GET spc.noaa.gov HTTP 200493 ms15.6 KB$0.000106 captured Aug 7, 2026
spc.noaa.gov, as data
One API turns any spc.noaa.gov page into markdown, structured JSON, its link graph or a screenshot, and crawls the whole site the same way. The panel shows the real response we captured.
- Render mode
- Plain HTTP, no browser needed
- Response
- HTTP 200 in 493 ms
- Page size
- 15.6 KB of markdown, 243 lines
- Fields
- Location, Temperature, Conditions, Forecast and 2 more
- Captured
- Aug 7, 2026
Free balance on signup, no card. This spc.noaa.gov page cost $0.000106 to fetch.
## Watches## MDs## Outlooks## FireSevere Weather Climatology (1994-2024)Any Severe Probabilities: 07Sig Severe Probabilities: 07Damaging Wind Probabilities: 07Severe Hail Probabilities: 07Significant Tornado Probabilities: 07Significant Wind Probabilities: 07Significant Hail Probabilities: 07La tormenta factor de riesgo.#TornadoStrong: A Partnership with FLASHTornado Environment BrowserWildfire Climatology (1992-2020)100 Acres Wildfire Probabilities: 07300 Acres Wildfire Probabilities: 071000 Acres Wildfire Probabilities: 075000 Acres Wildfire Probabilities: 07Squitieri, B.J., A.R. Wade, and I.L. Jirak, 2026: [On a Comprehensive Archive for Derechosacross the Contiguous United States](https://spc.noaa.gov/publications/squitieri/squitieri_wade_jirak_2026.pdf). Published in *Bull. Amer. Meteor. Soc.*. [6300K PDF]Chalmers, Z. A., M. D. Parker, 2026: [Variability in High-Shear, Low-CAPE QLCS Environments in the SoutheasternUnited States](https://spc.noaa.gov/publications/chalmers/chalmers_parker_2026.pdf). Published in *Wea. Forecasting*. [21500K PDF]Lyons, A. D., R. L. Thompson, B. T. Smith, H. G. Weinman, and A. R. Dean, 2026: Convective Mode Classification and Distribution of Contiguous U.S. Tornado Events from 2003 to 2023. Published in *Wea. Forecasting*. [19600K PDF]Harrison, D.R., A. McGovern, C.D. Karstens, A. Bostrom, I.L. Jirak, and P.T. Marsh, 2025: Leveraging Coproduction to Bridge Research and Operations in Operational Meteorology. Published in *Wea. Forecasting*. [6601K PDF]Harrison, D.R., A. McGovern, C.D. Karstens, A. Bostrom, I.L. Jirak, and P.T. Marsh, 2025: An Assessment of How Domain Experts Evaluate Machine Learning in Operational Meteorology. Published in *Wea. Forecasting*. [16916K PDF] What Spider does on spc.noaa.gov
Same key, five endpoints. The numbers under a cell were measured on this page.
Page to markdown
Clean text for RAG and LLM context, boilerplate removed. The lane that runs without a key.
493 ms · $0.000106Page to JSON
Spider reads the page and names the fields. Pass your own schema when you need exact keys.
Rendered capture
Real Chromium, full-page PNG. The same call also returns the rendered HTML.
The call behind the panel
This request produced the response above. Paste it with your key and you get the same bytes.
curl -X POST https://api.spider.cloud/scrape \
-H "Authorization: Bearer $SPIDER_API_KEY" \
-H "Content-Type: application/json" \
-d '{"url": "https://spc.noaa.gov/", "return_format": "markdown"}' from spider import Spider
app = Spider()
params = {"return_format": "markdown"}
page = app.scrape_url("https://spc.noaa.gov/", params=params)
print(page[0]["content"]) import { Spider } from "@spider-cloud/spider-client";
const app = new Spider();
const [page] = await app.scrapeUrl("https://spc.noaa.gov/", {
return_format: "markdown",
});
console.log(page.content); What spc.noaa.gov costs
Multiplied from the measured 15.6 KB page. Estimates round to the cent.
1 GB of transfer costs $1, plus $0.001 per CPU minute, and failed requests cost $0. Crawling daily? The Unlimited plan is a flat monthly rate.
Point this at the rest of spc.noaa.gov.
The capture above took 493 ms and cost $0.000106. The same call takes any URL on spc.noaa.gov.