: The world is divided into regions (e.g., Fruinia, Archana) with distinct socio-economic profiles. A luxury GT car that sells well in a wealthy region will fail in a developing market due to high "Service Costs" and "Reliability" demands.
: The game calculates lift, drag, and safety ratings based on body shape and active safety features, directly impacting the car's competitiveness in different global regions. 3. Economic Simulation: The Tycoon Mechanics Arquivo: Automation.The.Car.Company.Tycoon.Game...
Automation serves as an educational tool for understanding the complexity of the automotive world. By archiving the evolution of car technology over 70 years, it highlights the shift from raw mechanical power to digital efficiency and globalized logistics. : The world is divided into regions (e
: Players must manage variables such as thermal efficiency, octane requirements, and material stresses. For instance, choosing forged internals allows for higher RPMs but increases production costs and engineering time. : Players must manage variables such as thermal
This paper analyzes Automation: The Car Company Tycoon Game as a high-fidelity simulation of the automotive industry. It focuses on the game's two primary pillars: the , which utilizes real-world engineering constraints, and the Grand Campaign , which simulates global market dynamics, consumer demographics, and industrial logistics from 1946 into the near future. 1. Introduction: The Simulation Philosophy
Unlike arcade-style racing games, Automation focuses on the "why" and "how" of automotive design. The "Arquivo" (archive) of the game represents a massive database of mechanical components—from pushrod inline-fours to modern twin-turbo V12s. The core objective is to balance engineering excellence with commercial viability, forcing players to navigate the same trade-offs faced by historical manufacturers like Ford, Toyota, or Ferrari. 2. Engineering Realism: The Engine and Chassis Designer