PLEASE NOTE: Navworld will be closed on the 24th of September due to the Public Holiday

DJI Phantom 4 RTK SDK

R87,999.00

Please allow 2-4 working days for the delivery of this item.
Stock dependant on supplier stock availability.

Add to Wishlist
Add to Wishlist
SKU: DJI-PHANTOM 4 RTK SDK Tags: , , ,

Description

The Phantom 4 RTK Quadcopter from DJI is a Phantom 4 quadcopter that is designed to deliver centimeter-level accurate mapping that can be extremely useful for surveying, construction sites, and inspections. Utilizing an RTK receiver on the top of Phantom 4, the Phantom 4 RTK can achieve 1cm+1ppm RTK horizontal and 1.5cm+1ppm RTK vertical positioning accuracy.

In addition to the RTK receiver, the Phantom 4 RTK can achieve such accuracy thanks to DJI's TimeSync system and the gimbal camera's calibration process. The camera is the same one that's on a standard Phantom 4, but with the Phantom 4 RTK, each camera has its radial and tangential lens distortions measured. They are added to the metadata of all captured images, allowing for accurate post-processing that account for the distortions.

The Phantom 4 RTK can perform mapping duties in real-time and When mapping, pilots can utilize the Photogrammetry and Waypoint Flight modes in the GS RTK app. This gives mapping-specific functionality, such as selecting flight paths and directly loading KML area files. Combine it all and you have an enterprise-level mapping solution that can be used right out of the box.

Mapping Technology

Centimeter Accuracy

The RTK receiver helps provide flight stability along with centimeter-level mapping accuracy on image metadata. With the Phantom 4 RTK, you can achieve 1cm+1ppm RTK horizontal positioning accuracy, 1.5cm+1ppm RTK vertical positioning accuracy, and 5cm absolute horizontal accuracy of photogrammetric models (when flying at 100m high, 2.7cm GSD, on a sunny day. The RTK receiver can also be connected to an (optional) D-RTK2 Mobile Station, NTRIP (Network Transport of RTCM via Internet Protocol), or it can store its data to be used in PPK (Post Processed Kinematics) after the flight.

TimeSync

The TimeSync system is engineered to help ensure the Phantom 4 RTK's ability to achieve centimeter-level accuracy. It continually aligns the flight controller, camera, and RTK module, as well as fixing the positioning data to the center of the CMOS. These optimizations give each photo the most accurate metadata possible.

Phantom 4 SDK Controller

The included controller comes with an integrated mobile device mount. Your smartphone or tablet connects to the controller via Micro-USB and a variety of apps can be used to pilot the Phantom RTK. You can use DJI Pilot for Android, GS Pro for iOS, or any other 3rd party app that's developed using the DJI Mobile SDK.

GS RTK App

With the Phantom 4 RTK, you get the standard flight modes and abilities of a Phantom 4 quadcopter, plus mapping-specific Photogrammetry and Waypoint Flight modes in the GS RTK app. With these modes, pilots can select a flight plan while adjusting the overlap rate, altitude, speed, camera parameters, and more. Other features include a strong wind alarm, the ability to directly load KML area files for in-office flight planning, and the ability to use the shutter priority mode for keeping the exposure of your images consistent.

OcuSync for Large Site Mapping

The included remote controller utilizes DJI's OcuSync transmission technology to stream HD images and video up to 4.3 miles away. With a strong enough signal, this gives you the opportunity to map large jobsites.

Gimbal Camera with 1" CMOS Sensor

The onboard camera features a first for the Phantom line: a 1-inch, 20-megapixel CMOS sensor. A custom-engineered lens made up of eight elements is arranged in seven groups. The camera boasts a mechanical aperture that eliminates rolling shutter distortion that can occur when taking images of fast moving subjects or when flying at high speed and a mechanical focus.

1" CMOS Sensor

Sensor size is often more important to image quality than the number of pixels, because a larger sensor has dynamic range, better signal-to-noise ratio, and boosted low light performance. The 1" 20MP CMOS sensor in the Phantom 4 RTK is almost four times the size of the Phantom 4's 1/2.3" sensor. It uses larger pixels and has a maximum ISO of up to 12,800 as well as increased contrast.

