Carabiners

RC carabiners in the ABC-RC store

W ABC-RC you'll find remote-controlled carabiners different types: aircraft, drones, boats, cars. Realistic models for enthusiasts rC modelling. Wide assortment, tailored to your needs.

Application of RC carabiners

RC carabiners, also known as radio-controlled snap hooks or remote-controlled carabiners, are extremely popular among model enthusiasts. Their uses range from recreational control of model airplanes, drones, boats or cars to professional applications such as sports modeling or even scientific research.

Division of RC carabiners

In our offer you will find rC snap hooks divided into several categories, depending on the type of model for which they are intended:

• snap hooks for RC aircraft - are characterized by precise control and long range
• carabiners for RC drones - equipped with special features such as "follow me" mode or gesture control
• snap hooks for RC boats - weatherproof, provide stable control even in waves
• snap hooks for RC cars - offer high precision control, essential for fast racing

Selection of RC carabiners

Choosing the right rC carabiner depends on several factors. It is important, first of all, to match it to the model with which it will work. You should also pay attention to the control range, the number of channels and the available functions.

Advantages of using RC carabiners

Use of rC carabiners has many advantages. They make model control intuitive and precise. Allow you to perform a variety of maneuvers and tricks, as well as to control the model over a long distance. For some models, it is also possible to control via smartphone or tablet.

Technical construction of RC carabiners

Each rC carabiner consists of several basic components, such as the transmitter, receiver, servos and power supply. The transmitter is a device that the user holds in his hand and with which he controls the model. The receiver is the part placed in the model that receives the signals sent by the transmitter. Servos are small motors that convert signals received by the receiver into movements of the model. The power supply provides the energy required to operate the entire system.