ERA5 almanac comparison — 8 years of real data
Fort Lauderdale vs Turks & Caicos: weather in February
Turks & Caicos edges out Fort Lauderdale for sun in February: 36% clear historically versus 26% (8-year ERA5 average, a 10-point gap). Fort Lauderdale also sees measurably more rain than Turks & Caicos this month (46% vs 23% of days). Both are viable — Turks & Caicos is the safer bet.
Fort Lauderdale
FL
- Clear days, February
- 26%
- Sample size
- n=226 days
- Avg high
- 77°F
- Early February (1st–15th)
- 28%
- Late February (16th–end)
- 23%
- Rain frequency
- 46% of days
Turks & Caicos
Turks & Caicos Is
- Clear days, February
- 36%
- Sample size
- n=226 days
- Avg high
- 78°F
- Early February (1st–15th)
- 40%
- Late February (16th–end)
- 31%
- Rain frequency
- 23% of days
Frequently asked
Is Fort Lauderdale or Turks & Caicos warmer in February?
Turks & Caicos runs warmer by day in February. Fort Lauderdale averages highs of 77°F (highs n=226 days); Turks & Caicos averages highs of 78°F (highs n=226 days) (ERA5 2018–2025). Historical averages, not a forecast.
Does it rain more in Fort Lauderdale or Turks & Caicos in February?
Fort Lauderdale is measurably wetter than Turks & Caicos. Days with measurable rain: Fort Lauderdale 46%, Turks & Caicos 23% (n=226 and n=226 days). ERA5 2018–2025; historical, not a forecast.
Which is sunnier in February, Fort Lauderdale or Turks & Caicos?
Turks & Caicos edges out Fort Lauderdale for sun in February: 36% clear historically versus 26% (8-year ERA5 average, a 10-point gap). Fort Lauderdale also sees measurably more rain than Turks & Caicos this month (46% vs 23% of days). Both are viable — Turks & Caicos is the safer bet.
Compare Fort Lauderdale vs Turks & Caicos in another month
All percentages are historical averages from the ERA5 reanalysis via Open-Meteo, 8 full years (2018–2025). “Clear” means avg high ≥ 72 °F, precipitation < 1 mm, and a non-precipitation weather code. This is history, not a forecast. The live forecast for any destination is on its own page and may differ from the long-run average. Data from Open-Meteo.