Leave your address - as soon as the price of the product goes down, you'll know about it right away
Buggy Exost 20227 1:12 Electric RC model, 6 batteries supported, 660 g
Buggy Exost 20227 1:12 Electric RC model, 6 batteries supported, 660 g
In cart {{totalProductsCount}} item(s)
Your cart is empty
Buggy Exost 20227 1:12 Electric RC model, 6 batteries supported, 660 g
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Buggy Exost 20227 1:12 Electric RC model, 6 batteries supported, 660 g
Buggy Exost 20227 1:12 Electric RC model, 6 batteries supported, 660 g
The Exost 20227 1:12 Electric RC buggy is a compact off-road model designed for entry-level radio-controlled driving. Scaled at 1:12 and powered by an electric motor, this buggy supports up to six batteries to extend runtime and is lightweight at 660 g. It is intended for recreational driving, skill development, and short-distance RC racing across mixed terrains such as dirt, grass and gravel.
The model combines simple electric propulsion with a sturdy off-road chassis that absorbs minor bumps and uneven surfaces. Its 1:12 scale offers a balance between manageable size and visible detail, while the support for multiple batteries allows longer sessions without long downtime for recharging. At 660 g, the buggy is easy to transport and handle for beginners and younger users aged 5 and above.
Install the recommended batteries according to the vehicle and transmitter instructions, ensuring correct polarity and secure connections. Power on the transmitter before the buggy, then switch on the vehicle and perform a range and steering check in a safe, open area. Drive at moderate speed when learning controls and avoid prolonged high-speed impacts; after use, switch off the vehicle and transmitter and remove batteries if storing the model for an extended period.
Operate the buggy on dry surfaces free of large obstacles, keep a safe distance from people and pets, and supervise younger users. Regularly inspect the chassis and wheel assemblies for wear, and replace batteries of differing charge levels with uniformly charged cells to preserve performance and avoid imbalance.
{{highlightedFeature.featureTitle}}:
{{getProductFeatureValueById(product, highlightedFeature.featureId)}}