Realistic Water & Soil Management (RWSM) V1.3.7

Realistic Water & Soil Management (RWSM) V1.3.7 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) V1.3.7 FS25 Mods | August 5, 2026 FS25 Mods --> Realistic Water & Soil Management (RWSM) V1.3.7 V1.3.7 Work mode FIX Seed machine and implement performance Processing of seed drills, direct seed drills, planting machines and seedbed combinations has been fundamentally optimized. Multiple sowing rows within the same RWSM soil cell are only calculated once. Duplicate and overlapping work areas are detected early and skipped. Grid cells that have already been reached are not completely processed again with each calculation run. Device and WorkArea discovery is cached. Several active vehicles are processed over different frames. Short FPS drops significantly reduced on wide seed drills and devices with many individual work areas. Normal sowing, no-till, planters, rotary harrows, seedbed combinations and simultaneous fertilization remain fully supported. More realistic topsoil compaction Topsoil compaction is no longer calculated primarily based on total weight. Tire pressure, tire width, contact patch, ground contact pressure, slip and ground moisture now have a greater influence. Even light vehicles can cause topsoil compaction on loose or wet soil. Low tire pressure and wide tires protect the topsoil more clearly. The first pass continues to cause the majority of topsoil compaction. Further passes increase the compaction increasingly slowly. Cornering, slipping and repeated trips in the same lane increase the stress on the ground. The compaction effect depends more on the field capacity and bearing capacity of the respective soil type. More realistic root zone compaction New sliding load assessment between topsoil and subsoil. The root zone reacts particularly to medium to high wheel loads. Depending on the moisture and soil type, the compaction effect begins with medium machine weights. High tire pressures, slippage and repeated passes increase root zone compaction. Subsoilers can loosen the root zone much more than normal cultivators or plows. More realistic subsoil compaction Previous blanket underbody compaction caused by light vehicles removed. Damage to the underbody no longer occurs automatically with every crossing. Low risk with axle loads below approximately 5 to 6 tonnes on stable ground. Significantly increasing risk between approximately 6 and 10 tons of axle load. High underbody impact with an axle load of around 10 to 12 tonnes, especially on damp or wet ground. Underbody compaction is primarily determined by wheel and axle loads. Low tire pressure continues to protect the topsoil, but cannot completely prevent high depth loads on heavy machinery. Tracked vehicles reduce the surface pressure, but retain a large part of their actual load effect in the underbody. Multiple passes in the same lane increase permanent depth compaction. Severe subsoil compaction can no longer be completely removed in a single operation. Soil cultivation and loosening Cultivators, disc harrows, rotary harrows and plows mainly loosen the topsoil. Normal tillage does not remove severe subsoil compaction. A plow can loosen topsoil and parts of the root zone. Repeated plowing at the same depth can create or reinforce a plow sole. Plowing when soil moisture is too high can cause additional shear and structural damage. Subsoilers and subsoilers work on the topsoil, root zone, plow sole and subsoil. The effect of a deep loosener depends heavily on the soil moisture. Best loosening effect in dry to moderately moist soil. If the ground is very wet, the effect is greatly reduced as the ground is more likely to be smeared and plastically deformed. A trailing packer or roller can specifically reconsolidate the loosened topsoil. Compaction in all field conditions Compaction works independently of the plant population. Topsoil, root zone and subsoil compaction also address: harvested areas stubble fields dug soil plowed ground seedbed uncultivated field Only additional plant, shoot and root damage requires an active plant popula