This is the 2430mm variant of the Makeflyeasy Fighter 2430mm 4+1 UAV Fixed Wing VTOL Drones (PNP SET ) in Drone Frame and Accessories.
Makeflyeasy Fighter 2430mm 4+1 UAV Fixed Wing VTOL Drones (PNP SET )
Description:
The Makeflyeasy Fighter (2430mm) is an industrial-grade 4+1 hybrid VTOL (Vertical Take-Off and Landing) UAV platform purposed for high-precision, long-range aerial missions. Merging the operational flexibility of a multirotor with the high-speed cruising efficiency of a fixed-wing aircraft, the Fighter eliminates runway dependency entirely. Built to serve as a high-tier infrastructure asset, it delivers exceptional aerodynamic stability, generous payload capabilities, and ultra-long time-on-station for industrial mapping, powerline inspection, and security surveillance.
WIRING:
NOTE:
1.Power System means only power parts, not the aircraft fuselage
2. If you are failed to place order directly from our web shop, pls contact our sales team to get support.
Note:
Production lead time: 7-15 working days (ask customer service about production schedule before ordering
The shipping time is expected to be another 7-14 days
Prices and freight are for reference only, no stock, orders need to wait for production time.
Made-to-order products: Once a customer submits an order, the product will immediately go into production. Given its customized nature and the immediacy of production, such orders become binding upon confirmation, and no refunds will be accepted.
Key Capabilities & Engineering Innovations
- Efficient 4+1 Hybrid Configuration: Utilizes 4 dedicated vertical lift motors for reliable zero-runway take-offs and landings, transitioning seamlessly to a high-efficiency rear pusher motor for low-power fixed-wing horizontal cruise.
- Tool-less Rapid Field Deployment: Engineered with an advanced quick-release mechanism for wings, tail components, and the VTOL motor arms. The entire platform can be assembled on-site in under 10 minutes without specialized tools, maximizing operational uptime.
- Optimized Aerodynamic Efficiency: T design combined with clean wing geometry actively dampens atmospheric turbulence, offering an ultra-smooth flight profile essential for stabilizing high-resolution optical and LiDAR tracking sensors.
- Heavy-Duty Industrial Composite Architecture: Molded using advanced, lightweight EPO material structurally reinforced with comprehensive carbon fiber composite spars and internal hardpoints, ensuring high torsional rigidity under maximum flight loads.
- Uncompromised Internal Payload Capacity: Features a cavernous, modular internal equipment bay designed to easily isolate and house professional surveying gear (such as full-frame oblique cameras or laser scanners) alongside heavy high-voltage battery packs (e.g., 6S / 12S LiPo or Solid-State setups).
The inside of the fuselage is equipped with a wire groove and removable baffle, which is matched with nylon braided sleeves to ensure simple and efficient wiring in the cabin
Streamlined EVA cushions a redesigned on both sides of the bottom of the fuselage, which does not block the camera hole, shock absorption and wear resistance, and improve the aircraft’s course stability
The center of gravity of the aircraft is under the raised position of fuselage hook and the wing root plastic (same position)
The center of gravity of the hand-held lanyard during heavy load, and the center of gravity of the hand-lifted wing during light load
Battery cabin supports 2*6S@16000/22000mAh (Li-Po)which provides strong power for long endurance
The battery fixed seat is made of PC board and Unmachined, with light weight and good impact resistance
The dual battery cable tie has a reasonable layout, which effectively avoids entanglement
cabin supports a maximum installation size of 80 x 45 x 68mm, With large-size and large- pitch propellers, the front-pull power conversion efficiency is high
The distribution cabin cover is reserved with data transmission antenna holes, which is convenient for the assembly and dis-assembly of the antenna
The design of the distribution cabin shortens the wire path and improves the electromagnetic environment of the aircraft
With the power distribution board, the power system of the fuselage can be quickly replaced
Load cabin size:280x160x110mm
A7R/A7R2,five-lenshalf-frame tilt camera can be placed in the main cabin
