Realistic Water & Soil Management (RWSM) V1.3.8.8

Realistic Water & Soil Management (RWSM) V1.3.8.8 FS25 | Farming Simulator 25 Mod Maps Tractors Harvesters Trucks Trailers Vehicles Cars Excavators Implements Buildings Saves Packs Misc Cheats Autodrive Home Add Mods How to Install Mods Create Mods How to Start Modding FS25 Giants Editor V10.0.3 METools for Giants Editor Modding Tool for FS25 How to Export your FS25 Mod Tips to Finalize your FS25 Mods How to use GIANTS Editor How To Test FS25 Mods Top Mods FS25 Universal Autoload FS25 Follow Me FS25 Courseplay FS25 AutoDrive FS25 Super Strength FS25 Enhanced Vehicle FS25 Power Tools FS25 Easy Dev Controls Tutorials FAQ How to get water How to reset a vehicle How to convert mods How to Make Money With Pigs How to Grow Fruit How to Feed Chickens How to use Baling technology About FS25 Release Date FS25 Money Cheat Giants Editor 10 – FS25 FS25 System requirements FS25: What we know so far FS25 Mods on Consoles Landwirtschafts Simulator 25 mods Contacts Misc Realistic Water & Soil Management (RWSM) V1.3.8.8 FS25 Mods | August 9, 2026 FS25 Mods --> Realistic Water & Soil Management (RWSM) V1.3.8.8 V1.3.8.8 Coupling significantly simplified: The water pump can now be connected to the Rainstar from many more positions. The laborious, precise alignment at the coupling point is largely eliminated. Automatic traction control: During retraction, the pump or hose reel detects how much traction is actually required and automatically adapts it to the terrain and the current resistance. This means the sprinkler is drawn in more evenly. Improved stability after loading: Physics and hose connections have been reworked so that the Rainstar should no longer tip over due to stored tension or joint forces after loading a save. Hose connection optimized: The connection between the water pump and Rainstar has been simplified and made more stable, without transferring unnecessary rigid mechanical forces to the device. Realistic Water & Soil Management expands Farming Simulator 25 with a permanently stored water, soil and plant balance. Rain, irrigation, evaporation, soil type, terrain, compaction, tire pressure, tillage and plant development are directly intertwined. As a result, fields no longer only react with simple conditions such as “dry” or “wet”, but rather have a multi-layered water balance with topsoil, root zone and subsoil. Natural depressions stay moist longer, heavy vehicles compact wet soil more and inadequate tire pressure increases the load on the topsoil. These influences have long-term effects on soil structure, root health, plant development and yield. Features Multi-layered water balance The soil water balance is calculated separately for: Topsoil from 0 to 10 cm Root zone from 10 to 30 cm Subfloor from 30 to 60 cm Precipitation, irrigation, evaporation, seepage, drainage, surface runoff, plant water absorption, soil type, soil structure, compaction and landform are taken into account. The usable field capacity is displayed separately from the complete pore saturation. Water above field capacity appears as excess water and can seep away, run off or cause waterlogging. Different soil types RWSM differentiates between different types of soil with their own properties, including: loamy sand sandy loam Clay silty clay Each soil type has its own values for field capacity, wilting point, water retention, infiltration, drainage, bearing capacity, risk of compaction and sinking depth. Sandy soils dry faster. Loamy and clay-rich soils store more water, but remain soft longer and are at risk of compaction. Dynamic weather and climate Regional climate profiles influence: Precipitation Temperature Evaporation Wind Humidity Sunlight exposure Seasonal distribution The game's actual weather data directly affects soil moisture, drying and evaporation. Realistic drying Drying does not take place via a simple timer. Temperature, wind, sun, humidity, soil type, compaction and surface water determine the speed. A wetness memory prevents a field from becoming completely dry and viable again immediately after rain. #Natural depressions and waterlogging RWSM detects local low areas within a field. These areas: collect water dry more slowly have lower load capacity Promote sinking and track formation increase the risk of compaction can cause oxygen deficiency to the roots The terrain evaluation is cached for better performance. Soil compaction The compression is saved separately for: Topsoil Root space Underbody have an influence: Vehicle weight Payload Wheel load Axle load Tire width Tire pressure recommended field pressure Soil moisture Soil type Slip Speed Cornering Multiple crossings High tire pressure puts greater strain on the topsoil for the same wheel load. A suitable low field pressure increases the contact area and protects the ground. High axle loads can still compact deeper soil layers. Multiple crossings Repeated crossings of the same lane are taken into account. The first crossing usually causes the great