Spring is very nearing and it’s to have nice flights outdoors! Here I’m gonna introduce you a newly improved helicopter, that is Tarot 450 PRO V2! Adopting carbon fiber main frame, the helicopter measured 638mm in length, 218mm in height features quiet compact and concise structure, much conducive to agile and smooth aerobatics. Hereinafter I’ll show you how exactly the 3D helicopter performs.
First of all, Tarot 450 PRO V2 adopts newly improved flybarless rotor head featuring ultra-low CG design. With reduced distance between rotor head and the frame, the helicopter is capable of stunts such as rolling, auto-spinning, swaying, pitching, soaring, etc. And the linkage rod with reverse thread makes pitch-adjustment more convenient. Lower CG greatly enhances resistance to the wind, while flybarless system promotes response speed as well as flight efficiency.
As for flight performance, the helicopter is ultra stable and smooth in normal flights like rising, descending, turning left and right, moving forward and backward. Beside, Tarot 450 PRO V2 is capable of aerobatics such as hovering, rolling, 360º rotating, flipping, crabbing, pitching, inverted flying as well as vertical flying. Utilizing professional 3D flight control system with adjustable 3axis gyro, it can automatically correct the attitude if flying direction deviates from the operation.
Moreover, Tarot 450 PRO V2 adopts fiberglass canopy without no electricity conduction, which greatly decreases self explosion when inner wiring mixed. What’s more, the anti-friction main blade utilizes nylon material of excellent durability as well as tenacity, which can be warped but not deformed. The separated landing gear can effectively reduces sudden impact when landing. Meanwhile, it’s very convenient to assemble and maintain.
Additionally, Tarot 450 PRO V2 utilizes improved side-frame design with dedicated mounting location for easier 3GX placement, resulting in clean wire management and better aesthetics. Longer battery mounting plate with integrated ESC mount not only makes battery mount more rigid, but also enables the battery to be shifted based on its dimension. And the screw count has been reduced to minimize assembly and maintenance time.