H.264 and H.265 4K Video Recording

Powerful video processing supports H.264 4K videos at 60 fps or H.265 4K at 30 fps, both recorded in a 100 Mbps bitrate. Advanced sensors and processors ensure everything is captured with more image detail and the image data needed for manipulation in post-production.

Production-Optimized 4K

An enhanced video processing system allows video to be captured in cinema- and production- optimized DCI 4K (4096 x 2160) at 60 fps and a bitrate of 100 Mbps. The Phantom 4 RTK also supports the H.265 video codec at 30 fps in 4K resolution. For a given bitrate, H.265 doubles the amount of image processing as H.264, resulting in significantly enhanced image quality from a more efficient compression. Record in the high dynamic range D-log mode to make the most of this image data for color grading.

High-Resolution Lens

The Phantom 4 RTK camera has an aerial-optimized f/2.8 wide-angle lens with a 24 mm equivalent focal length. It features eight elements — two aspherical — arranged in seven groups that fit into a smaller, more compact frame. Its images are consistently detailed with low distortion and low dispersion, ensuring that photos and videos are sharp and vivid.

Mechanical Shutter

Capturing objects moving at high speed can be a challenge for flying cameras using an electronic shutter. This is why the Phantom 4 RTK is the first DJI Phantom to use a mechanical shutter and a large-aperture prime lens. A maximum mechanical shutter speed of 1/2000-second eliminates motion blur and "jello effect" caused by shooting a fast-moving object with a rolling electronic shutter. The electronic shutter has also been improved with a max shutter speed of 1/8000-second, and a there is Burst Mode shoot capable of shooting 14 fps at 20 megapixels to catch the perfect moment.

Remote Controller with Lightbridge HD Video Link

The Phantom 4 Remote Controller integrates an upgraded Lightbridge HD video transmission system that adds 5.8 GHz transmission support. The ability to choose between 2.4 GHz and 5.8 GHz allows pilots to cut through interference and eliminates image lag caused when flying in an area with extensive 2.4 GHz frequency use. Normally, Wi-Fi video transmission systems use a 2.4 GHz frequency to work with a controller using a 5.8 GHz frequency, as this prevents interference that can occur when both use the same frequency.

Lightbridge HD Video Link

The Lightbridge HD video transmission system used in the Phantom 4 RTK uses TDM (Time Division Multiplexing) to transmit signals, allowing it to send controller signals and receive video transmission signals at the same frequency. As the 2.4 GHz frequency band is often affected by Wi-Fi, 4G cell towers, and other types of interference in urban areas, a 5.8 GHz band will increase transmission reliability. When switched on, the Phantom 4 evaluates local signal levels, automatically choosing the transmission frequency with the lowest level of interference. This enables a maximum video transmission range of 4.3 miles.

Intelligent Flight Modes

Draw

With Draw, simply draw a route on screen and the Phantom 4 RTK will move in that direction while keeping its altitude locked. This allows the pilot to focus on camera control and enables more complex shots. There are two Draw modes that can be used in different scenarios:

Standard: The aircraft follows the route at a constant speed with the camera facing in the direction of flight.
Free: The aircraft only moves along the route when instructed. In this mode, the camera can face in any direction during a flight.

ActiveTrack

Following fast-moving objects can be very challenging, but advanced image-recognition algorithms used by the Phantom 4 RTK allow it to recognize and track an object while keeping it in frame. This algorithm also recognizes a range of subjects, from people to vehicles to animals, and will adjust its flight dynamics to match, ensuring smoother shots. Pilots can now choose between:

Trace: Follow behind or in front of a subject, avoiding obstacles automatically.
Profile: Fly alongside a subject at a variety of angles to get profile shots of the subject.
Spotlight: Keep the camera trained on a subject while the aircraft flies almost anywhere.

