*Captured by professionals using the DJI Lito X1, all visuals on this page were produced in accordance with local regulations and edited for post-production; these are for reference only, as actual results may vary, so always confirm local laws and necessary flight authorizations before you take off.

**Performance data was gathered using a production-model DJI Lito X1 under controlled conditions; however, individual results may differ based on your specific environment, usage patterns, and firmware updates.

***The product images, videos, and interface visuals shown here are for illustrative purposes only because actual characteristics like appearance, color, and size along with on-screen elements like backgrounds and UI may differ in the final product.

1. While the omnidirectional vision system enhances safety, it does not replace pilot judgment or manual control. Always remain aware of your surroundings and app warnings, as you are responsible for the aircraft at all times. In the absence of GNSS, the vision system operates optimally between 0.5 and 30 m; performance may decline outside this range.

   Exercise extreme caution over water, as the system may fail to detect or avoid water surfaces. The vision system has limitations and may not identify thin objects (like power lines or branches), moving obstacles, reflective or transparent surfaces, or areas with repetitive patterns and extreme lighting.

   To ensure reliability, keep all sensors clean and unobstructed. The DJI Fly app will provide automatic calibration prompts if needed after long-term storage. Avoid flying in rain, smog, or low visibility (under 100 m). Before flight, inspect the sensor glass for smudges or damage and clean with a lint-free cloth. For comprehensive safety guidelines, please consult the user manual.

2. For ActiveTrack to function optimally, the omnidirectional vision system must be fully operational, and pilots should avoid several specific environmental hazards. Do not operate the aircraft in severe weather, including lightning, fog, or winds exceeding 10.7 m/s, and maintain flight within the temperature range of -10° C to 40° C and below altitudes of 4500 m. To prevent vision system failures or the drone entering Attitude (ATTI) mode, avoid flying in dim lighting or near reflective surfaces like water and snow, and never attempt to take off from moving objects such as cars or boats. Additionally, stay clear of magnetic and radio interference from sources like power lines and broadcasting towers, and choose open areas far from crowds and large obstacles that could obstruct GNSS signals. Finally, protect the internal components by avoiding sand during beach or desert takeoffs to ensure continued flight reliability.
3. While the drone typically weighs less than 249 g, actual weight may fluctuate slightly based on material batches and external factors. In most regions, this lightweight design allows you to fly without mandatory training or official exams; however, please note that using the Intelligent Flight Battery Plus will increase the aircraft's weight beyond the 249 g threshold. Always verify and follow local laws and regulations prior to flight.
4. The standard Intelligent Flight Battery provides a maximum flight time of 36 minutes when recorded under windless sea level conditions in a controlled environment while traveling at a constant 21.6 kph in photo mode. For those needing extended endurance, the Intelligent Flight Battery Plus increases the total flight time to 52 minutes under the same testing parameters until the battery is fully depleted. This extended battery is available separately or as part of the DJI Lito X1 Fly More Combo Plus (DJI RC 2).
5. Testing conducted in an open outdoor environment with IC compliance and zero interference achieved these results. The data provided reflects the maximum one-way communication range for a non-return flight, so please monitor Return-to-Home (RTH) alerts in the DJI Fly app consistently during your mission.
6. The DJI Lito X1 captures high-resolution imagery up to 8K (48 MP), though SmartPhoto is disabled at this maximum setting. For users who prefer automated enhancements, setting the resolution to 4K (12 MP) allows SmartPhoto to automatically apply algorithmic beautification for optimized results.
7. The DJI Lito X1 achieves 14 stops of dynamic range during standard video capture in Auto mode; however, this high dynamic range is not supported for slow-motion recording or 2.7K vertical video at frame rates of 48, 50, or 60fps.
8. This figure indicates the aircraft's forward tracking speed, while the maximum tracking speed in all other directions is 8 m/s. These metrics were recorded in a controlled, sea-level wind tunnel environment as the aircraft ascended vertically to a height of 1.5 meters. Please note that actual performance may vary based on your specific environment, usage habits, and firmware version.
9. To successfully memorize flight paths, the drone requires specific environmental conditions including textured surfaces on its front, back, sides, and top with lighting exceeding 10 lux. The ground must also be textured and diffusely reflective with a reflectivity greater than 20% such as walls, trees, or people while maintaining illuminance above 10 lux. For safe balcony takeoffs, verify that you have at least a 2 × 2 meter clearance and stay below 30 meters above the ground to ensure a reliable return to home. If the aircraft encounters its altitude limit while maneuvering around obstacles, it will maintain its position and hover at that maximum height.
10. These metrics were recorded in a controlled laboratory setting with minimal interference in regions supporting both 2.4 GHz and 5.8 GHz frequencies. While the 14-minute estimate is based on a maximum download speed of 50 MB/s for roughly 42 GB of footage, actual speeds and transfer times may fluctuate based on real-world conditions, environmental factors, and individual device performance.
11. To use parallel charging, you must use identical battery models paired with a PD-compatible charger providing at least 45 W of power. During this process, the system will first sequentially charge the two batteries with lower power levels until they match the highest-charged battery, at which point all three will finish charging simultaneously.
12. Individual unit weight may fluctuate depending on material batches and external environmental factors. While this product generally requires no formal training or exams in most regions, utilizing the Intelligent Flight Battery Plus will increase the aircraft's weight beyond 249 g. This high-capacity battery is not included in the standard combo and must be purchased separately. Furthermore, please be aware that the Intelligent Flight Battery Plus is not supported for use with this product in the EU or the UK. Regardless of your configuration, always verify and comply with local laws and regulations before taking flight.
13. The standard aircraft weight includes the Intelligent Flight Battery and a microSD card, though individual unit weight may fluctuate due to material batches and other external factors. In most regions, this product can be operated without mandatory training or official exams; however, you should always verify and strictly follow local laws and regulations before taking flight.
14. The specified weight does not include the DJI Neo 2 Digital Transceiver. Please note that the actual weight of the product may fluctuate depending on material batches and other external factors.
15. The aircraft supports standard video recording at resolutions up to 4K/60fps HDR, while slow-motion capabilities reach a maximum of 4K/100fps.
16. Standard video capture is available at up to 4K/60fps, while the slow-motion mode supports frame rates up to 4K/100fps.
17. Forward obstacle detection is active only while operating in Normal or Cine modes and during the Return-to-Home sequence. Please note that obstacle sensing is unavailable when using intelligent flight functions.