After an extended period, I have finally managed to allocate time to initiate a construction project. Time has become increasingly limited for me, as I operate my dance studio solely in the evenings while working as a software developer during the day. With this context, I aspire to complete the new "floor" before the conclusion of my vacation.
I will be utilizing 2 T-Motor MN4014-330KV motors for the main rotors, 2 x T-Motor MN4004-400KV motors for the tail, along with 2 x Hobbywing Platinum 60A ESCs, 2 x Hobbywing Platinum 25A ESCs, 4 x T-Rex 500 tail mechanics, and 4 x SAB DS12C swashplate servos.
The main rotors will measure 24 inches, while the tail rotors will be 13 inches.
I have selected the Speedybee F405 Mini as the flight controller, and the software will be my customized helicopter version of INAV 6.1.Currently, the device weighs 1,038 grams without the flight controller and rotor blades. With the addition of the rotor blades (approximately 100 grams) and the flight controller, I anticipate being able to achieve a maximum dry landing weight of 1,200 grams.
I will be utilizing 2 T-Motor MN4014-330KV motors for the main rotors, 2 x T-Motor MN4004-400KV motors for the tail, along with 2 x Hobbywing Platinum 60A ESCs, 2 x Hobbywing Platinum 25A ESCs, 4 x T-Rex 500 tail mechanics, and 4 x SAB DS12C swashplate servos.
The main rotors will measure 24 inches, while the tail rotors will be 13 inches.
I have selected the Speedybee F405 Mini as the flight controller, and the software will be my customized helicopter version of INAV 6.1.Currently, the device weighs 1,038 grams without the flight controller and rotor blades. With the addition of the rotor blades (approximately 100 grams) and the flight controller, I anticipate being able to achieve a maximum dry landing weight of 1,200 grams.
