RTK (real-time kinematic)drone, is a GPS correction technique that provides real time corrections to location data while the drone is capturing imagery. with the RTK enabled drone, it’s now possible to capture desired accuracy data
RTK drones can enhance the precision of positional data from satellite based positioning systems. RTK drone relies on a single reference station to deliver correction data for geotags during flight. This means we not only use the GPS data from the drone, but the positional information from a nearby reference station to accurately pinpoint the location of the drone.
the main advantages of using an RTK drone are pretty obvious. It allows for on-demand surveys at a fraction of the time, increases map survey accuracy, and enables surveyors to capture high accuracy data more frequently
often referred to as a drone, is an aircraft that operates without a human pilot on board. UAVs can be controlled remotely by a human operator or operate autonomously through onboard computers or remote control systems. these aircraft are used in a wide range of applications, including military, commercial, scientific, recreational, and more.
UAVs come in various sizes and configurations, from small quadcopters and fixed-wing aircraft to larger, more complex systems. This versatility allows them to be adapted for different purposes. many UAVs are operated by a human pilot using a remote control unit or a ground control station, which includes a control interface and communication equipment.
some UAVs are capable of autonomous flight using onboard sensors, GPS, and sophisticated navigation systems. They can perform tasks and return to their base without continuous human intervention. drones equipped with cameras are used for capturing aerial photos and videos for various purposes, including filmmaking, surveying, real estate, and event coverage.
hexacopter unmanned drones are known for their stability, especially in windy conditions. the extra rotors contribute to improved balance and resistance to external forces, making them valuable for aerial photography, videography, and inspection tasks that require stable flight. hexacopter unmanned drones are versatile and can be used in various industries and applications. they are employed for aerial photography and videography, industrial inspections, agricultural surveys, search and rescue operations, mapping and surveying, and more.
satellite system: | GPS+BDS+Glonass+Galileo+QZSS, | ||||||||
satellite tracking: | BDS: B1I, B2I, B3I, B1C, B2a, B2b | ||||||||
GPS: | L1C/A,L1C,L2C,L2P,L5 | ||||||||
GLONASS: | G1,G2,G3. Galileo: E1,E5a,E5b,E6. QZSS: L1C/A,L1C,L2C,L5. IRNSS: L5. SBAS: L1C/A. | ||||||||
number of channels: | 1408 | ||||||||
initialization: | 99.99% | ||||||||
continued testing without network: | supported | ||||||||
anti-interference: | built-in multi-frequency anti-interference technology. | ||||||||
static accuracy: | plane +/-(2.5mm + 0.5×10-6×D)mm, elevation +/-(5mm + 0.5×10-6×D)mm | ||||||||
RTK accuracy: | plane +/-(8mm + 1×10-6×D)mm, Elevation +/-(15mm + 1×10-6×D)mm. | ||||||||
tilt compensation accuracy: | 8mm + 0.3 mm/degree | ||||||||
video measurement accuracy: | typical 2~4cm, measurement distance 2~15 meters | ||||||||
IMU update rate: | 200Hz | ||||||||
tilt angle: | 0 degrees-60 degrees | ||||||||
senseless super inertial navigation: | no initialization required Indicator lights: satellite light (1pc), differential data light (1pc), static indicator light (1pc), power light (1pc) | ||||||||
buttons: | static switch key + power, confirm key | ||||||||
web page: | supports PC and mobile web pages | ||||||||
camera: | frequency measurement, efficiency increased by 60%, three-dimensional modeling doubles the efficiency of internal and external operations. AR real-scene navigation, keep track of where you want to avoid getting lost, visual stakeout, one shot put in place. | ||||||||
pixel: | 2MP&5MP | ||||||||
frame rate: | 25Hz | ||||||||
field of view (H, V): | 75 degrees, 75 degrees | ||||||||
illumination: | starlight-level camera, OmniPixel 3-GS; maintain full color image under 0.01lux illumination | ||||||||
size: | Φ133.5mm*80mm | ||||||||
weight: | 725g | ||||||||
material: | magnesium alloy | ||||||||
working temperature: | -45 degrees ~ +75 degrees | ||||||||
storage temperature: | -55 degrees ~ +85 degrees | ||||||||
waterproof and dustproof: | IP68 | ||||||||
anti-impact: | IK08 | ||||||||
battery: | typical battery life of the mobile station is more than 16 hours | ||||||||
fast charging: | 1 hour of charging, typical battery life of more than 8 hours | ||||||||
external power supply: | DC 5-12V | ||||||||
storage: | 8GB, supports external expansion 128G (U disk/TF card) | ||||||||
differential data: | RTCM2.X, RTCM3.X, CMR, CHC516 | ||||||||
positioning data: | NMEA-0183 Static data: HCN, RINEX 2.11, RINEX3.02 | ||||||||
wireless connection: | supports Wi-Fi data link | ||||||||
WiFi: | Wi-Fi IEEE 802.11a/b/g/n/ac | ||||||||
bluetooth: | 5.0 & 4.2 +EDR, backward compatible | ||||||||
network module: | handbook supports 4G full network communication | ||||||||
radio: | built-in single-receiver radio, supports TT450, transparent transmission protocol, compatible with mainstream radio protocols Super dual reception: supports radio + network two-way data simultaneous differential | ||||||||
one-click matching: | supports one-click matching of base station data | ||||||||
one-click fixing: | comes with CORS and fixes it when you turn on the computer | ||||||||
model: | iD3 | ||||||||
network: | 4G full Netcom, built-in eSIM | ||||||||
operating system: | android 10 | ||||||||
CPU: | Octa-core 2.0GHz | ||||||||
RAM+ROM: | 3GB+32GB | ||||||||
LCD screen: | 5.5'' high-definition display | ||||||||
physical buttons: | full-function buttons, supports measurement shortcut keys | ||||||||
camera: | 1300w | ||||||||
battery: | typical battery life 14 hours | ||||||||
waterproof and dustproof: | IP68 | ||||||||
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