XFly - Business Jet J-65 Twin 40mm 1030mm EDF PNP - Red
new
XFly
XF127P-R
not in stock
€ 199,90€ 165,21 excl. VAT
XFly J-65 Business Jet – Twin 40mm EDF
Now available at Aerobertics
XFly Model proudly introduces the J-65 Business Jet, the latest addition to its acclaimed twin 40mm EDF series. Designed around a “compact yet refined” philosophy, the J-65 perfectly captures the elegant lines and presence of a real business jet, combining true-to-scale aesthetics with lively and confidence-inspiring flight performance.
The sleek airframe features a factory-applied painted finish enhanced with finely detailed decals, giving the model an unmistakably premium look straight out of the box. Its dual-wheel landing gear and twin EDF power system deliver the authoritative stance and realism of a full-size aircraft, both on the ground and in the air.
Powered by two high-performance 40mm 12-blade EDF units, driven by 1413 KV5000 brushless motors and dual 20A ESCs with reverse thrust, the J-65 offers impressive thrust on 4S LiPo batteries. The result is smooth, responsive power capable of vertical climbs, rolls, loops, and confident fast passes, while still maintaining excellent low-speed control.
Ground handling is precise and stable thanks to the dual-wheel landing gear, making taxiing, takeoff, and landing easy and predictable. For pilots who prefer hand launching, the landing gear can be removed quickly for clean belly landings.
Assembly is fast and completely glue-free, allowing you to go from box to runway in around 15 minutes. The spacious battery bay accepts 4S 1800–2600mAh LiPo batteries, providing 5–10 minutes of flight time depending on throttle management.
In addition to the eye-catching red/blue livery, XFly also offers a plain white version, perfect for pilots who enjoy creating their own custom paint schemes—a favorite option here at Aerobertics for personalization enthusiasts.
Key Features
Twin 40mm 12-blade EDF power system with dual 20A ESCs and reverse thrust
Dual-wheel landing gear for excellent ground stability and realistic taxiing