TapFly

Fly in any direction visible on-screen with a simple tap. Tap anywhere on-screen to smoothly adjust the direction of flight while automatically avoiding obstacles and tap the screen again or use control sticks to change direction. An AR route function shows the aircraft's real-time flight direction for reference as its route is adjusted. As it can be difficult to control altitude, course, speed, and camera pitch simultaneously using joysticks, TapFly Free allows a pilot to set the direction of flight, allowing them to turn the Phantom 4 RTK or tilt the gimbal as required without changing the direction of flight. In total, there are now three TapFly modes:

TapFly Forward: Tap to fly in the selected direction.
TapFly Backward: Tap to fly in the opposite direction of the tap, e.g. tap in the bottom right corner of the screen to fly backward towards the top left.
TapFly Free: Lock the forward direction of the Phantom without locking the camera direction allowing it to turn as it flies.

Note: Obstacle Avoidance is not available with TapFly Free.

Return to Home

In its Return to Home mode, the Phantom 4 RTK can automatically choose the best route to return home depending on environmental conditions. It records its route as it flies, allowing it to return along the same route and avoid obstacles if the control signal is disconnected.

Based on its altitude at the time of disconnection, the Phantom 4 RTK is also able to adjust its flight path to avoid obstacles it has seen during its flight. At takeoff, the Phantom 4 RTK will record the scene below and compare its recording with what it sees as it returns, for a more precise landing. It can also detect the ground to see whether there is a suitable spot for landing. If any obstacles are found, or if there is water on the ground, it will alert the pilot and hover at an appropriate height, helping the aircraft to land more safely.

Gesture Mode

With Gesture Mode, selfies can be captured using a few gestures without the remote controller. Computer vision technology allows the Phantom 4 RTK to take instructions through gestures. The subject simply lifts their arms when facing the camera and the aircraft will recognize this movement by locking on and placing the subject in the center of the frame. When ready for a photo, the subject holds their arms out to signal the aircraft. A three second countdown will begin, making time to strike a pose, allowing moments to be captured without the remote control.

Flight Control System

Flight Modes

Different productions require different flight characteristics, and the Phantom 4 RTK offers three modes for flight: P, A and S. Switching between them allows pilots to get the control they need, whether they seek smoothness, simplicity, intelligent navigation, or speed. In Position Mode (P), TapFly, ActiveTrack, obstacle sensing, and positioning features are available. Sport Mode (S) adds extra agility and higher speed, reaching 45 mph. Attitude Mode (A) switches off satellite stabilization and holds the Phantom 4 RTK's altitude. It is ideal for experienced pilots looking to capture smoother footage. Tripod Mode, which limits speed to 4 mph provides precision control for fine framing and indoor flying. Both the infrared sensing system and vision sensors are enabled in these modes for a safer flight experience.

Sensor Redundancy

The Phantom 4 RTK features dual compass modules and dual IMU units, making it more reliable when compared to many hexacopters and octocopters. Compasses and IMUs are important sensors to ensure a stable flight and the Phantom 4 RTK constantly compares the data it receives through both pairs. This data is run through various algorithms to check accuracy, and any inaccurate data is simply discarded without affecting flight, keeping the flight steady and reliable.

Intelligent Battery System

Professional aerial imaging benefits from longer flight times. The Phantom 4 RTK features a maximum flight time of 30 minutes, providing more time in the air to capture the perfect shot. The DJI GO app shows battery lifetime and calculates remaining flight times according to distance traveled and more. It will give alerts when it reaches a minimum safe amount required for a safe journey back to the takeoff point. An advanced battery management system is also in place to prevent overcharging and over draining. When placed in longer-term storage, batteries will discharge power to maintain good health.

Features

Aircraft

Takeoff Weight 1391 g
Diagonal Distance 350 mm
Max Service Ceiling Above Sea Level 19685 ft (6000 m)
Max Ascent Speed 6 m/s (automatic flight); 5 m/s (manual control)
Max Descent Speed 3 m/s
Max Speed 31 mph (50 kph)(P-mode)
36 mph (58 kph)(A-mode)
Max Flight Time Approx. 30 minutes
Operating Temperature Range 32° to 104° F (0° to 40℃)
Operating Frequency 2.400 GHz to 2.483 GHz (Europe, Japan, Korea)
5.725 GHz to 5.850 GHz (United States, China)
Transmission Power (EIRP) 2.4 GHz
CE (Europe) / MIC (Japan) / KCC (Korea) :< 20 dBm

