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
This FPV drone is built with a high-performance 65A 4-in-1 ESC, combined with INAV / BETAFLIGHT flight control systems to meet different flight preferences. It is equipped with a 915MHz receiver and a 16-channel remote controller, ensuring stable and precise signal transmission.
Powered by a 6S 8000mAh battery, the drone features a 10-inch frame, a dry weight of only 2.65 kg, and compact dimensions of 31 × 38 cm (without propellers). It delivers a maximum level flight speed of 20 m/s and up to 30 minutes of flight time, offering excellent stability, endurance, and reliability for racing, aerial tasks, and professional applications.
65A 4-in-1 ESC
The advanced 65A 4-in-1 electronic speed controller ensures stable motor performance under high load conditions. Its integrated design reduces wiring complexity, lowers failure risk, improves system reliability, and optimizes weight distribution, forming a solid foundation for consistent high-performance flight.
INAV / BETAFLIGHT Flight Controller
Both flight controllers are industry-proven solutions.
INAV focuses on precise attitude control and advanced sensor fusion, making it ideal for stable flight and complex environments.
BETAFLIGHT emphasizes fast response and agile handling, supporting extensive customization and multiple flight modes for pilots who prioritize manual control and racing performance.
Users can choose freely based on mission requirements and personal flying style.
915MHz Receiver
Operating at 915MHz, the receiver offers strong anti-interference capability and reliable long-distance signal transmission, ensuring accurate command delivery and flight safety.
915MHz 16-Channel Remote Controller
The 16-channel design supports not only basic flight control but also advanced customization such as mode switching and auxiliary functions. Its ergonomic structure, intuitive interface, and real-time telemetry display provide a smooth and professional control experience.
6S 8000mAh Battery
The 6S configuration delivers powerful output, while the 8000mAh high-capacity battery supports up to 30 minutes of flight time under standard conditions. Compared with similar drones, it significantly improves endurance, reduces downtime, and meets long-duration operation requirements.
10-Inch Frame
The 10-inch frame balances flight stability and maneuverability, performing well in both confined environments and open-area high-speed flight.
Lightweight Airframe – 2.65 kg
The optimized lightweight structure improves efficiency and endurance while maintaining durability, making transportation and deployment more convenient.
Compact Size
Dimensions (without propellers): 31 cm × 38 cm, allowing easy storage and flexible transportation.
Maximum Level Flight Speed: 20 m/s
Capable of fast horizontal flight, the drone can quickly reach target areas, improving operational efficiency and competitive racing performance.
FPV Racing
With a 20 m/s top speed, responsive control, and stable 10-inch platform, the drone performs reliably on complex tracks and high-speed racing scenarios.
Professional Operations
Suitable for agricultural monitoring, power line inspection, and security patrols. Its long endurance and flexible configuration allow integration with professional equipment, expanding operational capabilities and improving task efficiency.
6S 8000mAh Battery with Up to 30 Minutes Flight Time
65A 4-in-1 ESC for Stable High-Load Performance
10 Inch Frame with 20 m/s Level Flight Speed

6S 8000mAh Battery with Up to 30 Minutes Flight Time 65A 4-in-1 ESC for Stable High-Load Performance 10 Inch Frame with 20 m/s Level Flight Speed...

Audit the conflicting 10-inch and 900 mm records on this archived FPV page and request a verified model label, drawing and bill of materials before quotation....

Centimeter-Level RTK Positioning with LiDAR Integration Up to 52 Minutes Endurance with 6S 22000mAh Battery Industrial-Grade Platform for Surveying, Inspection & Security...

30-Minute Endurance with 4S 5100mAh Battery 7-Inch Lightweight Frame for Stable High-Speed Flight Up to 30 m/s Level Flight Speed...

52 kg Max Takeoff Weight with Heavy Payload Capability Hydrogen Fuel Cell Hybrid Power, Up to 2 Hours Endurance RTK Precision + 20 km Long-Range Video Transmission...

Reconcile the archived seven-inch FPV page with its conflicting 10-inch component text, and confirm the frame, ESC, battery, mass and video equipment....
This drone handles like a dream. The responsiveness and agility are outstanding. Perfect for racing with friends or doing freestyle maneuvers. Battery life could be slightly better, but overall, it’s fantastic2025-12-29
This combat FPV drone handles strong winds, rain, and low-light environments with ease. The flight remains stable, making it ideal for realistic training exercises in challenging conditions. Its durable frame ensures repeated missions without damage2025-12-29
The FPV view is crystal clear, and the controls are responsive even at high speeds. Performing evasive maneuvers and rapid turns feels realistic, enhancing tactical training immersion2025-12-30
The AI target recognition system works reliably in both static and moving target scenarios. It can identify and track targets even when partially obscured or moving through cluttered environments. This significantly reduces pilot workload and improves situational awareness during simulated missions2025-12-29