A popular Spanish airline needed flight schedule API data by aircraft model from a flight tracking site, delivered every 3 days to feed its internal schedule optimization system.
Client Overview
A popular airline company based in Spain needed a reliable way to feed its own flight schedule monitor with schedule data broken down by aircraft model, pulled from a flight tracking website the airline did not control. The airline wanted flight schedule API level structured data inside its own analytics system so it could look for patterns and opportunities to optimize its internal flight schedules, not just watch a dashboard on someone else’s site.
The problem was access. The flight tracking site presented its schedule data in a format built for people reading a page, not software pulling structured records, which meant the airline could not query or analyze it programmatically no matter how often someone on the team checked the page by hand. That gap is what brought the airline to PromptCloud.
Client Requirements
The airline’s brief was specific about both the data and the target source:
- Flight schedule data broken down by aircraft model number
- Extraction from a specific flight tracking website the airline had already identified
- A crawl frequency of every 3 days, not real time and not a one-off pull
- Delivery in CSV format, ready to load into the airline’s analytics system
- A custom, site specific crawler rather than a generic scraping tool
Challenges
The flight tracking site’s schedule data was unstructured from a scraping standpoint, laid out for a person browsing the page rather than a system extracting records. Pulling flight schedule API quality structured data out of a page like that meant building extraction logic around the site’s actual layout, not assuming a clean feed already existed underneath it.
Feasibility had to be established before any of this could move forward. Aircraft model level detail buried inside a flight tracking page is exactly the kind of information that can be inconsistent from one listing to the next, and the airline needed confidence that a 3 day crawl cycle would keep returning usable data before committing to build the internal analytics around it.
Solutions
PromptCloud treated this as a site specific crawl aimed at flight schedule API quality output, built from scratch for the flight tracking site’s actual structure rather than adapted from an existing generic template.
A Custom Crawler Built for One Specific Source
Since the flight tracking site had its own particular layout, PromptCloud built the crawler from the ground up around that structure rather than reusing a generic scraper meant for a different kind of site. This is the difference between a site specific crawl and a general purpose scraping tool, and it is worth understanding how PromptCloud’s approach compares to other web scraping providers before deciding which fits a use case this specific. Feasibility was confirmed first, so the airline knew the approach would hold up before the crawler went into production.
Structuring Data by Aircraft Model
The core requirement was flight schedule data organized by aircraft model number, not just by route or flight number, so the crawler was built to capture and preserve that level of detail as it pulled records from the source site. Getting this structure right at the extraction stage meant the airline’s analytics team could query schedules by aircraft type directly, rather than reconstructing that grouping themselves after receiving a flatter export.
A 3 Day Cycle Built for Reliability
Data moved on a 3 day crawl cycle, delivered in CSV format and ready to load into the airline’s own analytics system without extra formatting. The initial setup took only a few days, and the first delivery alone carried about 300,000 records, giving the airline’s schedule monitor a substantial base to start analyzing from rather than a thin initial sample.
Monitoring Built to Catch Source Site Changes
A crawler built for one specific site is only as good as its ability to notice when that site changes. PromptCloud set up ongoing monitoring on the source so a layout shift on the flight tracking site would surface as a fix, not a silent gap in the 3 day delivery cycle the airline’s schedule monitor now depended on.
Flight Schedule Data Pipeline, Before and After PromptCloud
| Area | Before | After |
| Data access | Unstructured, readable only by a person browsing the page | Structured records extracted on a 3 day cycle |
| Aircraft level detail | Not separable from the page layout | Captured and preserved by aircraft model |
| Setup approach | No existing crawler for this specific site | Custom site specific crawler built from scratch |
| Site changes | Would silently break manual checks | Monitored, fixed before a gap appears |
Benefits to the Client
The airline’s schedule monitor started receiving structured, aircraft level flight schedule data on a dependable 3 day cycle, with about 300,000 records landing in the very first delivery alone. All the complex technical work behind that, the crawler build, the structuring by aircraft model, the ongoing monitoring, sat entirely with PromptCloud.
Initial setup took only a few days before data started flowing consistently, and the airline’s own infrastructure never had to grow to handle the volume, PromptCloud’s systems absorbed that. Ongoing monitoring meant the airline’s analytics team could build its schedule optimization work on top of the feed without worrying whether the source site had quietly changed underneath them.
Flight Schedule API Data That Actually Matches How an Airline Thinks About Its Fleet
Optimizing an internal flight schedule needs data organized the way the airline actually plans, by aircraft model, not just by route or flight number sitting on someone else’s web page. Flight schedule API quality data only helps if the structure survives the trip from a source site into the airline’s own analytics system.
That is what a site specific crawler, built from scratch and checked for feasibility before going live, actually delivers, a 3 day cycle the schedule monitor could depend on, with the aircraft level detail intact from the very first delivery onward.



