Storm Chasing for Beginners
What storm chasing actually involves, what you need to learn before doing it, and what to realistically expect from your first season. No dramatic trailer-voice nonsense.
Storm chasing as it actually exists bears limited resemblance to how it appears on television. The reality involves a lot of driving. Hours of watching weather models. Sitting in a car park in rural Kansas waiting for a storm that may or may not develop. And then, occasionally, the atmosphere does something extraordinary and you are positioned to witness it.
If that sounds appealing despite the unglamorous framing, this guide covers what you actually need to know before you start.
What You Need to Learn First
The most important skill in storm chasing is not driving. It is reading weather data. Specifically, understanding atmospheric sounding data, model output, and radar interpretation. Without this foundation, you are just driving toward a thunderstorm and hoping for the best. That is dangerous and unproductive.
Atmospheric soundings show the vertical profile of the atmosphere at a given location: temperature, dewpoint, and wind speed at various altitudes. Learning to read a Skew-T diagram tells you whether the atmosphere has the instability (energy) and wind shear (directional variation) needed to support rotating thunderstorms. This is fundamental.
Model data provides forecasts of atmospheric conditions hours and days in advance. Serious chasers study model output the night before and the morning of a potential chase day to identify target areas. Understanding which models to trust and how to interpret their output is a skill that develops over months and years.
Radar interpretation goes well beyond "there is a storm there." Learning to read reflectivity, velocity, and dual-pol products tells you what a storm is doing internally. Identifying a hook echo, a velocity couplet, or a debris signature on radar is what separates informed positioning from guessing.
None of this is optional. The meteorology comes first. Everything else is logistics.
Tools
RadarScope is the gold standard radar app for serious chasers and NWS meteorologists. It provides Level 2 and Level 3 NEXRAD data with full Doppler velocity, correlation coefficient, and differential reflectivity products. It costs around £10 and is worth substantially more than that.
The Storm Prediction Center (SPC) issues daily convective outlooks that assess the probability of severe weather across the United States. Reading the SPC outlook is the starting point for planning any chase day. The SPC website is free and publicly accessible.
Pivotal Weather or similar platforms provide model data visualisation that goes beyond consumer weather apps. Forecasters use these tools to analyse atmospheric soundings, forecast parameters, and model output in the detail needed to make chase decisions.
A reliable GPS and mapping application is essential. You need to know where you are, where the storm is, and what roads are available to you at all times. Getting lost in rural areas during a storm is a genuine safety hazard.
Safety
This section needs to be direct.
The primary danger in storm chasing is not the tornado. In most situations, the tornado is the thing you can see and therefore avoid. The primary dangers are traffic, driving in poor visibility, hail, and encounters with terrain or road conditions that leave you without an escape route.
Chasers die more often in vehicle accidents than in tornado strikes. Fast driving on unfamiliar rural roads during intense weather is inherently risky. Managing that risk requires discipline, not bravery.
The El Reno tornado of 2013 is the clearest example of how even the most experienced operators can be caught by genuinely anomalous storm behaviour. Tim Samaras and his TWISTEX team were among the most safety-conscious researchers in the field, and they were killed when the tornado made unexpected direction changes. The lesson is not that chasing is too dangerous. The lesson is that certain storms can behave in ways that standard safety margins do not account for, and recognising when a storm is doing something unusual is a critical skill.
Practical safety fundamentals: always have an escape route. Understand the storm's motion before committing to a position. Do not park under overpasses. Do not chase at night unless you are very experienced. And do not chase alone in your early days.
How to Get Started Practically
Chase tours are a legitimate entry point. Several experienced chasers run guided tours during the spring season in the central United States. These provide supervised field experience, access to professional forecasting, and the opportunity to learn chase positioning from someone who has done it hundreds of times. They are not cheap, but they are the safest and most educational way to experience storm chasing for the first time.
Online communities are where most modern chasers start. Forums, Discord servers, and social media groups dedicated to storm chasing provide access to experienced operators who are generally willing to help serious newcomers. The emphasis is on "serious." Show up having done some initial reading and study, and most experienced chasers will engage with you. Show up asking how to drive into a tornado, and they will not.
Finding a mentor or more experienced partner for early chases is ideal. Many experienced chasers are willing to take a passenger on chase days. This provides real-time education in forecasting, positioning, and decision-making that cannot be replicated by any course or book.
What to Expect
Your first chase season will almost certainly involve more busted forecasts than successful intercepts. You will drive 500 miles to watch a storm that does not develop. You will arrive at a target area and watch the atmosphere do nothing for four hours, then produce a tornado 200 miles from where you are.
This is normal. The ratio of driving to witnessing is not what most people expect. Experienced chasers measure their seasons in total tornadoes seen, and a good season might mean a dozen. Some years the atmosphere simply does not cooperate with your schedule.
The patience required is genuine. If you need constant action and guaranteed outcomes, storm chasing will frustrate you deeply.
Why People Do It
Despite all of the above, people chase. They do it because the atmosphere, when it works, produces something that cannot be seen any other way. A supercell thunderstorm at close range is an experience that photographs and video cannot fully capture. The scale, the sound, the sense of being in the presence of something genuinely powerful is specific to being there.
They also do it because the meteorology itself is compelling. Understanding why the atmosphere does what it does, and then watching it do exactly that, is intellectually satisfying in a way that most hobbies cannot match. The forecast-to-verification loop, predicting where severe weather will occur and then seeing it happen, is the core of what makes chasing engaging beyond the spectacle.
It is not for everyone. But if you have read this far, it might be for you.