Designs For Gas Powered RC Cars

"We sell all the latest designs of all famous brands like Tamiya, Kyosho. Traxxas, Team Associated, HP I etc. of Gas Powered RC cars", says an RC Cars selling site. What they are referring to are the looks of body shells of the cars and the designs and graphics that are painted on. But by 'Designs For Gas-Powered RC Car', we mean the engineering design of the gas-powered RC Car and its components.

There are many types of RC cars so they all have many different design considerations. On-road cars of all types such as sedans, SUVs, and convertibles can share a common design basis with the body shell and the only changes are some of the specifications. Touring Cars can also share the same basic structural design but they need to withstand long distance runs over extended periods as well as pumping in more power at blazing speeds.

Formula 1 racecars need much higher speeds on the racetracks but not as much endurance as Touring type cars. Hummers and other army trucks can do away with a little bit of the power and speeds over common on-road versions.

The off-road Buggies, Trucks and Monster trucks have drastically different designs of all the car's systems to withstand the impacts, vibrations, obstacles, and falls without causing wear and tear. Many components including the chassis and drive train are made with titanium alloy that is sturdy, durable, and strong. A variety of special designs are considered for these cars' subsystems.

Sprint Cars are stranger than other types because of their emphasis on very light designs, powerful engines, and subsystems to cope with short fast sprints on dirt tracks. They need an adjustable main top wing and side wings for sticking to the ground and turning maneuvers, and a strong cage for roll protection. This all needs to be strong and lightweight.

Drag cars, on the other hand, have the most radical design with the single most important attribute being their brute speeds in short distances without any consideration for speed controls or steering systems because they don't race in laps and don't need to take turns!

Besides these structural differences in designs and specifications of car components, there are some common design philosophies for all the basic components of the car like the drive train, engine, radio receiver, fuel system, and steering system. The amateur racers and even the hard-core racers don't need to bother with those engineering design details. They should instead be concerned about what to expect from a particular type of design of a particular make and come to a decision accordingly!