Travel time: Year-round
Tangier occupies a unique geographical position where the Atlantic Ocean meets the Mediterranean Sea. This intersection creates a maritime climate that is significantly milder than much of Morocco's interior, characterized by temperate winters, warm summers, and a persistent coastal breeze.
Tangier follows a Mediterranean cycle with distinct wet and dry periods. The city receives roughly 32 inches (800 mm) of rain annually, primarily between late October and early April. In contrast, the summer months are virtually rainless, dominated by subtropical high-pressure systems that bring clear skies and stable conditions.
Summers are warm and dry but rarely reach the oppressive heat found in southern cities like Marrakech.
Autumn is a season of transition, often featuring the city's most significant rainfall.
Winters in Tangier are cool, wet, and windy. While frost is exceedingly rare due to the marine influence, the humidity makes the air feel cooler than the thermometer suggests.
Spring offers a gradual warming and a decrease in wind speed.
A defining feature of the region's climate is the Chergui. This hot, dry easterly wind originates in the Sahara Desert. When the Chergui blows, typically in late spring or summer, it overrides the cooling maritime influence.
Tangier’s topography creates subtle microclimates. The Medina and the Kasbah, built on hills overlooking the sea, are significantly windier than the inland neighborhoods. The hills of the Marchan and Cape Spartel often catch coastal mists in the early morning, which generally burn off by midday. Because Tangier sits in a "natural funnel" (the Strait of Gibraltar), wind speeds here are consistently higher than in the surrounding inland plains.
Historically, Tangier has served as a climatic refuge for Moroccans fleeing the inland heat. Local architecture reflects this: thick stone walls and narrow, shaded alleyways in the old city provide natural thermal mass, keeping interiors cool during the summer and retaining warmth during humid winters. Long-term climate data shows a warming trend, with recent years seeing fewer rainy days but more intense, concentrated storm events compared to the mid-20th century.