1/10 RB10 RTR (Requires battery & charger): Red
Experience championship performance with the Team Associated 1/10 RB10 RTR Buggy, a high-performance 2WD off-road RC Car derived from 13-time I.F.M.A.R. World Championship lineage. Powered by a high-torque brushless motor and backed by electronic gyro stability, this Ready-To-Run platform is engineered for both backyard bashing and competitive track driving.
The Team Associated 1/10 RB10 RTR Buggy brings legendary racing performance directly to your favorite driving spots. Built upon a low center-of-gravity composite chassis, this 1/10 scale 2WD scale model features a water-resistant Reedy speed control paired with a potent 3300kV brushless motor. To keep you locked in on any surface—from pavement to loose dirt—the included 2.4GHz radio system features Dynamic Vehicle Control (DVC) with an adjustable built-in gyro for maximum stability. Threaded aluminum 12mm big bore coil-over shocks soak up rough landings, while rear CVA driveshafts and a sealed gear differential handle raw brushless torque with ease. Factory-finished with high-grip treaded tires and a bold painted body, the RB10 is your entry point to elite RC Buggy competition.
What battery and charger do I need for the Team Associated 1/10 RB10 RTR Buggy?
The Team Associated 1/10 RB10 RTR Buggy requires a 6-cell NiMH or a 2S-3S LiPo battery equipped with a high-current T-Plug connector, a compatible battery charger, and 4 AA batteries for the transmitter.
Is the Team Associated 1/10 RB10 RTR Buggy waterproof?
The Team Associated 1/10 RB10 RTR Buggy features water-resistant electronics, including a water-resistant speed control and an enclosed receiver box. While it handles wet grass and damp conditions well, it should not be fully submerged in water.
Is the Team Associated 1/10 RB10 RTR Buggy beginner-friendly?
Yes, the RB10 RTR is designed for drivers of all skill levels. It comes equipped with Dynamic Vehicle Control (DVC) featuring an adjustable gyro that helps beginners keep the vehicle straight and stable under heavy acceleration.







































