We develop Train Driver 2 railway simulator, which makes starting one’s virtual adventure on the rails as Driver or Dispatcher possible. We care about the realism by recreating the rolling stock, signal boxes, infrastructure as well as directing the trains’ movement using different control systems with the highest fidelity possible. With us, the start of the journey is the first step in pursuing the career on actual railways!
We popularize the aspects of railway operation in Poland and worldwide, showcasing the insides of the railways, from the perspective invisible to the regular passenger on daily basis.
We perpetuate the railways using 3D models in all aspects – rolling stock, infrastructure or other objects, especially caring about those which are vanishing or have already entirely disappeared.
We educate young people in the field of railways, ensuring compliance with regulations and rules applied in the railway industry. We promote the profession of train driver and traffic dispatcher.
Simulators
kilometers of real railway lines
days to release patcher
The development of Train Driver 2 has led to the emergence of several smaller initiatives, which have contributed to making our simulator truly unique. Within the Association, we strive to expand our product in every direction, aiming to bring the experience of virtual railways as close as possible to the real thing.
Therefore, as part of the project, several other simulators have been created, allowing us to participate even more realistically in our endeavor:
SWDR4, an IT system created to manage railway traffic, including communication between signal boxes, scheduling, and handling of block signalling.
One of the basic traffic control devices at signal boxes in TD2. It mimics computerized traffic control devices, but it is not a 1:1 replica of any currently used in railways.
SPE is a program used to control railway traffic in TD2, which simulates the MOR-1 control panel and the functional layers of MOR-3, MOR-3E, and E.
SUP is a program that accurately replicates the automatic level crossing protection system RASP-4F and the remote control device RASP-UZK.
The ASDEK application aims to replicate the operation of a real system used for detecting emergency states in rolling stock during operation.
We’re aware, that words aren’t able to convey what we want to present, so below you can find some screenshots of our projects.