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X4-7 7inch Racing Drone with INAV Flight Controller

Price: $
Model: X4-7 INAV sensor handover
Wheelbase: Archived: seven-inch X4-7
Flight Control: INAV — confirm controller board and target
Empty Weight: Speed requires dated conditions
Power Battery: Archived: 4S 5100mAh
Wingspan(without propellers): Archived: 25 × 31 cm
Folded Size(without propellers): Archived transport reference: 37 × 11 cm
Empty Weight: Archived: 1.35kg — measure installed unit
Satellite Navigation System: GNSS option — identify receiver and compass
Endurance Time: Duration requires a configured test
Maximum Horizontal Speed: Speed requires dated conditions
Image Transmission: Video system model remains to be selected
Electronic Speed Controller: Archived: 45A four-in-one ESC

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INAV navigation handover

List the board, GNSS and compass before describing navigation behaviour

The title identifies an INAV X4-7 while the older product fields list INAV or Betaflight. The preserved hardware outline includes a seven-inch frame, 45A four-in-one ESC, 4S 5100mAh battery and 915MHz receiver reference. For this page, the quotation should settle one INAV-supported controller, GNSS receiver, compass arrangement if fitted, firmware target and saved configuration.

INAV receiving checklist

  1. Confirm controller model and supported firmware target.
  2. Identify GNSS receiver, compass and mounting orientation.
  3. Save the delivered configuration and calibration notes.
  4. Record radio mapping, mode switches and failsafe.
  5. Complete a short controlled check with approved battery reserve.

Navigation handover evidence

LayerRequired identityAcceptance note
ControllerBoard model, INAV target and firmwareSaved configuration matches unit
GNSS/compassReceiver, constellations, compass and placementBasic acquisition and orientation check
Control linkTransmitter, receiver, antenna and settingsMapped controls and failsafe record
Power train45A ESC, motors, propellers and 4S packMass and short controlled flight

Navigation features depend on installed sensors

Firmware capability does not prove that a GNSS receiver or compass is present, correctly placed or configured. Describe the actual hardware and document the basic checks completed at handover.

Keep recovery planning outside the marketing claim

No navigation feature replaces a lawful operating area, conservative reserve and site-specific recovery plan. Set those limits for the responsible operator after the configuration is verified.

X4-7 source image associated with the titled INAV flight-controller build.
Lead aircraft view for connecting board and sensor labels to article 2411.
Second seven-inch X4-7 gallery image retained for navigation-interface review.
Configuration evidence for checking GNSS, compass and receiver installation.

INAV build questions

  1. Does the title prove that GPS hardware is installed?

    No. Ask for the receiver model, antenna placement and delivered sensor list.

  2. Why is a compass record relevant?

    If one is fitted, its model, orientation, placement and calibration affect navigation behaviour.

  3. What should be backed up before delivery?

    Save firmware identity, controller configuration, calibration notes and radio mapping.

Request an INAV build sheet

Name the navigation behaviour needed for lawful work and require the supporting hardware record.

Compare navigation-oriented FPV drones
Evidence register

INAV navigation handover

Name the INAV board, sensors and saved configuration that belong to the supplied airframe.

Platform record
Archived: seven-inch X4-7
Speed status
Speed requires dated conditions
Mass reference
Archived: 1.35kg — measure installed unit
Power record
Archived: 4S 5100mAh
Propulsion or controller record
Archived: 45A four-in-one ESC
Endurance status
Duration requires a configured test
Packing reference
Archived transport reference: 37 × 11 cm
Control record
INAV — confirm controller board and target
Imaging or link record
Video system model remains to be selected
Navigation record
GNSS option — identify receiver and compass
Airframe dimensions
Archived: 25 × 31 cm

Related Resource


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Strict Quality Control System Covering the Entire Production Process
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Customer Reviews

   

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Review Title

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   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.
   Worth Every Penny!


 2025-12-29

I’ve tried several FPV drones, and this one stands out for quality and performance. The build feels solid, and the video feed is crystal clear. Definitely recommended for serious hobbyists.
   Long Transmission and Good Build Quality


 2025-12-30

The long-distance capabilities of this drone impressed me right away. It kept a reliable link out to several kilometers, and the sturdy build handled a few rough landings without issue. A solid choice for expansive FPV flights
   Reliable Long-Range Cruising & FPV Experience


 2025-12-30

I’ve taken my Long Range FPV Drone out on several long flights. The transmission stayed solid even over extended distances, and the smooth FPV feed made it easy to maintain orientation throughout the trip. Battery life was impressive, letting me explore local trails without worrying about signal
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