Saudi Arabia’s national carrier reimagines ihram with advanced cooling fabric to help pilgrims withstand extreme heat.
Photo source:
The Coolest Ihram
Every year, millions of Muslims travel to Makkah to perform
Hajj and Umrah — a journey defined by faith, movement, and exposure to intense
desert heat. As temperatures rise and crowds grow, heat stress has become one
of the most serious risks pilgrims face.
In April 2025, Saudia, the national flag carrier of Saudi Arabia, unveiled “The Coolest Ihram”: the world’s first high-tech version of the traditional pilgrimage garment designed specifically to keep the body cooler during Hajj and Umrah.
The garment was developed in collaboration with global branding agency Landor and
U.S. cooling-fabric specialist brrr°, and uses patented cooling
minerals, active wicking, and rapid-drying technology to help reduce skin
temperature by around 1–2°C depending on conditions.
Independent lab tests cited by brrr° show that this
combination can keep skin measurably cooler than standard fabrics, and Saudia
reports that the Coolest Ihram can reduce skin temperature by 1–2°C while
also providing strong UV protection.
Crucially, despite the technology inside the yarn, the
garment still looks and behaves like a traditional ihram, fully
respecting Islamic guidelines for simplicity, modesty, and unstitched structure
for men.
What makes the Coolest Ihram stand out is not only its
cooling performance, but how it reframes innovation in a sacred context.
According to Landor, the project began as a brand-led innovation challenge: how could Saudia demonstrate its promise to “welcome the future” in a way that was deeply rooted in culture and faith?
Instead of introducing more screens, apps, or digital layers, Saudia chose to
innovate something very simple and symbolic — the garment every male pilgrim
must wear.
This approach shifts the conversation from “technology
added around the pilgrimage” to “technology woven into the pilgrimage
experience itself,” without changing rituals or religious meaning. It shows how
design, textile engineering, and cultural insight can meet at a single point: reducing
human suffering from heat while honoring tradition.
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