The most useful reading of the specification sheet pairs each published maximum with its practical consequence. The aircraft has capable beginner hardware, but its lower price depends on specific omissions that matter for safety, automation, and advanced video.

DJI lists the Mini 4K at 246 g in its standard flight configuration. That figure includes the standard Intelligent Flight Battery, propellers, and a microSD card. DJI also notes that actual product weight can vary slightly because of manufacturing materials and external factors.

Those measurements make the aircraft small enough for a compact camera bag, but the controller, spare batteries, charging equipment, propeller spares, and protective case determine the real travel footprint.

The 246 g number should not be treated as permanent regardless of configuration. Propeller guards, lights, identification modules, mounts, or other accessories can raise the actual takeoff weight. Flight rules apply to the aircraft as operated, not simply the number printed on the box.

In the United States, the FAA currently requires registration when a drone weighs 250 g or more. A standard 246 g Mini 4K flown solely under the recreational exception generally falls below that threshold, but TRUST, visual-line-of-sight, airspace, and other operating rules still apply. Part 107 operations require registration.

The Mini 4K uses a 1/2.3-inch CMOS sensor with 12 million effective pixels. This is a compact imaging system intended for good-light aerial capture rather than advanced low-light production.

What the 1/2.3-inch sensor means

Sensor size affects more than resolution. A larger sensor generally has more room to retain highlights, shadow detail, and cleaner results as available light falls. The Mini 4K can produce detailed daylight footage, but its specification does not suggest the same low-light or high-dynamic-range headroom as a model built around a 1/1.3-inch sensor.

The fixed f/2.8 aperture means exposure is controlled through shutter speed, ISO, and optional neutral-density filters rather than an adjustable lens opening.

Photo capabilities

The 12 MP camera supports single photos, timed capture, three-frame automatic exposure bracketing, and Sphere, 180°, and Wide-Angle panoramas. DNG RAW capture is meaningful for photographers who want to recover highlights, adjust white balance, or process the image independently.

The specification is less suitable for buyers who expect high-resolution cropping from a 48 MP image or a dedicated telephoto camera. Digital zoom crops the existing sensor output; it is not optical magnification.

Video resolution, frame rates, and bitrate

The complete recording specification is more useful than the word “4K” alone.

Video is recorded as H.264 MP4 at up to 100 Mbps. Normal is the only published color mode.

• 4K/30fps: Best when maximum detail matters and standard-speed playback is appropriate.
• 2.7K/60fps: Useful when smoother motion or half-speed slow motion matters more than full 4K resolution.
• Full HD/60fps: Produces smaller files and smoother motion while giving up significant resolution.

There is no 4K/60fps mode, 10-bit recording, published HDR video mode, or flat log-style profile. Buyers planning aggressive color correction or matching with advanced cameras should understand those limits before choosing the Mini 4K solely for its resolution.

The mechanical gimbal is one of the most important DJI Mini 4K specs because it separates the aircraft from many inexpensive drones that depend only on electronic stabilization.

The gimbal mechanically stabilizes tilt, roll, and pan. DJI publishes a normal controllable tilt range from straight down at -90° to level at 0°, with an extended upward limit of 20° when that option is enabled.

The upward angle is useful for revealing cliffs, structures, trees, or terrain above the aircraft's position. It does not turn the camera vertically for portrait-format recording. True vertical shooting requires a camera or gimbal designed to rotate the sensor orientation.

The gimbal stabilizes the camera, not the aircraft. Strong wind can make the drone visibly work to maintain position even when the recorded horizon remains relatively controlled.

Maximum speed

The 16 m/s maximum horizontal speed is approximately 35.8 mph. It is a Sport-mode figure measured under controlled conditions near sea level. Wind direction, battery state, altitude, temperature, mode, and firmware can change actual speed.

Speed is not a substitute for wind margin. An aircraft capable of moving quickly in calm air may make much slower progress returning against a headwind. The useful speed is the one that preserves control, visibility, battery reserve, and a safe route home.

