Looking for “remote controlled train models near me” in your Google search? Discover the amazing RC locomotives at Locomoland in Niagara Falls. Visitors young and older are invited to explore our unique railway control system as you learn how to use controls and how trains operate.
We are open six days a week and you can book an appointment to learn more about our railway control system first-hand. Our unique railroad railway offers a train handling system and gives you a chance to be a train driver with special high-tech virtual cameras.
Guide to Driving the Remote-Controlled Miniature Railway System
Each model railway layout has its own remote-controlled system, mainly designed by the owner, with the help of particular manufacturers. The main source powers the system with a voltage that controls the track, engine motor, and the central controller. Most modern RC model train systems have a consistent power supply.
How to Operate and Drive the Trains
Based on the layout and complexity of the control system, a digital alternative allows for better control of each train. The speed, direction, and sounds produced are dependant on the technology of the computerized system.
Types of Train Controls
Model train controls allow for flexibility and control of the track and train engines. From boosters, the central unit, and decoders for sound, accessories, and the engine, a train control system is essential.
Throttle Used to Control Train Speed
Every model train requires a throttle that acts as a “driver” to control the speed and direction, much like a gas pedal in a car. It also works as a control panel as it organizes the data while the train is running on the rails.
Functions of the Train
WiFi Connection Statue: Use of this source is becoming more popular as it helps to lower costs by reducing power costs. This type of train function can also be used in conjunction with a present setup of common power sources.
Emergency Stop: Most model train setups are wired with emergency stop signals just like an actual train. Pressing the stop button once cuts power to the running engine while some systems have a three-time push button to halt all action across the layout.
Maximum Speed: Model trains can reach speeds of up to more than 400 km/h or 250 mph. These speeds are determined by a computer chip that detects signals from the main controller.
Headlight: Whether a Wi-Fi connection, a battery, or a household power source controls the accessories, headlights are a terrific addition. Watching the train enter a tunnel only to wait on the other side to see the headlight gives any train lover a sense of wonder.
Engine Sound: Most trains have sound boards built-in to produce the roar of the engine, whistles, horns, and “chuff” sounds. There are sound boards that can be added in older models as well.
Horn: Choice of horn sounds depends on the owner’s preference. Thanks to technology, some train horns can be coordinated with the speed of the locomotive.