Price:
$
Model:
X4-10
Wheelbase:
Supplier-listed configuration; confirm selected frame
Flight Control:
Confirm installed flight-control configuration
Empty Weight:
Confirm speed and mass under stated test conditions
Power Battery:
Confirm selected battery and power configuration
Wingspan(without propellers):
Confirm dimensions for the selected build
Folded Size(without propellers):
Confirm transport dimensions for the selected build
Empty Weight:
Confirm mass for the selected build
Satellite Navigation System:
Confirm navigation configuration where applicable
Endurance Time:
Confirm duration under stated test conditions
Maximum Horizontal Speed:
Confirm speed and mass under stated test conditions
Image Transmission:
Confirm image-transmission configuration and lawful settings
Electronic Speed Controller:
Confirm installed ESC and control configuration
The useful reading of this page is a test protocol, not a promise of ten kilometres. Freeze the supplied configuration first, then record controlled checks and keep the outcome tied to that exact equipment state. The X4-10 material consistently points to a 10-inch airframe, a 65A four-in-one ESC and a choice of INAV or Betaflight. It also mentions a 915 MHz receiver, a 16-channel transmitter and multi-constellation satellite navigation. The weak point is the archived power data: one record names a 6S 8000mAh pack while another names 4S 5100mAh. That difference affects motors, connectors, mass, tuning and any endurance figure, so it must be closed before quotation.
| Decision | What appears in the archive | How to close it |
|---|---|---|
| Battery | 6S 8000mAh and 4S 5100mAh entries | Specify cell count, capacity, connector, charger and installed mass |
| Distance | 10 km in the title; other old entries mention 20 or 30 km | Use a test report that states link equipment, environment and reserve |
| Endurance | 20- and 30-minute references | Match the figure to the quoted battery, mass, weather and flight profile |
| Dimensions | 31 × 38 cm and 2.65 kg are listed | Confirm whether the measurement includes battery, antenna and accessories |
INAV is normally discussed when navigation features and a more structured route or position workflow matter. Betaflight is normally selected for direct manual response and tuning familiar to FPV pilots. That does not make either option universally better. The order should name the installed target, firmware version, receiver protocol, sensor set and the basic configuration file supplied at handover.
Usable distance depends on the selected radio and video equipment, antennas, mounting, regional settings, terrain, interference, aircraft mass, battery reserve and the permitted operating area. A product title cannot capture those conditions. Ask for the exact airborne and ground equipment, then review the supplier's test method and the local rules that apply to the intended use.
The current archive is inconsistent. Use the battery named on the latest signed build sheet and confirm that the motors, ESC, connector and charger match it.
No. Firmware, sensors, antenna placement, setup and test conditions still need to be recorded for the supplied unit.
Only if the quotation turns it into a defined test with named equipment, conditions, route limits and reserve. Otherwise it remains a catalogue reference.
Use the category to shortlist a frame, then request the exact power and link record.
Define the supplied configuration before assessing endurance or link behaviour.
Plan a portable X4-7 field kit with verified packed dimensions, case support, antenna and camera protection, battery handling and setup checks....
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Review the document-led X4-10 racing page by resolving S7mini, receiver-brand, 4S/6S and 20/30m/s conflicts....
Assess the X4-1900H hydrogen drone through its airframe, fuel cell, cylinder, auxiliary batteries, transport, service and payload-specific endurance records....
Audit the document-led X4-1900H X9 page against conflicting X8, 14.5/16kg and 29/52kg records before publication....
Turn the document-led X4-900 listing into a serialized integration manifest covering RTK, gimbal, LiDAR, video, power and outputs....
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
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 flights2025-12-30
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 signal2025-12-30
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 flights2025-12-30
This long range FPV drone surprised me with its durability. After several long flights and minor crashes, the frame still holds up well. Repairs are easy, and spare parts are easy to find. Great for anyone who loves exploring far beyond the usual FPV range2025-12-30