Ultra-high-speed helicopter with stowed single-blade coaxial rotors

An ultra-high-speed helicopter with stowed single-blade coaxial rotors, comprising

• a fuselage;
• wings and tails arranged on the fuselage;
• tail blades arranged at a tail end of the fuselage;
• and
• a rotor mechanism arranged on a top of the fuselage, the rotor mechanism comprises
• rotors, and the rotor mechanism can drive the rotors to be stored in a rotor storage cabin of the fuselage;
• a rotor storage mechanism and a coaxial blade reversing mechanism, the rotors are arranged on the coaxial blade reversing mechanism, the coaxial blade reversing mechanism is arranged on the rotor storage mechanism, and the rotor storage mechanism can drive the coaxial blade reversing mechanism and the rotors to lift in the rotor storage cabin;
• a base fixedly arranged in the rotor storage cabin, two symmetrically arranged rotor storage guide rails are fixedly arranged on the base, a coaxial blade reversing mechanism bracket is arranged between the two rotor storage guide rails, and both ends of the coaxial blade reversing mechanism bracket are slidably sleeved on the two rotor storage guide rails;
• and
• a vertically arranged rotor storage rack is arranged at one side of the coaxial blade reversing mechanism bracket, a rotor storage gear is meshed and connected with the rotor storage rack, the rotor storage gear is mounted on the base through a rotor storage gear bracket, a joint is arranged at a side, away from the rotor storage rack, of the rotor storage gear bracket, an L-shaped groove is formed in the joint, a worm is arranged in the L-shaped groove, the worm can be switched from a horizontal state to a vertical state along the L-shaped groove, and when the worm is switched to the vertical state, the worm is in meshing transmission connection with a side, away from the rotor storage rack, of the rotor storage gear.