What UAVSimNet does
UAVSimNet is a counter-UAS simulation workbench. Operators assemble a scenario from validated building blocks, run it through a deterministic Monte Carlo engine, and walk away with a defensible engagement record. Seven capability surfaces make that possible.
Aerodynamic coefficients, control-surface authority, mass and inertia, and thrust envelope — plus a repeatable verification flight that classifies each airframe as verified, needs review, or failed before it is ever used in a run.
Wind shear, turbulence, visibility, temperature, pressure, and humidity. The same environment drives every backend deterministically so that trade studies compare like-for-like.
Digital-elevation terrain with obstacle overlays, and an RF line-of-sight raycaster that surfaces denial heat-maps for the operator before a run is committed.
Six doctrinal modes — single-waypoint, patrol, swarm, evasive with a scripted jink schedule, comms-denied with on-detection fallback, and loitering terminal-commit. All threat packs ship as versioned, citation-backed presets.
Pure-pursuit, proportional navigation (N=3/4/5), augmented PN, command-to-line-of-sight, and adaptive hybrid — each with its own seeker pack (RF or EO/IR) and explicit lock-loss / reacquisition rules.
Warhead type (blast-fragmentation, kinetic, net-capture, directed energy), fuzing (proximity, contact, time-after-launch), Pk-vs-miss curves, and full salvo doctrine including shoot-look-shoot and shoot-shoot-look.
Every run captures an immutable snapshot of every parameter it used, including the source and the citation. A reviewer can approve, request changes with notes, or reject — and only approved runs are eligible to be promoted to a golden reference.