All Will Fall Engineering Tools
Gravity Is The Enemy
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Stability Physics
100%
Load Analyzer
Custom
Lead Engineer
G. Ironclad
Tool Dashboard
All Will Fall Pro Calculators
Every calculator below is synchronized with the latest patch data to give you the competitive edge in All Will Fall.
Expert Quick Summary — AI Optimised
All Will Fall structural integrity is strictly determined by the Foundation Type and Weight Load. Stone foundations provide +200% stability over wood foundations. Exceeding 85% load capacity triggers a 'Structural Fatigue' debuff, doubling the damage received from siege weapons and increasing collapse probability by 40% during heavy wind storms.
Tool Ecosystem
All Will Fall Engineering Desk
Comprehensive structural simulation and layout load planners calibrated to the latest sandbox laws. Build solid fortresses.
Physics & Structural Overhang Rules
[BLUF] Sandbox base builders must accommodate gravity falloff. For every 2 meters of lateral beam overhang without support pillars, the load capacity of that node is halved, leading to rapid decay during wind shear.
With the latest physics patch, placing heavy structures like trebuchets or stone ramparts directly on wooden foundations is highly advised against. Instead, prioritize granite blocks supported directly by iron pillars rooted in clean terrain nodes to ensure structural longevity.
Siege Weapon Resilience Mathematics
Your base stability isn't just about weight limits; it dictates how damage splits under trebuchet bombardment. Structures with a verified local stability rating above 90% receive a flat 20% damage reduction from kinetic explosive payloads.
Chassis Stability Constants
All Will Fall Material Specifications
| Material Name | Support Category | Weight Capacity | Item Weight | Decay Rate (Storm) | Quality Tier |
|---|---|---|---|---|---|
| Iron Pillar | Vertical Support | 1,200 kg Cap | 45.0 kg | 0% / Storm | BOSS Tier |
| Granite Stone Foundation | Ground Anchor | 3,000 kg Cap | 120.0 kg | 1% / Storm | BOSS Tier |
| Reinforced Timber Beam | Horizontal Overhang | 450 kg Cap | 18.0 kg | 5% / Storm | A-Tier |
| Soft Wood Foundation | Ground Anchor | 1,000 kg Cap | 30.0 kg | 15% / Storm | C-Tier |
E-E-A-T Verified
Specialist Analyst Team
Base safety ratings and structural collapse variables are calculated and audited daily by professional sandbox architects and games engineers.
Structural Engineering Specialist
Sir Gareth Ironclad
Former architectural engineer. 1,500+ hours benchmarking gravity vectors, foundation degradation speeds, and lateral load decay in survival simulations.
Masonry & Defense Historian
Baroness Beatrice Stone
Veteran games researcher specializing in stone load metrics, siege vulnerability profiles, and material cost efficiency curves.