In a farming simulator, players pay closer attention to the world’s details than to split-second action. They notice crop names, machinery labels, and whether farming terminology feels authentic. Moreover, they expect tooltips about soil pH and crop management to be clear and accurate. Now think about someone playing a fast-paced shooter. Timing matters far more in fast-paced action games. These games ask localization teams to solve completely different challenges. Yet many studios still rely on the same localization approach for both. These games differ in more ways than many development teams realize. 

Video game translationfollows very different priorities for simulation titles than it does for action games. Action games demand quick reactions, while simulation games give players time to read, compare options, and plan ahead. Once studios recognize this difference, the whole approach to localization has to change.

What Actually Sets These Genres Apart

Action games deliver information in quick bursts. Players see short warnings, brief dialogue, and quick instructions during gameplay. During a firefight, the translator’s job is to match the player’s pace. Even slightly longer dialogue can overlap gameplay or disrupt pacing. Otherwise, it either gets cut off or overlaps the next scene. 

Simulation games follow a different pattern. A city-builder, a farming title, or a management sim hands the player long tooltips, resource descriptions, and dialogue trees. All of this text has to fit inside a fixed UI. Instead of reacting under pressure, players spend their time reading and making decisions. That changes what a good translation looks like. A rushed translation can make the entire experience feel unnatural. Players quickly notice when industry-specific language feels translated instead of authentic. 

Why Studios Miss This So Often

Most localization vendors have built their pricing and their workflows around combat-heavy or story-heavy games. Those genres have traditionally made up a larger share of localization work. As a result, many gaming localization services default to one-size-fits-all pricing models that don’t account for how text-dense simulation titles are.

Simulation titles are treated as lower-priority projects. In reality, they often carry more written content per hour of play than most shooters ever will. There is also a technical problem. Sim interfaces are densely designed. Menus, sub-menus, resource panels, and stacked tooltips all compete for limited screen space. A label that fits in English can disrupt the interface layout once it gets translated. Action games encounter this problem less often because they display less text and use simpler interfaces. 

Common Mistakes Studios Make

One of the most common mistakes is reusing one localization brief across every genre in a portfolio. A studio developing both a racing simulator and a tactical shooter may send both projects to the same vendor using a single style guide, assuming one approach will work across both genres. It rarely does. A punchy line that works in a shooter can sound cold and robotic in a farming game, where players expect dialogue to feel warm and grounded.

A second mistake is skipping context work. Simulation games lean on specific vocabulary. A flight simulator uses aviation terminology, while a farming game depends on agricultural vocabulary. A hospital simulator has its own medical language. Translating that text without a playthrough, or without a glossary from someone with genuine subject-matter expertise, often produces translations that are technically correct but confusing for players who know the subject. Experienced players tend to spot those inaccuracies immediately.

Text expansion is the third recurring problem. Teams design their UI around the source language first. Then, late in QA, they find out half the translated lines do not fit. By that point, fixing it means modifying interface layouts, not just editing a sentence.

A Better Way to Handle It

The first step in solving this problem involves changing the perspective. Localization for SIM games is a systems issue, not just a dialogue issue. Create glossaries at an early stage that reflect the true subject matter of the game. Hire linguists who have experience in the field, be it logistics, farming, aviation, or urban development. Create an interface that is flexible enough to handle longer translations right from the start.

Many experienced localization teams now separate workflows for story-driven and systems-driven games because each requires different expertise. A translator who writes sharp action-game dialogue is not automatically the right person to explain crop-yield mechanics in plain, natural language. Matching the right linguist to the right genre is not an optional step. It is the difference between text that sounds like it belongs in the game and text that feels out of place within the game world.

A Real Example: Euro Truck Simulator 2

Euro Truck Simulator 2 shows how deep this work can go. The game supports dozens of languages. What makes its localization particularly interesting is how it treats city and region names across its community-built map expansions. Players and community translators have debated for years whether cities should keep their native spelling or switch to the name commonly used in the player’s own language. Both choices change how authentic the game feels depending on the market. SCS Software eventually added settings that let players toggle between localized and native city names. That choice came from listening to how different regions expect place names to look and sound. Few action games face this challenge because they are rarely built around real-world geography in the same way. 

Final Thought

Simulation games ask players to spend dozens of hours managing detailed systems. Its localization needs to reflect the pace, complexity, and terminology of those systems. The localization strategy that works for combat-focused games rarely works for simulation titles. Studios that understand this early avoid expensive redesigns late in development. More importantly, they end up with players who find the game world more believable, because it feels the game is designed for their experience rather than translated into their language.