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X4-900 Industrial Drone with RTK & Lidar Mapping

Price: $
Model: X4-900 mapping evidence workflow
Wheelbase: Archived: 900mm wheelbase
Flight Control: Archived: S7mini controller — verify revision
Empty Weight: Archived: 18m/s — set project limit
Power Battery: Archived: 6S 22000mAh battery
Wingspan(without propellers): Archived: 62 × 62 × 40 cm
Folded Size(without propellers): Transport dimensions depend on sensor package
Empty Weight: Configured take-off mass must be measured
Satellite Navigation System: Archived: G982 RTK — define correction source
Endurance Time: Archived: 52 minutes unloaded — sensor test required
Maximum Horizontal Speed: Archived: 18m/s — set project limit
Image Transmission: Archived: VW20 — confirm equipment and region
Electronic Speed Controller: Archived: SE0660X4 — verify current model

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X4-900 deliverable ledger

Define the mapping output before choosing the sensor package

The X4-900 source record names a 900mm frame, S7mini controller, G982 RTK, A2MINI gimbal, VW20 link, 6S 22000mAh battery, 18×5.7 propellers and SLAMTEC S2 LiDAR. The record lists the scanner, but it does not establish whether the current quotation includes it. This is a component outline, not proof of a survey result. Procurement should begin with the required coordinate system, ground sample distance or point-cloud density, file format and independent checkpoints.

X4-900 mapping aircraft from the RTK and LiDAR product archive.
Lead identity image for checking the 900 mm platform before a mapping trial.
Second X4-900 source image associated with the archived mapping configuration.
Retained view for matching installed modules to the current quotation ledger.
Third X4-900 gallery image stored with article 2406.
Source evidence for aircraft identity; dataset quality still requires a measured field record.

Dataset acceptance ledger

WorkstreamSource referenceBuyer decision
PositionG982 RTKCorrection service, datum and quality log
ImagingA2MINI gimbal with selectable cameraSensor, calibration, overlap and output
ScanningSLAMTEC S2 listed in source; current inclusion unconfirmedMount, timing, density and processing route
Airframe900mm; 6S 22000mAh; unloaded 52-minute entryConfigured mass and payload endurance trial

Small-area proof before field release

  1. Confirm controller, RTK, gimbal, camera or scanner model numbers.
  2. Record datum, projection and correction source.
  3. Measure take-off mass with the selected sensor.
  4. Process a known-area sample in the intended software.
  5. Compare outputs with independent checkpoints and required file formats.

Store quality status with every flight dataset

A fixed RTK solution during part of a route does not validate every image or scan. The handover plan should state how correction age, solution status and gaps are logged, flagged and repeated.

Treat camera and LiDAR acceptance separately

Photogrammetry depends on optics, calibration, exposure and overlap. A point cloud depends on scan geometry, time alignment and processing. A combined package needs both checks plus a documented coordinate transformation.

Mapping procurement questions

Does RTK alone guarantee centimetre-level deliverables?
No. Installation, corrections, calibration, processing and independent control also matter.
Is LiDAR included in the base platform?
The preserved article lists the scanner, but it does not establish whether the current quotation includes it. The order must name it explicitly.
What sample should be accepted first?
Use a small site with known checkpoints and run the complete capture-to-export workflow.
Scope an X4-900 data trial

Provide the intended output and accuracy check so the sensor package can be reviewed against it.

Review industrial FPV platforms
Evidence register

X4-900 deliverable ledger

Treat the listed mapping hardware as a quotation checklist until each delivered module is identified.

Platform record
Archived: 900mm wheelbase
Airframe dimensions
Archived: 62 × 62 × 40 cm
Navigation record
Archived: G982 RTK — define correction source
Imaging or link record
Archived: VW20 — confirm equipment and region
Control record
Archived: S7mini controller — verify revision
Packing reference
Transport dimensions depend on sensor package
Endurance status
Archived: 52 minutes unloaded — sensor test required
Propulsion or controller record
Archived: SE0660X4 — verify current model
Power record
Archived: 6S 22000mAh battery
Mass reference
Configured take-off mass must be measured
Speed status
Archived: 18m/s — set project limit

Related Resource


X4-900 Industrial Drone with RTK & Lidar MappingRelated Quality Control
Final Inspection Before Packaging and Shipment
Final Inspection Before Packaging and Shipment
Review the FPV process evidence, records and acceptance checks a buyer can request for a selected configuration.
Dedicated Quality Control Team Ensuring Every FPV Drone Meets Factory Requirements
Dedicated Quality Control Team Ensuring Every FPV Drone Meets Factory Requirements
Review the FPV process evidence, records and acceptance checks a buyer can request for a selected configuration.
Careful Selection and Inspection of All Incoming Electronic and Mechanical Components
Careful Selection and Inspection of All Incoming Electronic and Mechanical Components
Review the FPV process evidence, records and acceptance checks a buyer can request for a selected configuration.
Standardized Assembly Procedures to Ensure Product Consistency
Standardized Assembly Procedures to Ensure Product Consistency
Review the FPV process evidence, records and acceptance checks a buyer can request for a selected configuration.
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Customer Reviews

   

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   Awesome Long Range FPV Footage


 2025-12-30

I mounted a lightweight camera on my Long Range FPV and got stunning FPV footage over open fields and trails. The signal stayed strong over long distances, and the build held up well to minor bumps. Definitely a great rig for scenic long flights
   Fast, Stable & Long Range FPV Fun


 2025-12-30

This drone gives me fast, stable FPV flights with awesome long-range capability. I take it on trips for panoramic footage, and the reliable signal and build quality make it a pleasure to fly far and wide.
   Ideal for Exploration but Requires Skill


 2025-12-30

Long range FPV is incredibly fun, but you need to know what you’re doing. With proper setup and antenna orientation, you can push distances further. I lost signal once flying too quick without checking wind — lesson learned!
   Great Range but Know the Limits


 2025-12-30

This long range FPV drone did what I expected: extended signal and smooth video. Just be mindful of battery life and wind conditions — pushing too far without planning can risk signal loss or low power return
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