Description Catalog Quality control Related FAQ Reviews



X4-7 Lightweight Racing Drone with 30-Minute Flight

Price: $
Model: X4-7 endurance repeatability
Wheelbase: Archived: seven-inch X4-7
Flight Control: INAV or Betaflight — identify test baseline
Empty Weight: Archived: 30m/s — separate speed test
Power Battery: Archived: 4S 5100mAh
Wingspan(without propellers): Archived: 25 × 31 cm
Folded Size(without propellers): Archived packing reference: 37 × 11 cm
Empty Weight: Archived: 1.35kg empty — record flight mass
Satellite Navigation System: 915MHz and GNSS entries — identify hardware
Endurance Time: Conflict: twenty vs thirty minutes
Maximum Horizontal Speed: Archived: 30m/s — separate speed test
Image Transmission: Digital video system — identify installed equipment
Electronic Speed Controller: Archived: 45A four-in-one ESC

Get Quote
Thirty-minute repeatability

Replace the headline with a battery-state test series

The archived twenty- and thirty-minute entries need one repeatable endurance protocol. Battery identity, ready-to-fly mass, route, weather, reserve and every valid run belong in the same evidence series. Article 2423 preserves a 1.35kg empty-weight entry for its seven-inch X4-7, together with a 45A integrated ESC and 5100mAh four-cell battery reference. Its visible endurance field says thirty minutes, while an older product issue says up to twenty minutes. That conflict cannot be solved by selecting the longer value. A credible product page should define battery age, charge state, installed camera, take-off mass, route, weather, reserve and repeat count.

Inputs for the test series

  1. Number and label every battery used.
  2. Record charge method, start voltage and pack temperature.
  3. Measure ready-to-fly mass with the same camera.
  4. Use a consistent route, timing rule and reserve trigger.
  5. Publish the run range and planning value, not a single best case.

Endurance repeatability table

VariableArchive stateTest-series record
DurationThirty-minute field; twenty-minute issueMultiple runs with one timing rule
Battery4S 5100mAhIdentity, cycle state, starting voltage and temperature
Aircraft1.35kg empty referenceReady-to-fly mass and camera
ConditionsNot completeRoute, wind, temperature, landing voltage and reserve
Close-up of a black drone motor marked 3115 KV900 on a carbon-fibre arm with a small guard.
Used to identify the test article; the image does not prove battery state, duration or reserve.
X4-7 airframe retained for the controlled endurance-series record.
Article 2423 source view used to identify the repeated-flight configuration.

Battery health belongs beside every result

Capacity labels do not show actual condition. Track pack identity, cycle history or health check, charging method, starting state and post-flight observations so later runs can be compared without hiding deterioration.

Report the spread, not only the best flight

A small series reveals variation caused by wind, temperature and operator profile. Record all valid runs, explain exclusions and choose a conservative planning value that protects the agreed landing reserve.

X4-7 endurance questions

  1. Why are repeated flights necessary?

    They show variation and reduce the risk of publishing a one-off favourable result.

  2. Which mass should be recorded?

    Use ready-to-fly mass with battery, receiver, video equipment and camera.

  3. How should a planning value be chosen?

    Use the measured series with a conservative reserve and the intended lawful profile.

Request an X4-7 endurance series

Send the camera and reserve requirement so the battery test can match the intended use.

Compare seven-inch endurance records
Test Protocol

Endurance series card

Resolve the archived duration conflict with a controlled set of flights.

01
Label each battery and record charge state, health, temperature and start voltage.
02
Use one ready-to-fly mass, route, timing rule and landing reserve.
03
Publish the valid run range and conservative planning figure, not only the best result.

Related Resource


X4-7 Lightweight Racing Drone with 30-Minute FlightRelated Quality Control
Strict Quality Control System Covering the Entire Production Process
Strict Quality Control System Covering the Entire Production Process
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.
Functional Testing of Flight Control, Power System, and FPV Transmission
Functional Testing of Flight Control, Power System, and FPV Transmission
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.
Related FAQ
FAQ More+
1.How far can Long Range FPV drones fly reliably in professional operations?
Find evidence-led answers about FPV configuration, compatibility, documentation and acceptance checks for lawful decisions....
2.What payloads can Long Range FPV drones carry for professional applications?
Find evidence-led answers about FPV configuration, compatibility, documentation and acceptance checks for lawful decisions....
3.How Far and How Long Can a Long Range FPV Drone Fly?
Find evidence-led answers about FPV configuration, compatibility, documentation and acceptance checks for lawful decisions....
4.What Is a Long Range FPV Drone?
Find evidence-led answers about FPV configuration, compatibility, documentation and acceptance checks for lawful decisions....

Customer Reviews

   

Score
 Remove

Review Title

Review Text

   Great Balance of Range and Stability


 2025-12-30

My experience with the FPV Drone has been positive overall. The long-range capability is solid for cruising and exploration flights, and the stable flight characteristics in crosswinds give me confidence flying farther out. Perfect for intermediate pilots looking to push their limits
   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
   Perfect for Wide-Area Exploration


 2025-12-30

I regularly fly over fields and forest trails, and this long range FPV drone never disappoints. The signal range is excellent, and it’s stable even in moderate winds. It’s become my go-to for remote adventure flights and scenic FPV clips
   Confidence-Boosting Long-Range Flights


 2025-12-30

This long-range FPV drone gives me real confidence when flying far from the launch point. Signal penetration remains stable over open terrain, and the video feed stays clear enough to judge distance and orientation accurately. With proper battery planning, I can comfortably explore wide areas and s
Need Help?
Please leave your contact information to get our latest catalog
Get In Touch Now >
FD FPV Drones

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

NEW KEYWORD

About Us

Products

Information

  • tel
  • +86-13959965075
  • Please Leave Message

    Quanzhou XIYI Technology Co., Ltd.
    +86-13959965075
  • info@fpvdroneskit.com
  • whatsapp
    WhatsApp