Real-time 3D multi-vortex tornado mechanics and WSR-88D Doppler radar telemetry suite with 6 morphology modes.
Atmospheric Simulator & Vortex Dynamics
Turbulence ±8%
Surface boundary
Core depression
Radar loft signature
Multi-Vortex
Multiple high-speed satellite suction funnels orbiting around the parent mesocyclone core.
Engages ground cyclonic shear and condensation funnel.
Precision weather simulation controls
STORMSIM provides granular control over atmospheric physics. Adjust thermodynamic soundings, wind vectors, and pressure gradients to synthesize extreme weather scenarios in a 3D sandbox.
Manipulate vertical temperature and moisture profiles. Real-time thermodynamic soundings visualize CAPE and convective inhibition for precise storm initiation.
Thermodynamic profile set to [unstable_convective] for rapid storm growth.
Adjust directional wind shear at multiple altitudes. Observe mesocyclone rotation and storm-relative helicity in high-fidelity volumetric space.
Control surface pressure gradients to drive inflow. Simulate rapid barometric drops that trigger tornadogenesis and severe convective precipitation.
Calibrate rain, hail, and lightning frequency. Dynamic precipitation feedback loops affect storm cooling and downdraft intensity in real-time.
High-Fidelity Fluid Dynamics
STORMSIM utilizes advanced computational fluid dynamics to model atmospheric behavior. Every parameter change triggers real-time recalculation of volumetric cloud structures and vortex kinematics.
Precision Tools for Every Atmospheric Specialist
STORMSIM provides specialized environments that give researchers, developers, and enthusiasts the exact physics controls they need for atmospheric synthesis.
Core Capabilities
- High-fidelity thermodynamic sounding analysis
- Mesocyclone kinematic data visualization
- Customizable atmospheric parameter sets
- Exportable research-grade simulation logs
Core Capabilities
- Volumetric cloud and precipitation synthesis
- Dynamic tornado and funnel vortex generation
- Real-time physics-based weather rendering
- API access for custom weather integration
Core Capabilities
- Intuitive controls for wind and pressure
- Real-time visualization of storm evolution
- Safe exploration of extreme weather events
- Interactive scenario presets and triggers