Novel helicopter tug system

A helicopter tug system (100) for moving a helicopter without initializing the drive system of the helicopter, wherein the system (100) comprises:

• (a) a helicopter having a linear first helicopter skid (111), and a linear second helicopter skid (112) each horizontally disposed on a helicopter bottom parallel to each other;
• (b) a powered track assembly (120) having a track assembly frame (121) with a track assembly frame top (122) and a track assembly frame bottom, wherein a microprocessor (130) is disposed therein and operatively connected to a power supply (131) disposed therein, wherein a drive hub (132) and at least one idler hub (133) are rotatably disposed on a side thereon, wherein a set of tracks (134) is disposed around an outside periphery of the drive hub (132) and the idler hub (133), wherein a motor (135) is operatively connected to the drive hub (132) and the power supply (131), wherein a receiver (136) is operatively connected to the microprocessor (130), wherein a clamp (137) is disposed on the track assembly frame top (122), wherein the clamp (137) is mated to the first helicopter skid (111) or the second helicopter skid (112) for securely fastening thereto;
• (c) a caster support (140) having a caster support frame (141) with a caster support frame top (142) and a caster support frame bottom, wherein the caster support frame (141) comprises a wheel (144) rotatably disposed thereon and the clamp (137) disposed on the caster support frame top (142), wherein the clamp (137) is mated to the first helicopter skid (111) or the second helicopter skid (112) for securely fastening thereto;
• and
• (d) a radio control unit (150) having a transmitter (151) operatively connected to a radio control power supply (152) disposed therein, wherein the transmitter (151) is in communication with the receiver (136);
• wherein a first powered track assembly (120) is disposed on the first helicopter skid (111), wherein a first caster support (140) is disposed on the second helicopter skid (112), wherein the radio control unit (150) sends a first signal to the first track assembly (120) via the transmitter (151) communicating with the receiver (136) to move the helicopter without initializing the drive system of the helicopter.