San Fernando de Henares
City in Madrid, Spain
Overview
San Fernando de Henares is a lively commuter city in Madrid's eastern outskirts, blending industrial roots with thriving local life. Its compact size offers green parks, a historic center, and direct Metro access to Madrid, making it convenient for visitors seeking authentic Spanish suburbia.
Geographic Context
Jurisdiction
Spain
Province
Madrid
Population
38,980
Time Zone
Europe/Madrid
Coordinates
40.42°, -3.53°
Key Metrics
Safety Score
85
Female Safety
88
LGBTQ+ Safety
80
Traffic Safety
80
Food Safety
97
Monthly Cost
$1,823
Local Cost
$1,252
Local Income
$1,650
Cashless
78
English
58
Temperature
13.5°C
Summer Avg
24.0°C
Winter Avg
4.3°C
Record High
40.9°C
Record Low
-8.9°C
Humidity
63%
Precipitation
447 mm
Internet Speed
453 Mbps
Upload
382 Mbps
Latency
4 ms
City Vibrancy
220
Coworking
0
Cafes
12
Nightlife
115
Parks
93
Transport
0
Walk Score
0
Footways
—
Airport
MAD
Distance
8 km
Explore
Neighborhoods
PartialCoverage is incomplete — additional neighborhoods are being added as more source data is processed.
Coverage is incomplete — more neighborhoods are being added.
View all 3 neighborhoodsFrequently Asked Questions
Data sources
Source-backed data
NASA POWER - Climate normals and monthly weather measurements rendered as city weather metrics. Updated 2026-03-22.
Ookla Open Data - Internet speed aggregates for 2024Q3 from 32 tests. Updated 2025-12-05.
OpenStreetMap - Nearby amenities counted from OpenStreetMap-derived city extracts. Updated 2025-12-06.
OpenStreetMap transport extract - Walkability, footway density, and airport access metrics derived from mapped transport features. Updated 2025-12-05.
Oyster List city price model - City price estimates calibrated from local price surveys and jurisdiction-level cost signals. Updated 2026-01-14.
Overture Maps and OpenStreetMap - 3 source-backed neighborhood entities are available for this city. Updated 2026-03-22.
Estimated data
Oyster List AI-assisted estimates - Safety, lifestyle, income, and practical scores are model-assisted estimates derived from source-backed country and city signals. Confidence 80/100.