*All visual assets displayed herein were captured using the DJI Lito 1 by qualified operators in adherence to all applicable aviation laws and regulatory requirements; subsequent post-production editing has been applied. Provided media is intended for illustrative purposes only; actual performance and output may vary. Operators must comply with all local statutes and verify that the aircraft possesses all necessary certifications and requisite airspace authorizations prior to flight.

**All performance data was obtained using a production-model DJI Lito 1 within a controlled testing environment. Actual results may differ based on operational conditions, user-specific application, and installed firmware version.

**All product imagery, video content, and graphical user interface displays featured on this page are provided for illustrative purposes only. The actual product—including, but not limited to, physical appearance, dimensions, and color specifications—as well as screen display elements, such as backgrounds, UI components, and illustrations, may vary in practice.

1. The omnidirectional vision system serves solely as a flight safety aid and does not supersede the operator's judgment or manual control. Operators must maintain constant situational awareness and monitor all DJI Fly app notifications, retaining full accountability for the aircraft at all times. In the absence of GNSS signals, the vision positioning system is optimized for altitudes between 0.5 and 30 m; performance degradation may occur outside this range. Exercise extreme caution, as the system may fail to detect water surfaces, potentially compromising active obstacle avoidance during landing. Operators must exercise independent judgment based on environmental assessments and should not rely exclusively on the vision system.
   
   The vision system may fail to detect or accurately process specific objects and environments, including, but not limited to: high-tension structures (e.g., transmission towers, cables, cranes); low-texture, repetitive-pattern, or solid-color surfaces; highly reflective or transparent surfaces (e.g., ice, glass, water); moving objects or crowds; scenes with drastic lighting fluctuations; surfaces with extreme luminance (below 1 lux or above 100,000 lux); materials with significant infrared absorption or reflection characteristics; and small-diameter obstacles (e.g., fences, thin poles, power lines).
   
   Do not obstruct the sensing system. Ensure all sensor lenses remain unobstructed and free of contaminants; scratched or damaged surfaces may impair performance. Following extended storage, the vision system may require recalibration, which will be prompted via the DJI Fly app. Do not operate the aircraft during adverse weather conditions, including rain, smog, or visibility below 100 m. Prior to takeoff, inspect sensor glass for protective films, debris, fingerprints, or smudges. Clean with a lint-free cloth only; do not employ alcohol or organic solvents. In the event of loose, damaged, or scratched sensor glass, cease operation and contact an authorized service center. Refer to the official user manual for comprehensive operational specifications.

2. ActiveTrack functionality is contingent upon specific operational parameters. Operators must ensure the omnidirectional vision system is fully functional (see Note 1) and avoid flight under the following conditions:

   • Adverse Meteorological Conditions: Do not operate in severe weather, including sustained wind speeds exceeding 10.7 m/s, precipitation, lightning, or fog.

   • Altitude and Temperature Constraints: Do not fly at altitudes exceeding 4,500 m above sea level, or in ambient temperatures outside the 0° C to 40° C (32° F to 104° F) range.

   • Operational Surfaces: Do not initiate takeoff from moving platforms, such as vehicles or marine vessels. Avoid proximity to highly reflective surfaces, including water or snow, which may impede vision system performance.

   • Lighting and Environment: Performance may be compromised in low-light conditions. Maintain vigilant manual control and avoid entry into Attitude (ATTI) mode.

   • Electromagnetic Interference: Maintain distance from sources of magnetic or radio interference, including but not limited to, high-voltage power lines, electrical transmission substations, radar installations, mobile base stations, broadcasting towers, and high-density Wi-Fi or Bluetooth infrastructure.

   • Environmental Hazards: When operating in desert or coastal regions, take precautions to prevent sand ingestion. Fly only in open areas clear of crowds; note that physical obstructions such as buildings, mountains, and dense vegetation may obstruct GNSS signal acquisition and disrupt onboard compass calibration.

