• Full-frame 8K/75fps ProRes RAW
• Full-frame 8K/25fps CinemaDNG
• Dual Native ISO
• 80° Tilt Boost or 360° Pan Dual Configurations
• High Dynamic Range of 14+ Stops
• 1/1.8-inch Ultra-Wide Night-Vision FPV Camera
• Centimeter-Level RTK Positioning and Waypoint Pro
• O3 Pro Video Transmission with Dual-Control
• DL-Mount Lens Selection

Sleek, Integrated Design

Inspire 3 is a professional camera drone that adopts a fluid new design that takes aerodynamics fully into consideration to reduce air resistance.

The max dive speed has increased from the 9 m/s of Inspire 2 to 10 m/s, while vertical ascend/descend speed has increased from 6 m/s and 4 m/s to 8 m/s.

Powerful maneuverability delivers responsive, accurate control and an extended flight time of up to 28 minutes.

The FPV camera, visual sensors, positioning antennas, and storage card slot all adopt designs that are seamlessly integrated into the airframe for a minimalist look and modern industrial aesthetics.

Spacial Intelligence Beyond Boundaries

High-Mobility Precision Flight System

Centimeter-Level
RTK Positioning

Inspire 3 integrates high-precision RTK positioning technology used in industries such as architecture and surveying to deliver centimeter-level accuracy.  Compared with traditional meter-level positioning supported by Global Navigation Satellite Systems (GNSS), RTK not only makes flying more stable, but also makes flight-route planning more accurate, significantly improving creative efficiency.

RTK antennas have been built into the airframe with a new stacked ceramic design, which enables three types of GNSS (GPS, BeiDou, and Galileo) and delivers dual-frequency positioning down to the centimeter level. By activating an RTK network or setting up a D-RTK 2 Mobile Station, users can achieve highly accurate positioning without mounting any additional modules.

Dual-Antenna Orientation

Both the front and the rear of Inspire 3 have a built-in stacked ceramic antenna, providing powerful anti-magnetic-interference capability to further improve flight accuracy and safety.

Waypoint Pro

Specially designed for aerial cinematography, Waypoint Pro enables flight-route and shot planning with a wide range of customized settings. With the new Repeatable Routes and 3D Dolly modes, an innovative automated shooting experience can be easily achieved. In addition, RTK centimeter-level positioning ensures more accurate flight-route planning and execution. Whether solo shooting or in a professional crew, use Waypoint Pro to master even highly-complex scenes.

Repeatable Routes

Using Repeatable Routes, the aircraft will automatically fly on the same route and maintain all preset parameters such as altitude, speed, gimbal angle, and camera settings. Repeating the same flight mission allows cinematographers to effortlessly perform difficult one-takes, or to fly at different times in the same place to easily create long-duration timelapses that capture transitions such as day to night or season to season.

3D Dolly

3D Dolly can simulate a crane, cablecam, or dolly on film sets while going far beyond the limitations of those devices.

After planning a flight route, the cinematographer can manually control the aircraft to move along the route back and forth while adjusting parameters such as speed, gimbal angle, and more according to the needs of the shot. This makes complicated cinema-grade camera movements easier and more efficient and can deliver improved visual effects.

Spotlight Pro

Upgraded from Inspire 2, Spotlight Pro further enables solo creators with more shot possibilities. Based on powerful machine-learning algorithms, Inspire 3 supports automated subject recognition and locking for people, vehicles, and boats with greater accuracy than its predecessor.

When using Spotlight Pro's Follow mode, the aircraft and gimbal camera orient toward the same direction and remain locked on the subject so that the pilot can get circling shots without manual framing adjustments.
Omnidirectional Sensing System
Inspire 3 is equipped with nine sensors, which enable a robust omnidirectional sensing system that can detect obstacles in all directions and provide comprehensive protection for flying.

For the first time, a fisheye camera has been added to each of the four landing arms. This design helps to avoid obstruction from the airframe when the landing gear is raised and allows for horizontal obstacle sensing when the landing gear is lowered.