A complete technical foundation for utilizing aerial photography

The DJI Lito X1 is based on a modern technical architecture, while remaining accessible in its standard version. It integrates a set of components to cover the essential needs of aerial photography and videography.

Firstly, its foldable design and weight of less than 249g make it easy to transport and use in various situations. Secondly, it can be used both occasionally and more regularly, depending on the requirements.

In addition, the included DJI RC-N3 remote controller, compatible with smartphones, provides access to the DJI Fly interface and allows for precise drone piloting. This configuration simplifies operation while offering a clear video feed.

In this context, the Lito X1 provides a solid foundation for gradually discovering the features related to aerial capture.

A camera system designed for versatility

The heart of the DJI Lito X1 lies in its 1/1.3-inch, 48MP CMOS sensor, capable of capturing detailed images in various lighting conditions. Combined with an f/1.7 aperture and a 24mm equivalent focal length, it delivers balanced results in both bright sunlight and high-contrast environments.

In photography, the drone offers several capture modes to adapt the shooting to each situation. For example, it’s possible to capture images in 12 MP or 48 MP, depending on the desired level of detail. Similarly, burst mode allows you to capture fast-moving action, while exposure bracketing (AEB) facilitates the handling of high-contrast scenes. Interval shooting allows you to schedule captures at regular intervals.

Files can be saved in JPEG or DNG (RAW), thus offering greater flexibility for image processing.

Regarding video, the DJI Lito X1 supports 4K recording at up to 100 frames per second, as well as Full HD at up to 200 frames per second. Furthermore, the 4K/60 fps HDR mode allows for better handling of varying lighting conditions, while the 10-bit D-Log M profile offers greater latitude for color grading.

Furthermore, the drone also offers 2.7K vertical recording, perfectly suited for mobile devices. This feature simplifies the creation of content for social media.

Finally, stabilization relies on a 3-axis mechanical gimbal, ensuring smooth and stable footage, even during dynamic movements.

Automated functions to vary the shots

The Lito X1 incorporates several features that simplify shooting and allow you to explore different shooting styles. First, the ActiveTrack mode allows you to automatically follow a moving subject while maintaining a stable frame.

Next, the intelligent modes offer the ability to perform predefined camera movements, allowing for the rapid creation of structured sequences without complex intervention. Similarly, the MasterShots mode combines multiple trajectories and automatically generates a usable montage.

In addition, the drone supports Hyperlapse mode, which allows for the compression of time, as well as several types of panoramas, offering a wider view of the captured scenes.

Thus, these various features allow for a variety of visual results while maintaining ease of use.

Optimized flight and data management

The DJI Lito X1 incorporates an advanced multi-sensor detection system. Specifically, it combines an omnidirectional optical system, a front-facing LiDAR, and a downward-facing infrared sensor, enabling it to identify obstacles from various directions.

Meanwhile, video transmission relies on the DJI O4 system, providing live 1080p video at 60 frames per second with low latency. Depending on conditions, the range can reach several kilometers, ensuring good visibility in captured images.

Furthermore, the drone has 42 GB of internal storage, allowing for direct recording of content without immediately relying on external media. File transfer is facilitated by Wi-Fi 6, with speeds of up to 50 MB/s.

Finally, the battery lasts up to 36 minutes, allowing for multiple sequences during a single flight.

Thus, the Lito X1 drone offers a balanced configuration, allowing users to discover the main features of aerial photography while retaining the possibility of evolving towards more advanced uses.