How This Works

Timing makes or breaks a trip

Bigfoot scientist analyzing travel data

You've seen the photos. Golden light, empty pathways, perfect weather. Then you arrive to discover every landmark packed shoulder-to-shoulder, hotel rates doubled, and weather that won't cooperate.

Timing isn't luck.

It's patterns.

We built a system that analyzes climate comfort, crowd behavior, and seasonal pricing to identify the months when destinations actually feel good to visit.

The Bigfoot Methodology

Four layers of analysis

Each destination gets scored across weather comfort, crowd intensity, cost fluctuation, and seasonal events.

01

Climate Comfort Modeling

We model how weather actually feels to a human walking around a city.

  • 10 years of daily temperature, humidity, precipitation, and sun data
  • Wet-bulb calculations to estimate felt temperature under real humidity
  • Rain pattern analysis distinguishing drizzle from all-day downpours
  • Non-linear penalties for extreme discomfort (the "swamp effect" and "frozen platform" multipliers)

A summer average high of 87°F sounds manageable. Add 80% humidity and you get an effective temperature closer to 105°F. That goes in the model.

02

Crowd Prediction

Tourism volume follows predictable patterns if you account for cultural holidays, school calendars, and local events.

  • Historical tourism data cross-referenced with our event database
  • Regional holiday detection: national weeks off, cultural new years, school breaks
  • Seasonal spectacle crowd multipliers (blooms, foliage, festivals)
  • Temporal smoothing to prevent single-week anomalies from skewing entire months

Peak season isn't just "busy." It can mean 3× normal tourism density compressed into two weeks around a natural event. That matters.

03

Cost Analysis

Hotel pricing isn't random. It tracks demand curves with remarkable consistency.

  • Multi-year hotel rate tracking across booking platforms
  • Holiday and event-driven price surge detection
  • Off-season discount identification

Hotel rates drop during shoulder seasons and brutal weather windows. They peak around natural spectacles and major holidays.

04

Seasonal Events

Festivals, tournaments, exhibitions. The things that make a month worth visiting despite crowds or weather.

  • Cultural calendars from local tourism boards
  • Event magnitude scoring (neighborhood festival vs. citywide spectacle)
  • Timing overlap analysis to avoid double-booking chaos

A month might include major cultural festivals, sporting events, or once-a-year exhibitions. Those boost the month's value even if crowds uptick.

The Formula

How we calculate the overall score

80% Experience

Climate comfort + seasonal events. You're here to not be miserable and maybe see something memorable.

20% Value

Crowd density + cost level. Thin crowds and fair prices improve any trip, but won't save a month with brutal weather.

The exact formula stays under wraps (Bigfoot guards the whiteboard), but the principle is simple: comfort first, cost-aware, traveler-centered.

Data Sources

We pull from stable, bias-resistant sources and normalize everything across years to ensure fair comparisons between cities and climates.

  • Weather Open-Meteo (10-year historical reanalysis)
  • Tourism Trends Google Travel + proprietary crowd indexing
  • Pricing Multi-platform hotel rate aggregation
  • Events Local tourism bureaus + cultural calendars

All data undergoes anomaly detection, holiday smoothing, and cross-year normalization to reduce noise and sharpen seasonal signals.

What This Isn't

Limitations

Not Real-Time

We model seasonal patterns, not live conditions. Check current weather forecasts before booking flights.

Not Personalized

If you love 95°F heat or chase typhoons for fun, our comfort model won't match your preferences. We optimize for the median traveler.

Not Neighborhood-Specific

We analyze destinations as units. Different districts share the same weather data. Micro-variations exist but don't change month rankings.