Realistic Water & Soil Management (RWSM) v1.3.4.6

Realistic Water & Soil Management (RWSM) v1.3.4.6 | FS25 Mod Download Home Upload Mod Featured Mods FS25 Universal Autoload FS25 Courseplay FS25 Autodrive FS25 Super Strength FS25 Vehicle Explorer FS25 Enhanced Vehicle Installing Mods Modding Info FS25 Modding Guide FS25 Modding Tool How to Start Modding How to edit a Tractor? Convert FS22 to FS25 Mods Testing Your FS25 Mods FS25 Cheats FS25 Guides FS25 FAQ About FS25 FS25 News Giants Editor FS25 FS25 Ground Deformation FS25 Release Date FS25 Mods on Consoles FS25 System Requirements FS25 Console Commands Download FS25 Game Landwirtschafts Simulator 25 Mods Best Mods Help Contacts Maps Cars Trucks Tractors Trailers Vehicles Excavators Implements Harvesters Headers Buildings Objects Gameplay Prefab Textures Packs Gameplay / Other Realistic Water & Soil Management (RWSM) v1.3.4.6 FS25 Mods | 26 Jul, 2026 Realistic Water & Soil Management expands Farming Simulator 25 with a comprehensive simulation of weather, soil water, irrigation, soil compaction, plant roots, weed competition and yield development. The values ​​are calculated locally for individual soil areas. This can create different conditions within a field: one area can be dry and stable, while another has poorer growing conditions due to waterlogging, compaction or repeated passes. Weather and regional climate data RWSM supplements the game weather with regional real climate and precipitation profiles from the last 10 years. It includes 39 countries, several regions per country as well as all 16 German federal states with regional subdivisions. Among other things, the amount of precipitation, monthly distribution, temperature, evaporation, dry phases and different seasons in the northern and southern hemisphere are taken into account. Rain, thunderstorms, snow and hail or their water equivalent are recognized. Precipitation is stored and flows permanently into the soil water balance. Multi-layer soil water balance The floor is calculated in three layers: – Topsoil, about 0-10 cm – Root zone, about 10-30 cm – Underbody, about 30-60 cm The amount of water, water available to plants, saturation, infiltration, drainage, evaporation, seepage and waterlogging are calculated for each layer. Plant available water and physical saturation are separate values. A soil moisture content of over 100 percent does not automatically mean that the soil is completely saturated. The mod distinguishes: – loamy sand – sandy loam – clay – silty clay Each soil type has its own values for field capacity, wilting point, saturation, infiltration, drainage, compaction sensitivity, mud line and bearing capacity. Light soils dry out more quickly, while heavy soils store more water but are more prone to waterlogging and compaction. The included Rainstar features: up to 220 meter hose length movable sprinkler cart automatic hose retraction automatic parking brake pivoting irrigation sector Realistic water jet and spray visible impact effects on the ground adjustable pump pressure adjustable irrigation radius calculated application rate The pump pressure can be adjusted from 3.5 to 11.0 bar. The radius is between 27 and 38 meters. Pressure and radius influence flow, jet width, strip width, water distribution, application height and motor speed. The pull-in speed is approximately 42 meters per hour. The hose reel remains largely stationary during retraction while the sprinkler carriage moves to the reel. Diesel pump and groundwater The motor pump has a 450 liter diesel tank and consumes approximately 5 liters of diesel per hour under high load. The diesel must be refueled regularly. The water comes from groundwater and is available in unlimited quantities. The internal water level is automatically filled and does not appear as a limited tank. The diesel engine and the water pump are separate operating states. The engine sound starts at idle, increases depending on the pressure when the water pump is switched on and falls back to idle after switching off. The pump only works when the engine is running, the work mode is activated and the Rainstar is connected correctly. A coupling aid shows the actual connection with a green 3D marker, a distance indicator and an on-screen hint. Direct soil input through irrigation The water applied is not just an optical effect. It is distributed on topsoil, root zone and subsoil. Pressure, radius, flow, irrigation time, soil type, saturation and infiltration ability are taken into account. Too much water can cause surface runoff, poor traffic, waterlogging, root damage and mud. Plant dependent calculation RWSM recognizes numerous crops including wheat, barley, oats, corn, canola, sunflower, soybeans, potatoes, sugar beets, grass, alfalfa, sorghum, cotton, sugar cane, rice, peas, beans, spinach, carrots, parsnips and beets. For each crop, the optimal moisture range, sensitivity to drought and waterlogging, root depth, nitrogen requirement, pH range, sensitivity