The 31-minute flight-time specification

DJI measured the maximum while the drone flew forward at a constant 17 kph in windless, sea-level test conditions with the camera in Photo mode until forced landing from battery depletion. Normal operation includes hovering, climbing, repositioning, camera setup, wind correction, and a landing reserve.

The full 31 minutes should not be built into a flight plan. The specification is useful for comparing products tested under the same method, but it is not a promise that every battery will provide 31 minutes from launch to a comfortable landing. Our DJI Mini 4K battery guide explains practical session planning.

Wind resistance

Level 5 resistance corresponds to a published maximum of 10.7 m/s, or roughly 24 mph. That figure describes the propulsion system's ability to resist wind, not ideal filming weather. Near the rated limit, less performance remains for returning, holding position, and maintaining battery reserve. Treat the rating as an upper boundary, not a target.

Maximum takeoff altitude is often misunderstood

The 4,000 m maximum takeoff altitude refers to the elevation above sea level from which the propulsion system is rated to operate. Air becomes less dense as elevation increases, reducing propeller and motor performance.

It does not mean the Mini 4K may legally climb 4,000 m above its launch point. Operational limits are governed by applicable airspace and aviation rules. DJI reduces the published takeoff-altitude limit to 2,000 m when propeller guards are installed.

The Mini 4K uses DJI O2 for command, control, and live video. The controller feed is specified at 720p/30fps with approximate minimum latency of 200 milliseconds, although actual delay depends on the environment and connected phone.

Buildings, terrain, trees, antennas, Wi-Fi activity, controller orientation, regulatory power limits, and the phone environment all influence the link. More importantly, a maximum transmission number does not override visual-line-of-sight or airspace rules. A small gray aircraft becomes difficult to see long before 10 km, while battery reserve, wind, and the return trip create shorter boundaries.

The useful conclusion is that O2 provides more link margin than a short-range Wi-Fi toy drone. It should not be interpreted as permission to conduct a 10 km outbound flight. Our guide to DJI Mini 4K range covers the planning factors in more detail.

The DJI Mini 4K receives satellite positioning from GPS, GLONASS, and Galileo. Outdoors with sufficient satellites, that system supports location hold, home-point recording, and Return to Home behavior.

DJI publishes vertical accuracy of ±0.1 m and horizontal accuracy of ±0.3 m when downward vision positioning is available. With satellite positioning, the published values are ±0.5 m vertically and ±1.5 m horizontally.

The downward vision system has a published precision range of 0.5 to 10 m. It requires sufficient light and a surface with discernible patterns and adequate reflectivity. Water, darkness, highly reflective surfaces, or uniform textures can reduce performance.

Downward sensing is not obstacle avoidance

The aircraft does not have forward, backward, side, or omnidirectional obstacle sensors. Its downward system helps estimate movement and distance from the surface below. It does not scan the flight path for branches, cables, walls, poles, vehicles, or people.

Return to Home must therefore be configured with an appropriate altitude and used with a clear route. The aircraft cannot plan around a hazard its sensing system does not detect. See our guide to DJI Mini 4K GPS and Return to Home for weak-signal behavior and setup guidance.

The standard aircraft uses the DJI Mini 2 Intelligent Flight Battery, and the RC-N1C relies on a connected phone for display and DJI Fly. Storage and charging equipment are therefore part of the usable system even when they are not included in the standard package.

The official standard box includes a USB-C data cable but does not list a wall power adapter or multi-battery hub. The optional two-way charging hub holds up to three batteries and charges them sequentially. One battery provides one short session followed by charging downtime, so repeated practice usually benefits from additional batteries.

Phone compatibility is a product requirement, not a minor convenience. Check current DJI Fly support, physical phone dimensions, connector type, screen brightness, and whether the device permits installation. The aircraft requires DJI Fly for activation and normal operation.

