Quadcopter drone DJI Lito 1 Fly More Combo — 4 rotors, 48 MP camera, 3840×2160 video, Li‑Ion 2590 mAh, Wi‑Fi 6, Bluetooth 5.4, Grey

DJI Lito 1 Fly More Combo is a four‑rotor quadcopter designed for aerial photography and videography. It features a 48 MP image sensor capable of photo capture up to 8K (48 MP) and video recording up to 3840×2160 (4K) at high frame rates, a foldable grey airframe for transport, and an intelligent lithium‑ion 2590 mAh battery. Connectivity options include Wi‑Fi 6 and Bluetooth 5.4, and storage is supported via microSDXC. The drone supports multi‑directional movement controls and a maximum operating distance of up to 20,000 m under ideal conditions.

Advantages

The combination of a high‑resolution 48 MP sensor and up to 4K video recording enables detailed stills and smooth footage for a range of shooting scenarios. Wi‑Fi 6 and Bluetooth 5.4 provide improved wireless transmission stability and lower latency compared with older standards. A 2590 mAh Li‑Ion battery offers practical flight times for recreational and semi‑professional use, while foldable construction and compatibility with microSDXC cards simplify transport and media management.

Suitable for

• Aerial photography and landscape imaging
• 4K video capture for vlogs and short films
• Recreational pilots seeking high‑resolution photos
• On‑site visual inspections at low to medium altitude

When it may not be suitable

The drone’s vision and positioning systems assist flight safety under many conditions but are not a substitute for operator judgment. It may not be suitable for missions that require reliable obstacle detection over water, in very low‑light scenes, or near thin poles, cables and other small or highly reflective objects that the vision system cannot detect. Also, certain extended‑flight requirements over regulatory weight limits may require different battery options not included in the Fly More Combo.

Key specifications

• Propulsion: quadcopter, 4 rotors
• Photo resolution: up to 48 MP (8K equivalent)
• Video resolution: up to 3840×2160 (4K), supports 4K/60fps and slow‑motion up to 4K/100fps
• Battery: Lithium‑Ion, 2590 mAh (nominal), typical max flight time up to 36 minutes with standard battery
• Wireless: Wi‑Fi 6 (802.11ax) and Bluetooth 5.4
• Storage: microSDXC card support
• Maximum operating distance: up to 20,000 m (measured under open‑field conditions without interference)
• Movement controls: forward, backward, lateral, upward, downward
• Color: Grey; foldable design for transport

How to use

Before flight, install a compatible microSDXC card, fully charge the lithium‑ion battery, and inspect all sensing system glass surfaces for dirt or obstructions. Power on the drone and remote controller and follow the DJI Fly app prompts for calibration if needed. Choose an open area away from crowds, reflective surfaces and strong radio or magnetic interference. During takeoff and flight maintain visual line of sight, monitor GNSS and vision system status, and follow returned‑to‑home (RTH) reminders. After landing, power off devices, remove the battery if storing, and clean lenses with a lint‑free cloth if required.

What to consider before purchase

• Local regulations regarding maximum takeoff weight and required registration or training
• Flight time expectations: typical maximum up to 36 minutes with the standard battery under controlled conditions
• Vision system limitations over water, reflective or textureless surfaces and in very low or extreme lighting
• Need for additional batteries or the Intelligent Flight Battery Plus for extended flight (sold separately and not supported in some regions)
• Transport and storage requirements for a foldable quadcopter of this class

Usage recommendations

Operate the DJI Lito 1 Fly More Combo in open, unobstructed areas and follow the DJI Fly app warnings. Avoid flying in severe weather, near reflective surfaces, or above rapidly changing lighting conditions. Rely on visual line of sight and manual judgment rather than solely on the vision system; perform regular inspections and calibration of sensors for reliable image capture and safer flights.