Initializing Storm Engine...
Storm Simulation Lab
Design your tornado scenario for research analysis
Experimental Beta
📊 Intensity Rating
EF0
65-85
EF1
86-110
EF2
111-135
EF3
136-165
EF4
166-200
EF5
>200
🌀 Vortex Parameters
Maximum Wind Speed 158 mph
Rotational Velocity 89 m/s
Path Width 0.8 mi
Forward Speed 35 mph
Pressure Deficit -94 mb
📐 Funnel Geometry
Tilt Angle 15°
Wobble Medium
Enable Multi-Vortex (Suction Vortices)
Show Flying Debris
📍 Location
Moore
Oklahoma
Extreme Risk
Joplin
Missouri
Extreme Risk
Tuscaloosa
Alabama
High Risk
El Reno
Oklahoma
Extreme Risk
Jarrell
Texas
High Risk
Custom
Your Location
Set Params
🏞️ Terrain Type
☁️ Atmospheric Conditions
CAPE (Convective Energy) 3500 J/kg
Deep Shear (0-6km) 55 kt
Storm-Relative Helicity 450 m²/s²
Low-Level Humidity 88%
🌧️ Weather Effects
Rain
Lightning Flashes
Large Hail
🚗 Vehicles & Structures
Cars on Road 12
Structures in Path 8
Trees & Vegetation
Power Lines
🧪 Intervention Mode
Enable Tornado Intervention Controls

Experimental mode: Try to weaken or stop the tornado by modifying atmospheric conditions in real-time.

🎬 Simulation Settings
Particle Count 150K
Simulation Duration 10 min
Enable Sound Effects
Auto-Rotate Camera
Live Preview
EF3
158
Max Wind (mph)
0.8
Path Width (mi)
-94
Pressure (mb)
5.2
STP Index
Simulation Time
00:00:00
Max Wind
158 mph
Pressure
-94 mb
Particles
150,000
Location
Moore, OK
⚠️ Tornado Intervention
Attempt to weaken the tornado by modifying atmospheric conditions. This is experimental research mode.
Inject Cold Air 0%
Reduce CAPE 0%
Disrupt Rotation 0%
Tornado intensity reduced by 15%. Still dangerous.
Scenario Parameters
CAPE
3500J/kg
Deep Shear
55kt
SRH
450m²/s²
Humidity
88%
Forward Speed
35mph
Duration
10min
🖱️ Drag to orbit • Scroll to zoom • Click tornado for research data
Tornado Path
Show Damage Swath
Slow Motion (0.25x)
Vehicles in Simulation
🚗
Cars
12
🚛
Trucks
3
🏠
Structures
8
🌳
Trees
45
Real-Time Adjustments
Wind Intensity 100%
Rotation Speed 100%
Debris Amount 100%
Current Intensity LIVE
EF3
Severe Tornado
136-165 mph winds
🌪️ Research Analysis RESEARCH
Vortex Dynamics
Maximum Wind Speed
158 mph
Rotational Velocity
89 m/s
Vorticity (ζ)
0.42 s⁻¹
Angular Momentum
2.8×10⁵ m²/s
Pressure & Thermodynamics
Central Pressure Deficit
-94 mb
Pressure Gradient
1.2 mb/m
Condensation Funnel
95%
LCL Height
720 m AGL
SPC Composite Parameters
STP (Significant Tornado)
5.2
SCP (Supercell Composite)
14.8
EHI (Energy-Helicity)
3.9
SRH 0-3km
450 m²/s²
STP = (MLCAPE/1500) × (ESRH/150) × (EBWD/12) × ((2000-MLLCL)/1000) × ((250-MLCIN)/200)
Dimensional Analysis
Path Width
0.8 miles
Funnel Height AGL
14,500 ft
Core Radius
95 m
Est. Path Length
12.4 miles
Impact Assessment
Vehicles Affected
15
Structures Damaged
8
Debris Ball
Confirmed
TDS Signature
Strong