What’s it like to drive a Buggy / Baja RC Car?

An rc buggy car is a fast car that can be run off-road. You can buy either the quiet, and easy to maintain 1:10 scale remote control buggy, which comes in both electric and gas powered models, or the monster 1:8 scale gas nitro rc buggy car.

An electric rc buggy car can reach over 30 miles per hour. Usually they have 2 wheel drive and are powered by an electric motor and 7.2 volt battery.

A gas rc buggy car is usually 1:8 scale. These machines are high tech. Powered by 2 to 3 horsepower engines, these 4 wheel drive rc buggies can reach speeds in excess of 40+ miles per hour!

The OFNA models is a very popular choice for both the electric and the gas powered models.

Here you can see a video of the OFNA Hyper 7 on a track.

Electric rc buggies are great fun. These two wheel drive electric powered off-road models are popular worldwide... especially in racing. An electric rc buggy car is perfect for beginners. These rc models are tough, easy to build, and you can play with them on-road or off-road. They can take abuse such as jumping ramps and driving accidents. 1:10 scale electric rc buggy cars are powered by electric motors and 7.2 volt battery packs. They are rear wheel drive, using rubber threaded tires in the rear, and thin rubber tires in the front.

Long, coil over oil filled shock absorbers and long suspension arms absorb the shock of rough surfaces and jumps.

A gas RC Buggy car is awesome. Simply refuel and you can run non stop! A gas rc buggy car is usually 1:8 scale. These machines are high tech. 4 wheel drive, powered by 2-3 horsepower nitro engine, spike rubber tires, oil filled shock absorbers. These 4 wheel drive rc buggies can reach speeds in excess of 40+ miles per hour!

In the gas powered rc buggy car hobby, OFNA is a popular brand. A popular rc model is the OFNA Ultra LX Pro.

You can see a OFNA Ultra LX One here.

For beginners on a tight budget, the 1:8 OFNA Nitro Ultra GT RTR is a good choice.

For serious racers, the 1:8 OFNA Hyper 7 is a better choice. And it's is a faster model.





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