Soil deformation in Farming Simulator 25 will be one of the exciting new features to enhance the game's physics. This request has been made for ages by many players and finally, the devs have delivered. So, let us see what lies ahead of us...

Today, each field and each wheel track of each tractor and each tool you use to till the fields will leave a specific sign. Let’s dive into how this will change the gameplay experience.

Visual and Physical Deformation Effects: What Can We Expect?

In the new FS25, you’ll really feel how machinery interacts with the soil. The ground deformation system accounts not only for the type of surface — whether it’s clay, snow, or wet mud — but also for its hardness, viscosity, and even the weight of the machinery. Light vehicles will leave lighter impressions in the soil, while heavy tractors with powerful tires will dig deeper.

This level of detail allows you to feel the ground “come to life” under the wheels — especially if you’re using equipment with narrow or wide tires. This deformation system impacts not only the appearance of the soil but also the maneuverability across already-formed ruts, which can either hinder or help you stay on course.

Physics Details: From Different Tire Types to Speed Control

In Farming Simulator 25, every element that affects vehicle movement matters. For example, tracked vehicles won’t leave as deep marks as those on standard rubber wheels. This mirrors reality, where tracked equipment has better off-road capability and is recommended for more swampy areas.

Even the speed of travel is important: at lower speeds, the tractor sinks deeper, leaving more pronounced tracks, while at higher speeds, the impact on the ground is minimized.

Working in the fields will become more pleasant, as the use of unsuitable equipment or inattention to environmental conditions can affect soil conditions. Moreover, it will make tillage and any other field work more difficult, as the plant will grow poorly in the place of ruts from machinery. It can also seriously affect work and increase time and fuel costs.

Development Challenges: Innovations Under the Hood

Each square centimeter of the field stores data on the depth and shape of deformations. With this technology, the developers were able to achieve a realistic deformed area of the field.

To optimize gameplay, the developers have employed data compression and procedural modeling technologies, maintaining high performance despite the increased system load.

How to Choose the Right Tires and Equipment

Soil deformation adds a new layer of strategy when choosing machinery for each task. For example, for working in dry weather, you’ll need one type of tire, while spring rainy days require something completely different. If you’re planning to work on snow or deep mud, wide tires will perform better by reducing sinking and improving traction.

Be sure to consider seasonal conditions and field characteristics, as this will help you select the right equipment, avoid unnecessary complications, and improve farm productivity.

A New Feel for Plowing: How Soil Deformation Changes Everything

Soil deformation now impacts not only the appearance of the ground but also the physical feel of working with it. Depending on the weight of the machinery and the type of surface, the soil will respond differently to each plow, creating authentic furrows.

Now, the furrows left by the plow look incredibly realistic — you can see how they cut into the earth, and you feel each dip as the tractor moves over them. Each field now retains the terrain changes left after work. The tractor doesn’t just roll over flat ground; it encounters physically tangible obstacles, making you take the terrain into account as you work.

What to Expect on Launch Day?

Many videos on YouTube already showcase this soil deformation feature. The visuals may not fully capture the intricacies, but you can see the impressive progress in this area. It’s best not to judge solely based on videos — wait for the game release and experience it firsthand. So, let’s look forward to November 12 to witness the soil deformation in FS25 ourselves!