PC-EXCLUSIVE for maximum power or cross-platform for more players: What is really better for simulations?

Should games be released exclusively for PC or support as many platforms as possible at the same time? Especially in the simulation scene, this question is significantly more complicated than a simple argument between PC and console players. On one side is maximum technical freedom. On the other side are a larger community, more sales, and the possibility that a game will continue to be developed for years after release. Both sound reasonable, but both bring clear disadvantages.

The arguments for PC exclusivity are initially obvious. Depending on its configuration, a modern PC can offer significantly more performance than a console with fixed hardware. Developers can plan larger maps, more AI traffic, denser cities, better shadows, higher-resolution textures, and more demanding physics systems. Simulations benefit especially from this because many things often have to be calculated at the same time. A bus simulator, for example, does not only require the vehicle itself, but also passengers, traffic, traffic lights, mirrors, timetables, weather systems, and a large environment.

The PC also offers significantly more possibilities for controls. Keyboard, mouse, steering wheels, gear shifters, joysticks, additional displays, and entire self-built cockpits can be connected with each other. A complex simulation can therefore offer many functions without having to reduce every control to a small number of controller buttons. Anyone driving with a steering wheel can assign indicators, doors, lights, retarder, and other systems to individual buttons. This freedom is part of the core of a simulation for many players.

Mods also clearly speak in favour of the PC. Community content can be installed, modified, and distributed much more easily there. New vehicles, routes, sounds, timetables, or complete maps can keep a game alive for years. For some simulations, the modding community is even more important than official content. Consoles offer such possibilities only to a limited extent or not at all because files, platform rules, and closed systems impose much stricter limits.

PC exclusivity can also prevent a game from constantly having to take the weakest supported hardware into account. This is one of the biggest criticisms of cross-platform projects. As soon as a game is supposed to run on several devices at the same time, every feature has to be tested and optimised on all systems. A particularly large city, denser passenger numbers, or a new physics feature may theoretically work on a powerful PC but cause performance problems on a console. The question then becomes whether the feature is reduced, simplified, or removed completely.

This is exactly where the accusation often arises that consoles slow down the PC version. However, this accusation is not always fair. There are games that offer additional graphics settings, higher resolutions, more traffic, or greater draw distances on PC. Cross-platform does not automatically mean that every version has to be technically identical. Developers can offer different quality levels and allow the PC version to scale further. The decisive point is how well the project has been technically structured.

A purely PC-based development also has clear disadvantages. The potential market is smaller. Millions of players mainly use PlayStation or Xbox and do not own a powerful gaming PC. A developer who completely excludes this audience gives up significant revenue. Especially for smaller studios, this can determine whether a project remains financially viable, additional employees can be hired, or further updates appear after release.

Cross-platform can therefore even enable more content in the long term. A larger player base means more sales, more attention, and in the best case a larger budget for expansions. A simulator that only reaches a small PC niche can be technically impressive and still fail financially. A slightly more accessible game on three platforms, on the other hand, may earn enough money to receive new vehicles, routes, and features for years.

The community also benefits from a release on several platforms. Friends can talk about the same game regardless of which system they own. Content reaches more people, videos and streams gain a larger audience, and multiplayer modes can be used much more strongly. Especially in small simulation niches, a shared community can prevent the player base from becoming divided across too many individual titles.

Cross-platform also offers developers an advantage that is often underestimated: Consoles have fixed hardware. A PC game has to work across countless combinations of processors, graphics cards, drivers, memory, and operating systems. With a console, developers know exactly which technology is present. This makes targeted optimisation easier. The hardware may be weaker than a high-end PC, but it is always the same. In the best case, a game can therefore be tuned very precisely to the device.

The problem begins when cross-platform changes not only the technology, but also the game design. A complex user interface may work well on PC with mouse and keyboard, but feel cumbersome with a controller. Developers then simplify menus, reduce direct functions, or group several systems into selection wheels. This may make sense for console players, while experienced PC players may feel that the game has been simplified unnecessarily.

Updates also become more complicated. Every new feature has to be tested, approved, and partly reviewed by platform operators across several platforms. A bug may only affect one particular console. At the same time, players expect updates to appear everywhere at roughly the same time. For a small development team, this additional effort can be considerable. Time invested in several versions may be missing from new content or from improving the actual game.

The decisive question is therefore not only PC-exclusive or cross-platform. What also matters is how cross-platform is implemented. A poor solution would be to artificially limit all versions to the same technical level. A better solution would be a shared core with different quality and feature levels. Consoles could receive an optimised version with adjusted graphics, while PC offers additional settings, more traffic, higher draw distances, and more extensive modding possibilities.

However, this immediately creates the next debate. Is it fair if PC players receive more features even though everyone pays the same base price? Console players might feel like second-class customers. Conversely, PC players could argue that their stronger hardware should also be used. Complete equality sounds fair, but technically it can mean that the most powerful platform does not use its full potential.

For simulations, a middle ground is therefore likely to be the most sensible approach. The basic scope of the game should remain comparable across all platforms. Routes, vehicles, tasks, and central systems should not be artificially missing. At the same time, the PC version should be allowed to remain significantly more flexible in graphics, traffic density, control options, and mods. Console players would still receive the complete game, while PC players could use the additional performance of their hardware.

However, not every game has to follow the same approach. An extremely complex flight simulator, a technical railway simulation, or a project with extensive modding support may benefit from PC exclusivity. A more accessible bus, truck, or transport simulator, on the other hand, can grow significantly through consoles. The decisive factors are the target audience, budget, technical direction, and whether the core idea works sensibly with a controller.

Timing can also play a role. A game could first be released on PC, mature technically there, and later be adapted for consoles. This would allow the developers to avoid limiting the original vision immediately. At the same time, there is a risk that console players may have to wait a long time or ultimately receive a technically problematic port. A simultaneous release creates a shared community, but significantly increases the pressure on the development team.

In the end, PC exclusivity offers maximum freedom in performance, controls, and modding. Cross-platform offers more reach, higher revenue, and a larger shared player base. The disadvantages are equally clear: A PC-exclusive game reaches fewer people, while a cross-platform project may have to make technical and design compromises.

Our preliminary verdict is therefore: Cross-platform is fundamentally sensible as long as the PC version is not artificially limited and the console version is not carelessly reduced. Different hardware may lead to different graphics levels and control options. However, the central content should remain complete and fair on all platforms.

Now you decide: Should developers preferably use the maximum performance of the PC or bring as many players as possible together across PC, PlayStation, and Xbox?