5.8 GHz
SRRC(China) / FCC(United States)/NCC(Taiwan,China):< 26 dBm

Hover Accuracy Range RTK enabled and functioning properly:
Vertical:±0.1 m;Horizontal:±0.1 m

RTK disabled
Vertical:±0.1 m(with vision positioning );
±0.5 m(with GNSS positioning)
Horizontal:±0.3 m(with vision positioning);
±1.5 m(with GNSS positioning)

Image Position Offset The position of the camera center is relative to the phase center of the onboard D-RTK antenna under the aircraft body’s axis:(36, 0, and 192 mm) already applied to the image coordinates in Exif data. The positive x, y, and z axes of the aircraft body point to the forward, rightward, and downward of the aircraft, respectively.

Mapping Functions

Mapping Accuracy ** Mapping accuracy meets the requirements of the ASPRS Accuracy Standards for Digital Orthophotos Class Ⅲ
** The actual accuracy depends on surrounding lighting and patterns, aircraft altitude, mapping software used, and other factors when shooting.
Ground Sample Distance(GSD) (H/36.5) cm/pixel,
H means the aircraft altitude relative to shooting scene (unit: m)
Data Acquisition Efficiency Max operating area of approx. 1 km² for a single flight(at an altitude of 182 m, i.e., GSD is approx. 5 cm/pixel, meeting the requirements of the ASPRS Accuracy Standards for Digital Orthophotos Class Ⅲ

Vision System

Velocity Range ≤31 mph(50 kph) at 6.6 ft(2 m) above ground with adequate lighting
Altitude Range 0-33 ft(0 – 10 m)
Operating Range 0-33 ft(0 – 10 m)
Obstacle Sensing Range 2-98 ft(0.7-30 m)
FOV Forward/Rear: 60° (horizontal), ±27° (vertical)
Downward: 70° (front and rear), 50° (left and right)
Measuring Frequency Forward/Rear:10 Hz;
Downward: 20 Hz
Operating Environment Surfaces with clear patterns and adequate lighting(> 15 lux)

Camera

Sensor 1″ CMOS; Effective pixels: 20 M
Lens FOV 84°;8.8 mm / 24 mm(35 mm format equivalent:24 mm);
f/2.8 – f/11, auto focus at 1 m – ∞
ISO Range Video:100-3200(Auto)
100-6400(Manual);

Photo:100-3200(Auto)
100-12800(Manual)

Mechanical Shutter Speed 8 – 1/2000 s
Electronic Shutter Speed 8 – 1/8000 s
Max Image Size 4864×3648(4:3);
5472×3648(3:2)
Video Recording Modes H.264,4K:3840×2160 30p
Photo Format JPEG
Video Format MOV
Supported File Systems FAT32(≤ 32 GB);
exFAT(> 32 GB)
Supported SD Cards MicroSD, Max Capacity: 128 GB. Class 10 or UHS-1 rating required Write speed≥15 MB/s
Operating Temperature Range 32° to 104° F (0° to 40℃)

Intelligent Flight Battery(PH4-5870mAh-15.2V)

Capacity 5870 mAh
Voltage 15.2 V
Battery Type LiPo 4S
Energy 89.2 Wh
Net Weight 468 g
Charging Temperature Range 14° to 104℉(-10° to 40℃)
Max charging Power 160 W

Intelligent Battery Charing Hub(WCH2)

Input Voltage 17.3 – 26.2 V
Output Voltage and Current 8.7 V,6 A;5 V,2 A
Operating Temperature 41° to 104℉(5° to 40℃)

SDK Remote Controller

Operating Frequency 2.400 GHz to 2.483 GHz (Europe, Japan, Korea)
5.725 GHz to 5.850 GHz (Other countries/regions)
EIRP 2.4 GHz
CE / MIC / KCC: < 20 dBm

