Unofficial reference wiki
ArmorSim Wiki: Terminal-Ballistics Reference Hub
Terminal-ballistics reference for ArmorSim: solvers, materials, penetration mechanics, and the EA launch.
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The ArmorSim wiki is the launch reference hub for the Steam Early Access terminal-ballistics sandbox developed by Galimov Dynamics. It covers the 2026-09-16 Early Access launch, the scene editor and NORMAL/ADVANCED/ULTRA solvers, the 14 armor materials and four penetrator cores, and the official Discord and Community Hub. From this hub you can confirm the launch date, learn the simulation loop, check whether your PC meets the minimum system requirements, and join the community discussion boards.
- Launch
- Steam Early Access 2026-09-16
- Developer
- Galimov Dynamics
- Solvers
- NORMAL / ADVANCED / ULTRA
- Materials
- 14 documented entries
First-launch actions
How ArmorSim solves penetration
NORMAL
Alekseevskii–Tate erosion, Recht–Ipson residual velocity, Rosenberg ricochet, Grady fragmentation.
Best for: Fast iteration.
ADVANCED
Adds layered/spaced arrays, reactive packs, per-layer energy accounting.
Best for: Reactive armor stacks.
ULTRA
Axisymmetric Lagrangian continuum with Johnson–Cook plasticity; limited in EA.
Best for: Continuum-grade physics.
Launch & Status cluster
Simulation Loop cluster
Materials & Configuration cluster
Community cluster
Recent updates
FAQ
Does ArmorSim have a wiki?
No third-party ArmorSim wiki is established as of 2026-09-15. The Steam Community Hub discussion boards currently serve as the FAQ surface until a community wiki forms.
Is the ArmorSim release date confirmed?
Yes. The live Steam store page for AppID 5159810 lists Early Access on 2026-09-16 as of 2026-09-15. No publisher change has been announced.
Which solver should a new ArmorSim player pick first?
Pick NORMAL on the first run. NORMAL uses Alekseevskii–Tate erosion, Recht–Ipson residual velocity, Rosenberg ricochet, and Grady fragmentation. Move to ADVANCED when you start building layered, spaced, or reactive stacks, and reserve ULTRA for continuum-grade physics.