79 Monte Carlo Lowrider Black

1/10 1979 Chevrolet Monte Carlo Lowrider RTR, Black

The fully licensed 1979 Chevrolet Monte Carlo body is a highly detailed 3 piece body, with painted side mirrors, clear windows, detailed interior, injection molded chrome plastic details, chrome decals, magnetic body mounts and is LED light ready. The Monte Carlo is available in green or purple. A clear body will also be available for purchase for those of you who want to do your own custom paint job. The Monte Carlo also includes authentic looking whitewall tires mounted on chrome wire spoke wheels with center knockoffs.

The Redcat Monte Carlo is the first to use the new LR260 chassis with a solid rear axle and independent front suspension. One of the most exciting features of the new Monte Carlo is the ability to raise and lower each of the four wheels independently while driving. This is done by using a total of five servos, one for each of the four wheels and one for steering. Another exciting feature of the LR260 chassis is that it will fit hundreds of aftermarket bodies with the included optionally installed body posts.

The Redcat Monte Carlo includes the LR6X six channel 2.4GHz computer radio system that utilizes lowrider style switches. This radio has been fitted specifically for use with RC lowriders and includes many buttons, levers and switches to drive the Monte Carlo, as well as perform realistic looking lowrider tricks. The radio includes individual switches for each of the 4 height adjustment servos, momentary switches for raising either the front or rear to max ride height and momentary buttons for lowering either the front or rear to minimum ride height. The levers and switches are similar to those found on an authentic full-sized hopper control unit. This provides the Monte Carlo driver with a realistic scale simulation of what it’s like to actually operate a full size hydraulically controlled lowrider.

If you haven’t had the experience of driving a Redcat lowrider, now’s the time with the RTR Redcat Monte Carlo.