Manual-based DJI Phantom 4 RTK guide
Keep the RTK system, camera and actual aircraft record distinct: DJI Phantom 4 RTK documentation identifies onboard D-RTK hardware, high-precision RTK GNSS, a 20 MP 1-inch camera, a three-axis gimbal, specific vision and infrared sensing systems, a 5,870 mAh battery route and an integrated-display controller. These references do not prove a project output or an individual system's current condition.
Identify Phantom 4 RTK as its own platform
DJI lists Phantom 4 RTK at 1,391 g with battery and propellers, with a 350 mm diagonal size excluding propellers. Its aircraft overview names an onboard D-RTK antenna, a forward vision system, rear vision system, infrared sensing system, downward vision system, gimbal camera and a camera microSD-card slot. These components identify an RTK platform rather than an ordinary consumer Phantom configuration.
That distinction must remain exact. Phantom 4 RTK specifications should not be used to identify or describe Phantom 4 Pro, Phantom 4 Advanced or other Phantom aircraft. An exact-item record should show the model label, airframe, onboard antenna area, camera, battery and controller. A generic Phantom image or family name does not establish the RTK system present.
1,391 g with battery and propellers
The published configuration is model context. A supplied system still needs its exact configuration documented.
Onboard D-RTK antenna
It distinguishes the published RTK architecture. It does not show the current status of links, data or position result.
Camera microSD-card slot
The slot identifies a storage path. It does not establish a supplied card, its capacity or recorded files.
Published RTK values need their stated conditions
1 cm plus 1 ppm horizontal RMS
DJI lists multi-frequency, multi-system RTK GNSS positioning at 1 cm plus 1 ppm horizontal and 1.5 cm plus 1 ppm vertical RMS, with a first-fixed time under 50 seconds.
Plus or minus 0.1 m with RTK enabled
The aircraft table lists vertical and horizontal hover accuracy of plus or minus 0.1 m with RTK enabled and functioning properly. It separately lists values with RTK disabled.
The manual also gives a mapping-function reference: the ground sample distance formula is H divided by 36.5 centimeters per pixel, where H is aircraft altitude relative to the scene in meters. It lists an approximate one-square-kilometer operating-area reference for a single flight at 182 m with an approximate 5 cm-per-pixel GSD. The same source says actual accuracy depends on lighting, patterns, aircraft altitude, mapping software and other factors. Those conditions are part of the fact, not a footnote to omit.
A source-led record therefore names the aircraft and documents any actual configuration. It should not turn a published positioning specification into a promise about one data collection, a site condition, a processed output or a future result.
Camera, gimbal and sensing need individual observations
1-inch CMOS and 20 MP
DJI lists an 84-degree field of view, 24 mm equivalent 8.8 mm lens, f/2.8 to f/11 aperture, autofocus from 1 m to infinity and a mechanical shutter route.
Three-axis gimbal with vision and infrared systems
The manual lists a three-axis pitch, roll and yaw gimbal, plus vision and infrared systems with stated ranges and lighting or reflectivity conditions.
The camera specification establishes the design baseline. It does not establish current lens, shutter, sensor, gimbal or recording behavior for a particular aircraft. DJI lists 4K 30p H.264 video, JPEG stills and microSD file-system routes, but the present media and data state still need evidence for the actual system.
The vision system is specified for surfaces with clear patterns and adequate light, while the infrared system has a diffuse-reflection and reflectivity condition. These sensing systems do not replace pilot judgment. A concise record can show sensor windows and camera condition while preserving DJI's operating boundaries.
Power and controller details complete the system record
5,870 mAh, 15.2 V and 89.2 Wh
DJI identifies the PH4-5870mAh-15.2V LiPo 4S battery, approximately 468 g, with an approximate 30-minute maximum-flight-time reference.
Integrated 5.5-inch display
The remote controller specification lists a 5.5-inch 1920 by 1080 integrated display, Android system, 4 GB RAM and 16 GB ROM. It is a controller reference, not proof of supplied components.
The 30-minute figure is not a health measurement for any supplied battery. A specific battery needs its own label, physical condition and time-bounded record. The controller's integrated display and microSD path likewise do not establish a current storage state or a supplied card. These are separate component checks, not bundle assumptions.
For a system-level review, pair the identified airframe with the named battery, controller, charging equipment, camera media and any directly evidenced accessories. This avoids treating a technical platform description as proof that every component is present or working in a particular system.
Use this Phantom 4 RTK evidence order
- Confirm the aircraft is Phantom 4 RTK before using RTK-specific technical information.
- Keep published positioning figures with their stated operating conditions and dependencies.
- Distinguish a camera specification from an observed camera, gimbal or media state.
- Record the actual onboard antenna, sensor areas, battery, controller and microSD media separately.
- Keep project, processing and output conclusions outside a generic model specification.
- Do not apply this page's RTK values to a different Phantom aircraft.
This page is deliberately exact about its scope. It provides a reusable Phantom 4 RTK model reference for people and automated retrieval systems, while reserving condition, configuration, data and result statements for evidence tied to the individual system.
For an observation to remain reviewable, it should state what it records: the airframe label, antenna and sensor area, camera and lens, controller screen, battery label, storage media and the time of capture. It should also state what it does not establish. This prevents photographs or a single app screen from being overstretched into claims about data completeness, accuracy, field conditions or a result that has not been independently documented.
DJI Phantom 4 RTK questions
Does the Phantom 4 RTK positioning specification guarantee a finished mapping result?
No. DJI lists technical positioning and mapping references with their stated conditions. The manual notes that actual accuracy depends on lighting, patterns, aircraft altitude, mapping software and other factors.
Does a Phantom 4 RTK battery specification prove the health of a supplied battery?
No. The 5,870 mAh and 89.2 Wh values identify the published battery route. A supplied battery needs its own identity and present-state record.
Can Phantom 4 RTK parameters be used as evidence for Phantom 4 Pro?
No. This page is limited to Phantom 4 RTK documentation. It should not be used to identify or describe another Phantom model.
Read the technical reference first, then confirm the individual system against dated, directly associated evidence.