Orbital Motor (OM) is a concept that I have coined that is used to describe the future of motorized aircraft and spacecraft. Many of the current systems use rocket engines or jet engines. All the while we are learning from the failures and mistakes made with these systems. We are making great strides forward in the development of new materials, methods, and propulsion systems that can reduce the cost and risk of space travel.
This concept is designed around two main components and each of these components is designed to function as a potential orbital motor solution. The two main components include a balance plate and an output shaft. The balance plate is actually a lightweight but rigid component of the system and is designed to hold an actuator and a collector that will provide the power for the motor.
The output shaft is a short shaft that connects the motor to the actuator and collects the kinetic energy that the actuator then converts into motion for the rotor. The design of this drive link consists of a series of gears and other components such as a flywheel. The entire assembly is then mounted on a pedestal that is balanced on the two inner rings of the balance plate. Each side of the plate has four equally spaced balls (or teeth) that allow for the gears to spin. When the inner ring touches the center of the rotor, this forms a slip band and a very sturdy support system.
The main weakness of these types of orbital motors is that they tend to be less efficient than other technologies that use a two or four tooth gearbox. The problem with having only one tooth gearbox is that it leaves a huge amount of unused weight and thrust that is not converted into useful flight time. These engines also tend to generate a large amount of heat that can compromise the efficiency of the system. They also pose some very big safety issues.
High starting gears reduce the amount of torque that an orbital motor requires from the start of its flight until it begins the deceleration process. The gears also help to lower the RPM's which results in less energy being spent during the flight process and therefore more thrust capability. It is very important that you purchase a high quality shaft that is designed to withstand the rigors of space flight. The shaft must be constructed of high grade, but low-cost alloys since these are the materials most commonly used.
When you finally have your very own Orbital motor, you should always remember to regularly check your fluid levels. These fluids are essential to the operation of the hydraulic motor itself and your craft. If you find that there is not enough hydraulic oil, it could cause some serious problems on the launch pad. You should also always make sure that your craft's hydraulic oil cap is kept securely in place and is not leaking.