5.8 GHz
FCC / SRRC / NCC: < 26 dBm

Max Transmission Distance FCC / NCC: 4.3 mi (7 km);
CE / MIC / KCC / SRRC: 3.1 mi (5 km)
(Unobstructed, free of interference)
Built-in Battery 6000 mAh LiPo 2S
Operating Current / Voltage 1.2 A @ 7.4 V
Mobile Device Holder Tablets and smartphones
Operating Temperature 32° to 104° F (0° to 40° C)

GNSS

Single-Frequency, High-Sensitivity GNSS Module GPS+BeiDou+Galileo(Asia);
GPS+GLONASS+Galileo(other regions)
Multi-Frequency Multi-System High-Precision RTK GNSS Frequency Used:
GPS:L1/L2;
GLONASS:L1/L2;
BeiDou:B1/B2;
Galileo:E1/E5a

First-Fixed Time:< 50 s

Positioning Accuracy: Vertical 1.5 cm + 1 ppm(RMS);
Horizontal 1 cm + 1 ppm(RMS)
1 ppm means the error has a 1mm increase for every 1 km of movement from the aircraft.

Gimbal

Stabilization 3-axis (tilt, roll, yaw)
Pitch -90° to +30°
Max Controllable Angular Speed 90°/s
Angular Vibration Range ±0.02°

Infrared

Obstacle Sensing Range 0.6-23 ft(0.2 – 7 m)
FOV 70°(Horizontal)
±10°(Vertical)
Measuring Frequency 10 Hz
Operating Environment Surface with diffuse reflection material, and reflectivity> 8%(such as wall,trees, humans, etc.)

Remote Controller

Operating Frequency 2.400 GHz-2.483 GHz(Europe,Japan,Korea)
5.725 GHz-5.850 GHz(United States, China)
Transmission Power (EIRP) 2.4 GHz
CE / MIC / KCC:< 20 dBm

5.8 GHz
SRRC / FCC:< 26 dBm

Max Transmission Distance FCC:4.3 mi(7 km);
SRRC / CE / MIC / KCC:3.1 mi(5 km) (Unobstrcted, free of interference)
Power Consumption 16 W(typical value)
Display 5.5 inch screen, 1920×1080, 1000 cd/m², Android System
Memory 4G RAM+16G ROM
Operating Temperature Range 32° to 104° F (0° to 40℃)

Intelligent Flight Battery Charging Hub(PHANTOM 4 CHARING HUB)

Voltage 17.5 V
Operating Temperature Range 41° to 104℉(5° to 40℃)
Capacity 4920 mAh
Voltage 7.6 V
Battery Type LiPo 2S
Energy 37.39 Wh
Operating Temperature -4° to 104℉(-20° to 40℃)

AC Power Adapter(PH4C160)

Voltage 17.4 V
Rated Power 160 W

We accept the following payment methods:

FREE SHIPPING

Navworld offers free delivery on all purchases over R 2,000.00.

Customers will still have the option of placing orders that fall below this qualifying value conditional on these orders clearly specifying a Delivery Charge of R 172.50 Incl. VAT.

Subject to availability and receipt of payment, orders will be processed within 3-4 working days and delivery will be confirmed by way of email.

Contact us for delivery options in your area.

FIRST LINE WALK-IN SUPPORT

Navworld will continue to offer first line support at all its branches on Garmin products.

For telephonic support, please call the Garmin Support Centre on 011 251 9999 or 0861 427 646.

7 DAYS RETURN POLICY

Not 100% satisfied with your online purchase?

You can return your purchase within 7 days of receipt thereof for a full refund.

Please refer to our Returns and Refunds policy for more information.

WARRANTY AND
OUT-OF-WARRANTY SERVICE

All products presented are required to be assessed and approved by Garmin Southern Africa prior to replacement.

Navworld will use best efforts to facilitate this process on behalf of customers.

Garmin standard terms and conditions of warranty apply.

PRIVACY POLICY

Your privacy is important to NavWorld. Developed to provide you with information on how we process your personal data when you create an account with NavWorld, make a purchase in one of our stores, or visit navworld.co.za.

Click here to view our Privacy Policy

TERMS AND CONDITIONS

Terms and Conditions of use of our website incorporating terms applicable to the sale of goods.

Click here to view our Terms and Conditions

0