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PNP version of the Convergence: delivered without receiver, the stabilization control is however well included, so you can install any 6 channel receiver in the aircraft.
The Convergence vertical take-off aircraft has a simple design with a delta wing and three brushless motors - two rotary motors on the wings and one fixed motor at the rear.
It is equipped with flight control software specially tuned by its creator, Mike McConville. This software allows the transition between drone and airplane flight simply with a switch.
It also offers you the Stability and Acro flight modes to let you discover all its performances.
This model is even ready to receive FPV equipment with integrated mounts to accommodate a camera and video transmitter.
Unlike other vertical takeoff models where the entire wing rotates and requires as many as 4 motors, the Convergence has a simple but streamlined delta wing and three brushless motors - two rotating motors on the wing and one fixed motor on the tail.
In drone flight, the wing-mounted motors rotate to a vertical position to provide thrust and control for takeoff. In airplane flight, the motors on the wing rotate to a horizontal position and the model's elevons control the bank angles. In airplane flight, yaw is controlled by the differential thrust of the wing motors.
The model is equipped with flight control software tuned by Mike McConville, so that almost any RC pilot can experience vertical takeoff flying.
To switch from drone flight to airplane flight, you simply flip a switch. The flight controller will rotate the wing motors into position and activate or deactivate the tail motor depending on the transition.
These two flight modes allow you to take advantage of many flight characteristics.
In drone flight, the Stability mode provides you with limits on bank angles and restores the model's stability when you release the sticks. You'll be able to take off and land like a pro, even if you're flying a drone for the first time. In airplane flight, you'll also have the tilt angle limits and the model will self-stabilize when you release the sticks.
If you use the Stability mode when transitioning from drone to airplane flight, it will maintain the attitude from one phase to the other to ensure the best possible experience in vertical takeoff flight.
In Acro mode, there are no limits on bank angle or self-stabilization. In drone flight, the model flies like a standard drone by tilting according to the direction. It can also turn and rotate like other drones.
In airplane flight, the Acro mode allows you to perform aerobatics. Thanks to the forward thrust of the two brushless motors, you will have power and speed. You can use the differential thrust to do spins.
This model is designed to accommodate the majority of the most commonly used FPV cameras. There is a camera compartment under the nose and a space to install a video transmitter at the back of the model. The easy access will allow you to install the equipment in a few minutes.
Spektrum 650TVL CCD NTSC FPV Camera (SPMVC650)
Spektrum 25mW 5.8GHz Video Transmitter (SMPVT025)
Power Adapter (SPMA9556)
Spektrum 4.3" Video Monitor with Goggles (SPMVM430C)
The Plug-N-Play version is compatible with all 6 channel transmitters or higher. You can use either a standard receiver with normal servo connection or a serial receiver. You simply connect the receiver to the model's flight controller. No complex programming is required. You can use the switch on channel 5 to select the Stability or Acro mode and the switch on channel 6 for the transition between aircraft and drone flight.