Price:
$
Model:
X4-1900H environmental data workflow
Wheelbase:
Archived: 1900mm X8 frame
Flight Control:
Fuel-cell and propulsion control revision — verify
Empty Weight:
Archived: 18m/s — set sampling profile
Power Battery:
Archived: two 6S 5300mAh auxiliary packs
Wingspan(without propellers):
Archived unfolded: 1500 × 1500 × 650 mm
Folded Size(without propellers):
Archived folded: 900 × 800 × 650 mm
Empty Weight:
Archived empty mass: 14.5kg — add sensor mass
Satellite Navigation System:
Multi-GNSS and RTK entry — identify receiver
Endurance Time:
Two hours without payload — sensor test required
Maximum Horizontal Speed:
Archived: 18m/s — set sampling profile
Image Transmission:
Archived link statement — identify regional equipment
Electronic Speed Controller:
Archived fuel-cell output: 48V, 3kW
Environmental monitoring and patrol work require a project file that connects the RTK source, sensor, lawful operating plan, configured mass and data-quality checks. The aircraft name alone proves none of them. Environmental-monitoring source notes for the X4-1900H identify an X8 folding airframe with a 1900mm wheelbase. The energy entries cover a 48V 3kW fuel cell, 12L cylinder at 350 bar and two 6S 5300mAh auxiliary packs; the same record gives 14.5kg empty and 29kg maximum take-off figures. For measurement work, duration and RTK are support functions: accepted output depends on sensor identity, calibration, sampling interval, mounting, time alignment and data custody.
| Layer | What to specify | Acceptance evidence |
|---|---|---|
| Sensor | Parameter, model, range and response time | Certificate and pre-use check |
| Installation | Mount, airflow exposure, vibration and power | Drawing, mass and interference review |
| Sampling | Interval, position/time tags and route | Small-area dataset with known references |
| Custody | File format, naming, metadata and storage | Traceable export and quality notes |
Name sensor model, parameter range and calibration date.
Approve the mount, power connection and airflow exposure.
Record configured mass and centre of gravity.
Run a sample against known or co-located reference measurements.
Define file format, metadata, quality flags and archive owner.
An RTK solution may improve where a sample is located, but it does not correct sensor drift, contamination or response lag. Record navigation status alongside calibration and quality flags instead of merging them into one accuracy claim.
The old two-hour figure is explicitly without payload. Sensor, mount, wiring, weather, route and reserve change usable sampling time; measure the selected package and report useful data-collection time separately from total flight time.
Provide the parameter, sensor and output format so the mounting and acceptance plan can be reviewed.
Frame the RTK aircraft around lawful monitoring evidence and data custody.
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Tel: +86-13959965075
Email: info@fpvdroneskit.com
MP/WhatsApp: +86-13959965075
Manufacturer Address:Quanzhou Valley Nanan Science and Technology Innovation Center, No. 89 Shijing Avenue, Shijing Town, Nanan City, Fujian Province
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