in addition to full-auto, Program, Shutter Priority, Aperture Priority, and Manual exposure modes are provided

3-Axis Gimbal

The Zenmuse X5R camera is mounted via an integrated 3-axis gimbal which uses brushless servo motors to keep the shot stable and the horizon level. The camera pans a full 360-degrees so that no matter which way the quadcopter turns, the camera can remain locked on the subject. Manual panning and tilting can be affected using controls on the transmitter

Live HD View

A real-time feed from the Zenmuse X5R camera can be displayed in 720p HD on a mobile device or HDMI monitor, making this it a great choice for FPV (first-person view) flying as well as enabling videographers and photographers to monitor framing from the ground. This is made possible by the inclusion of the DJI Lightbridge system within the flight electronics, which features a range of up to 1.2 miles

For connecting an FPV monitor or glasses there is an HDMI port on the transmitter. Plus there is a USB port to keep you mobile device's battery topped up. And included mount allows you to attach a smartphone or tablet directly to the transmitter

Modular Gimbal and Camera

The Zenmuse X5R gimbal and camera assembly can be removed from the Inspire 1 for safe transport and future upgrades

Airframe Design

Retractable Carbon Fiber Arms

The prop arms rest in a lowered position when the Inspire is on the ground, acting as landing gear. Once in the air, they can be retracted to give the camera unobstructed views across 360-degrees. Carbon fiber is used in the construction because of its high strength to weight ratio

Aerodynamic Design

Not only does it give the Inspire 1 a sleek look, the aerodynamic airframe helps reduce resistance for better performance and increased battery life

Flight Control System

Fly Indoors and Without GPS

DJI's Optical Flow technology uses a specially designed camera as well as sonic waves to provide the same stability function indoors as GPS does outdoors. This technology allows the Inspire to hold its location, stop when the controls are released, and quickly respond to pilot commands even when GPS is unavailable

App-Based Control Software

Everything from manual camera controls to flight telemetry – even auto takeoff and landing – can be accessed via the Inspire 1 Mobile app. It is also possible to create autopilot courses using waypoints, just as you would on the DJI iPad Ground Station System

Note: The tablet must be connected to the transmitter via USB, and to use the waypoint map an Internet connection is required

Manual Mode

Change all of your camera settings, including ISO, White Balance, Exposure, and more on the fly ensuring every shot looks exactly the way you want

Live Map and Radar

See precisely where your Inspire 1 is at all times on the live map. The map can be enlarged when needed, and shows your most recent flight path

Dynamic Home Point

When GPS signal is available on the transmitter (remote control), the Home Point automatically refreshes. This becomes useful while traveling in a car or on a boat allowing the return-to-home point to move where the operator goes. Multiple configurations are available via the Dynamic Home Point function

Auto-Takeoff and Landing

Takeoff and landing are available with just a tap. Tap once to takeoff and your Inspire 1 will hover and transform, ready to start filming. Then tap again to make it transform into landing mode and auto land

Transmitter Customization

Put yourself in charge by tailoring the Inspire 1's controls to your personal needs. This way, your Inspire 1 moves and responds in ways you're most comfortable with

Transmitter (Radio Controller)

Take control of your Inspire 1 in the air with a dedicated transmitter (radio controller) designed specifically for it. Operating on 2.4 GHz, it features dedicated buttons for photo and video capture, a gimbal control dial, and more. It includes an integrated 6000mAh rechargeable battery

Use Two Transmitters

For an even greater level of precision, use a second transmitter and fly with a friend. With two people controlling the same quadcopter, one person pilots the flight path while the other aims the gimbal and camera. Each user can have their own screen to see exactly what is being shot in real-time

Smart Battery System

Smart Power Management

The flight battery constantly supplies the flight computer with remaining voltage. Using special algorithms the computer supplies the pilot with estimates of remaining flying distance and time to return home

Automated Charging

The battery tracks the voltage of each cell, the total number of charges and discharges, and the overall health and battery status