3. Standard video recording supports resolutions up to 4K at 60 fps; slow-motion recording supports resolutions up to 4K at 100 fps; and vertical video recording is supported at 2.7K at 60 fps. Vertical recording at 2.7K is achieved through digital cropping of the image sensor output.
4. Maximum photo resolution is 8K (48 MP). SmartPhoto functionality is disabled when capturing at 8K (48 MP) resolution. SmartPhoto is available when capturing at 4K (12 MP) resolution, enabling the automatic application of algorithmic image optimization.
5. Actual product weight may fluctuate due to variations in batch materials and external environmental factors. In most jurisdictions, operation of this aircraft does not necessitate formal training or certification. Utilization of the Intelligent Flight Battery Plus will result in an aircraft takeoff weight exceeding 249 g; operators must verify all applicable local laws and regulatory requirements prior to flight. Please be advised that the Intelligent Flight Battery Plus is not compatible with the DJI Lito 1 in the European Union or the United Kingdom. Always ensure full compliance with regional aviation statutes before commencing flight operations.
6. Maximum flight time is 36 minutes when utilizing the Intelligent Flight Battery. This metric is derived from testing conducted in a controlled wind tunnel environment at sea level under windless conditions, with the aircraft maintaining a constant forward velocity of 21.6 kph, Obstacle Avoidance Action set to "Brake," and in photo mode until the battery reaches critical depletion, triggering an automatic forced landing. The Intelligent Flight Battery Plus provides an extended maximum flight time of 52 minutes under identical flight parameters. The Intelligent Flight Battery Plus is sold separately and is not included in the standard combo package. Please note that the Intelligent Flight Battery Plus is not compatible with the DJI Lito 1 in the European Union or the United Kingdom. Operators must ensure full compliance with all applicable local laws and regulations prior to flight.
7. Data measured in an unobstructed outdoor environment, free from electromagnetic interference and compliant with IC standards. The aforementioned figures represent the maximum transmission range for one-way, non-return flight paths. Operators must remain vigilant and monitor all Return-to-Home (RTH) prompts within the DJI Fly application throughout the duration of the flight.
8. This value denotes the aircraft's forward velocity while in tracking mode; the maximum tracking speed in alternative directions is 8 m/s. These metrics were obtained in a controlled wind tunnel environment at sea level under windless conditions, with the aircraft maintaining a vertical hover at an altitude of 1.5 meters above ground level. Actual operational performance may fluctuate based on environmental conditions, specific usage patterns, and the installed firmware version.
9. Requirements for flight path memorization include the presence of textured surfaces on the aircraft's anterior, posterior, lateral, and superior aspects, with ambient illuminance exceeding 10 lux. Furthermore, the terrain beneath the aircraft must exhibit texture and diffuse reflectivity greater than 20% (e.g., structural facades, foliage, or human subjects) under lighting conditions exceeding 10 lux. For balcony-based takeoff and landing, an operational clearance of at least 2 × 2 meters is required, and the takeoff point must be situated at an altitude below 30 meters above ground level to ensure safe Return-to-Home execution. In the event the aircraft reaches its designated altitude ceiling while navigating around obstacles, it will enter a hover state at that altitude.
10. Measurements were conducted in a controlled laboratory environment characterized by minimal interference within jurisdictions supporting both 2.4 GHz and 5.8 GHz frequency bands. Download speeds are subject to variation based on prevailing operational conditions. The estimated 11-minute transfer duration is predicated on a peak download rate of 50 MB/s for approximately 32 GB of data. Actual user experience may deviate based on environmental factors and specific hardware performance.
11. Parallel charging requires the use of identical battery models and a Power Delivery (PD)-compatible charger with a power output of 45 W or greater. During the charging sequence, the two batteries with the lower state of charge are prioritized and sequentially balanced to a level commensurate with the battery possessing the highest charge; thereafter, all three batteries proceed to attain a full state of charge simultaneously.
12. Actual product mass may fluctuate due to variations in manufacturing batch materials and external environmental factors. In most jurisdictions, the operation of this product does not necessitate formal pilot training or certification. Utilization of the Intelligent Flight Battery Plus will result in a takeoff weight exceeding 249 g; operators must verify all applicable local aviation statutes and regulatory requirements prior to flight.
13. Standard aircraft takeoff weight includes the Intelligent Flight Battery and a microSD card. Actual product mass may fluctuate due to variations in manufacturing batch materials and other external factors. In most jurisdictions, the operation of this aircraft does not necessitate formal pilot training or certification. Operators must verify and strictly adhere to all applicable local aviation statutes and regulatory requirements prior to flight.
14. The stated weight measurement excludes the DJI Neo 2 Digital Transceiver. Actual product mass may fluctuate due to variances in manufacturing batch materials and external environmental factors.
15. Standard video recording supports resolutions up to 4K at 60 fps with High Dynamic Range (HDR) enabled, while slow-motion video recording supports resolutions up to 4K at 100 fps.
16. Forward obstacle sensing is enabled exclusively during flight in Normal and Cine modes, as well as during the Return-to-Home (RTH) sequence. This sensory capability is not supported while executing intelligent flight functions.