The Mini 4K has no internal media storage. DJI's published list includes recommended cards from 16 GB through 256 GB, with many V30-rated SanDisk, Samsung, and Lexar options. At a maximum bitrate of 100 Mbps, 4K recording can use roughly 750 MB per minute before container and bitrate variation. Use a card with sufficient sustained write performance and format it through the aircraft when appropriate.

The RC-N1C provides Cine for softer movement, Normal for general-purpose flying, and Sport for maximum response and published top-speed capability.

The aircraft also supports Dronie, Helix, Rocket, Circle, and Boomerang QuickShots. These automate a defined camera move around a selected subject. They are not continuous Follow Me or ActiveTrack modes, and the pilot must confirm the complete path is clear before starting. Panorama modes include Sphere, 180°, and Wide-Angle.

DJI's current U.S. store listed both the standard kit and Fly More Combo as out of stock when checked July 13, 2026. Other sellers and regions can differ, so package contents, seller identity, condition, warranty region, and return terms need verification.

A wall adapter, two-way charging hub, carrying case, additional batteries, and microSD card are not listed as standard-package contents. Retailer bundles can differ. Follow our DJI Mini 4K setup checklist after confirming the exact package.

The absence of a feature can matter more than an impressive maximum. The Mini 4K does not provide the following capabilities.

DJI Mini 4K versus Mini 2 SE specifications

The Mini 4K and Mini 2 SE share many airframe, battery, positioning, and transmission characteristics. The camera pipeline is the clearest difference.

The Mini 4K is best understood as a familiar entry-level platform with a more capable recording pipeline. Focus on the value of 4K, the higher bitrate, and 60fps recording at 2.7K rather than expecting a completely different aircraft.

Buyers comparing the current entry models should also read our DJI Mini 4K versus Mini 3 comparison.

The 10 km transmission and 31-minute endurance ratings help compare products tested under similar methods. They should not outweigh missing features that directly affect the intended use, such as obstacle sensing, subject tracking, vertical capture, or a larger camera sensor.

For a buyer-focused recommendation, read the full Mini 4K review. This specifications guide is intended to explain the numbers without duplicating that decision article.

Does the DJI Mini 4K actually record in 4K?

Yes. It records 3840 × 2160 video at 24, 25, or 30fps with a maximum published bitrate of 100 Mbps. It does not record 4K at 60fps.

Does the DJI Mini 4K have GPS?

Yes. It uses GPS, GLONASS, and Galileo satellite positioning for outdoor position hold, home-point recording, and Return to Home support.

How far can the DJI Mini 4K transmit video?

DJI publishes up to 10 km under FCC conditions and 6 km under CE, SRRC, or MIC conditions in an unobstructed environment without interference. Real environments and visual-line-of-sight requirements produce a much shorter practical operating distance.

How long does the DJI Mini 4K battery last?

The published maximum is 31 minutes under DJI's controlled test conditions. Normal safe usable time is shorter because of wind, hovering, climbing, maneuvering, temperature, battery reserve, and the return flight.

How fast is the DJI Mini 4K?

DJI lists a maximum horizontal speed of 16 m/s, which is about 35.8 mph, under its specified Sport-mode test conditions.

Does the DJI Mini 4K have obstacle avoidance?

No. It has downward vision positioning but no forward, backward, side, or omnidirectional obstacle-avoidance system.

Does the DJI Mini 4K have Follow Me?

No. It offers QuickShots for specific automated camera moves, but it does not provide continuous Follow Me or ActiveTrack.

Does the DJI Mini 4K need a microSD card?

Yes for normal onboard recording. The aircraft has no internal media storage. Use a compatible card with sufficient sustained write speed.

Is the DJI Mini 4K the same as the Mini 4 Pro?

No. The Mini 4K is an entry-level model. The Mini 4 Pro is a separate, more advanced aircraft with a different camera and feature set.

Is the DJI Mini 4K waterproof?

No. Avoid rain, snow, fog, and other conditions where moisture can enter the aircraft.