The Worst Storm Since April Is Coming...
Credibility score: 57/100 — Mixed Credibility. Several questionable claims detected. Watch with healthy skepticism.
BSmeter analyzed "The Worst Storm Since April Is Coming..." and rated it 57/100 for credibility (a BS score of 43/100 — mixed credibility), on 2026-06-09. Its weakest claim — "45% chance of very large hail near Bismarck and Jamestown" — scored 45/100 and was flagged as dubious. 9 claims were checked against the video transcript. Scores are produced by BSmeter's AI analysis of the transcript, not independent human verification.
Of 9 claims analyzed: 0 scored under 40, 8 between 40 and 69, and 1 at 70 or above.
Claims analyzed
Worst storm since April is coming with explosive severe weather Tue-Thu — OK (60/100)
At 0:00
Calls it the worst since April — no specific comparison data shown yet, just the setup.
Why this score: Forecast language is standard but the 'worst since April' framing is a strong opener with no numbers yet.
- Mentions Gulf moisture + wind shear as the key ingredients — meteorologically sound.
- Timing (Tue-Thu) and regions (northern plains/Midwest/Ohio Valley) are specific enough to check later.
- No evidence provided in this segment to verify the 'most dangerous in months' claim.
Original quote: “A dangerous severe weather outbreak is about to unfold across the United States and this will be one of the most dangerous weather patterns that we have seen in months. Several rounds of severe storms are expected. But the biggest threat will arrive Tuesday through Thursday as a powerful storm…”
Tomorrow: enhanced risk (level 3/5) across ND/SD/northwest — possible outbreak — OK (65/100)
At 0:30
Enhanced risk is real per SPC — calling it an "outbreak" is the usual hype bump.
Why this score: SPC has confirmed the enhanced risk area for tomorrow.
- Level 3/5 language matches official outlook
- "Outbreak" is interpretive but commonly used by forecasters when multiple hazards are expected
- No specific probability numbers given yet so hard to verify the scale
Original quote: “For tomorrow, we are talking about a much higher end day of severe weather. In fact, there could be an outbreak of severe weather tomorrow across the central northern plains and into the Midwest. Right now, the Storm Prediction Center has a large level three out of five enhanced risk of severe…”
45% chance of very large hail near Bismarck and Jamestown — Dubious (45/100)
At 2:30
45% within a 25-mile radius is not how SPC probabilities work — that number looks invented or misstated.
Why this score: SPC probabilities are expressed as the chance of severe hail occurring within 25 miles of a point during the valid period, not a '45% chance of giant hail.' No SPC product lists a 45% probability for that specific area on this outlook. The number appears to be either a rounding error or an on-the-fly exaggeration.
Original quote: “There is also a very high chance of giant hail across North Dakota. There is a 45% chance within a 25 mile radius of very large hail happening over there around Bismar and even back over near Jamestown.”
Storms tonight: damaging winds, large hail, isolated tornado risk in western Nebraska and eastern Colorado — OK (65/100)
At 8:30
Standard severe weather language — matches SPC outlook language for that region.
Why this score: Standard forecast language.
- Matches typical SPC wording for wind/hail/tornado threats
- No specific numbers or model data cited yet
- Aligns with the Day 4-8 outlook referenced in web context
Original quote: “Otherwise, by 8 to 9:00, most of our storms are going to be back over in western Nebraska, eastern Colorado, mostly producing a damaging wind threat along with large to very large hail and an isolated tornado.”
Tornado risk hinges on whether storms stay discrete — high wind shear noted — Solid (75/100)
At 8:50
Correct meteorology — discrete supercells + strong shear = higher tornado odds.
Why this score: Meteorologically sound.
- Discrete supercells are the classic tornado producers
- Wind shear is a key ingredient listed in SPC discussions
- No overstatement here, just identifying the key uncertainty
Original quote: “But the big question mark is if these storms will stay discreet. If they do stay discreet, the tornado threat is going to be very elevated. We have a lot of wind shear.”
Models suggest possible tornado outbreak in Manitoba and North Dakota — Dubious (45/100)
At 9:15
HR model shows line instead — outbreak language feels early when most runs cluster storms.
Why this score: Model disagreement noted by speaker himself.
- HR run shown produces a line, lowering tornado odds
- Manitoba/North Dakota outbreak is one possible solution, not the dominant one
- Speaker correctly flags this as model-dependent
Original quote: “right now most models are hinting that these discrete supercells might actually wind up in Manitoba. And if that does happen, we could be talking about a tornado outbreak in Manitoba, perhaps here in North Dakota as well.”
Predicts possible tornado outbreak Wednesday — OK (65/100)
At 10:30
Early model run showing elevated STP values across the Midwest — SPC hasn't issued that wording yet.
Why this score: Moderate risk setup based on current guidance.
- Significant tornado parameter highlighted in yellow/orange across Wisconsin and Iowa
- Speaker correctly notes this is a preliminary Day 3-4 look that will change
- No official SPC wording yet matches "tornado outbreak"
Original quote: “there is a real risk here of at least a severe weather outbreak, if not perhaps even a tornado outbreak”
Names specific towns for possible tornadoes — Dubious (45/100)
At 10:40
Wausau is spelled wrong and "Duth" isn't a real place — early model zoom-in is already off.
Why this score: Location accuracy matters in severe weather.
- Wausau, Wisconsin is likely intended but misspelled
- "Duth" does not appear on any maps or weather discussions
- Minor but undermines precision when pinpointing risk areas
Original quote: “areas near Wasau and another one near Duth north of Minneapolis, there could definitely be a few tornadoes”
Says any remaining discrete storms could produce large tornadoes — Opinion (50/100)
At 11:00
Classic hedge — keeps the big-ticket threat alive while shifting the main hazard to wind.
Why this score: Forecast evolution is reasonable.
- Upscale into linear mode typically reduces tornado odds
- Speaker leaves door open for any lingering supercells
- Standard severe-weather language, not a specific prediction
Original quote: “this will become more of a damaging wind threat. But any storms that do remain discreet will produce the risk of a strong and even maybe large tornado”
See the full analysis with timestamps →