The auxiliary carbon tube adopts toolless quick-release design. After disassembly, it can open the main and auxiliary cabin. lt can be equipped with a five-lens full-frame tilt camera or a 1.5kglightweight lidar
The open platform design of the flight control cabin facilitates the installation of open source /com-Marcial flight control installation
Cooperating with the centerboard can make full use of the space layout, greatly optimizing the line sequence and direction
The double-sided round holes ensure the accurate height measurement of the fight control barometer and also facilitate the installation and use of safety switches
Cooperate with the flight control protective cover to prevent for-eigne matter from falling, beautiful and dustproof
The RTK / PPK antenna position is reserved at the rear of the flight control cabin, and with the RTK/PPK module, it can improve Theos data accuracy
The GPS module is located at the rear of the fuselage, with a size of 69 x 63 x18mm, which can accommodate flight control GPS and compass modules. The electromagnetic environment is clean
The vertical tail and fuselage adopt a 5-point integrated tool-less quick-release structure
When closed, the plastic parts on both sides form an embedded box structure, which has strong resistance to compression, tension and torsion
The 9-pin gold-plated connector is used to realize the mechanical and electrical separation of the tail and the fuselage
The vertical tail servo can be disassembled and Assem-bled, which is convenient for maintenance.
The horizontal tail adopts a tool-less quick-release structure, which is automatically locked when it is pushed and pulled out immediately when pressed
Embedded carbon tubes on the vertical tail rudder surface in-crease the strength of rudder sur- face, increase the rudder angle fixing plate, and increase the rudder surface response speed
Three hinges connect the rudder surface, reduce the rotation resistance and increase the accuracy of rudder surface execution
The left and right horizontal tails are designed with inde-pendent control of dual servo. Even if one side fails, the air-craft can return, which im-proves the safety of the air-craft
Horizontal tail servos do not need to be buried in advance, which is convenient for servo maintenance
The rocker arm of servo adopts an embedded design, even if the rocker arm transmission columns loose, the rudder surface is also accurately executed
Carbon tubes are embedded in the rudder surface of the horizontal tail to increase the strength of the rudder surface
Four hinges connect the rudder surface, reduce the rotation resistance and increase the accuracy of rudder surface execution
ф12x1000mm Outer coveringф14x560mm Main carbon tubeф12x600mm Auxiliary carbon tube Ensure the overall rigidity of the wing.
The wing and fuselage with the embedded box structure enhance the contortion resistance of the wing
Dual connector can realize signal line redundancy, improve system stability, reduce wiring difficulty, and is compatible with 4 + 2layout
The wing wiring cabin facilitates the installation of power signal cables. With the wiring board, the wing power system can be quickly disassembled and assembled
The aileron servo cabin not only facilitates replacing servo, but also can be equipped with an air-speed meter module to improve the airspeed detection accuracy
The multi-axis arm can be in-stalled and removed as a whole, which is convenient for use and maintenance
Embedded carbon tubes on the Aileron rudder surface in-crease the strength of rudder surface, increase the rudder angle fixing plate, and in-crease the rudder surface re-sponge speed
Four hinges connect the rudder surface, reduce the rotation resistance and in-crease the accuracy of rudder surface execution
The fuselage adopts 25mm carbon fiber square tube, which not only ensures the rigidity but also has enough space for wiring and casing
The arm adopts self-locking folding structure, which can be folded with one press and locked with one turn
The multi-axis motor base is made of aluminum alloy CNC ma-chined, and the surface is anodic oxidized to increase abrasion resistance and corrosion resistance
The motor frame supports the largest ф60mm motor, and the size of the ESC cabins 63 x 43 x 13mm with customize ESC, waterproof and dustproof, good heat dissipations effect, no fear of Harsh external work environment
Package Includes:
1xMakeflyeasy Fighter 2430mm 4+1 UAV Fixed Wing VTOL Drones (PNP SET )
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