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EAN: 6937224140714 Description DJI Lito X1 Fly More Combo with RC‑2 is a compact, foldable quadcopter engineered for portable aerial imaging. It features a 1/1.3" CMOS sensor with f/1.7 aperture capable of producing stills up to approximately 48 MP and records 4K video with 10‑bit D‑Log M support. The aircraft integrates omnidirectional vision sensing with a forward‑facing LiDAR module to improve obstacle detection and tracking reliability. The Fly More Combo includes extended flight resources with up to three batteries offering up to 36 minutes per battery in standard configuration, internal 42 GB storage, and O4 video transmission for stable live view at distances up to 15 km under ideal conditions. Advantages The drone combines a large 1/1.3" imaging sensor and fast f/1.7 optics to capture detailed photos and low‑light video, while 10‑bit D‑Log M recording improves color grading flexibility. Omnidirectional vision plus forward LiDAR increases detection precision for automated flight modes and ActiveTrack subject following. The folding design and sub‑249 g standard takeoff weight make the aircraft highly portable; integrated 42 GB storage and Wi‑Fi 6 QuickTransfer simplify file management in the field. Suitable for Cinematic aerial footage and vertical social‑media videos Outdoor photography, time‑lapse and hyperlapse projects Recreational pilots and beginners using automated flight modes Light inspection flights and site scouting where obstacle awareness is useful When it may not be suitable The DJI Lito X1 Fly More Combo is not designed for carrying heavy professional payloads or for industrial surveying that requires specialized long‑range sensors. In conditions with extremely low light, featureless surfaces, or heavy airborne particulates the performance of vision sensors and LiDAR may be reduced; manual piloting and additional safety margins are advisable in those situations. Key specifications Image sensor: 1/1.3" CMOS, approx. 48 MP effective pixels Lens: ~82.1° field of view (24 mm equivalent), aperture f/1.7, focus range 1 m–∞ Photo: up to 8064×6048 (48 MP); JPEG and DNG (RAW) formats Video: 4K recording up to 60/100 fps (HEVC/H.265), FHD up to 200 fps; 10‑bit D‑Log M; max bitrate 130 Mbps Gimbal: 3‑axis mechanical stabilization (tilt, roll, pan) Sensing: omnidirectional monocular vision, forward‑facing LiDAR, downward infrared; forward detection range reported up to 20 m, LiDAR measurement to 36 m Transmission: O4 system with live view up to 1080p/60 fps; video transmission range up to 15 km in ideal conditions Flight time: up to 36 minutes with standard battery; extended option up to 52 minutes with Plus battery Maximum operating distance: up to 21 km (standard battery) Weight: approx. 0.249 kg (standard configuration) Internal storage: 42 GB; Wireless: Wi‑Fi 6 QuickTransfer up to ~50 MB/s Wind resistance: up to 10.7 m/s; operating temperature range −10° to 40° C How to use Unfold the aircraft and install a fully charged Intelligent Flight Battery. Power on the drone and the RC‑2 controller, then connect with the DJI app to configure camera settings, select smart shooting modes such as QuickShots, MasterShots, Hyperlapse and Panorama, and enable ActiveTrack if required. Choose an open, well‑lit takeoff area and perform compass and system checks as recommended by the app. Use the built‑in vision and LiDAR sensing for assisted hovering and obstacle awareness; when practicing new maneuvers, use the simulator or low‑altitude flights. After landing, transfer files via Wi‑Fi 6 QuickTransfer or remove media from internal storage for post‑processing. What to consider before purchase Local regulations: the stated takeoff weight is approx. 249 g, but different battery choices or payloads can change legal classification. Battery configuration: standard battery provides up to 36 min; the Plus battery increases endurance but may affect weight‑based rules. Transmission and range: O4 supports up to 15 km in some jurisdictions; real‑world range varies with interference, terrain and local restrictions. Sensor environment: vision and LiDAR systems perform best with sufficient ambient light and textured surfaces; performance may decrease in featureless or reflective areas.