Cooler Sleep. Elevated Support.

Stay cool and comfortable all night long with the TEMPUR-Breeze° ProHi Pillow, engineered for side sleepers and those who prefer a higher, firmer feel. Combining the adaptive support of TEMPUR-Material™ with advanced cooling technologies, this pillow delivers Tempur-Pedic’s signature pressure relief—plus a refreshing, breathable design that helps you sleep up to 10° cooler all night long.*

Wrapped in a dual-sided SmartClimate® cover, the Breeze° ProHi provides the perfect balance of contouring comfort, stability, and cool-to-touch luxury.

Key Features

TEMPUR-Material™ Core

Made with a solid block of TEMPUR-Material™, this pillow adapts precisely to the shape of your head, neck, and shoulders—offering personalized support that relieves pressure and promotes spinal alignment.

Dual-Sided Cooling Technology

Both sides of the pillow feature SmartClimate® cooling fibers, so you’ll experience soothing coolness the moment you lie down. The cover’s breathable knit design promotes airflow, helping to dissipate heat through the night.

High Profile Design for Side Sleepers

A 6.6" loft provides optimal lift and alignment for side sleepers or those with larger frames, helping to keep your head, neck, and spine properly supported throughout the night.

Removable, Washable Cover

The SmartClimate® cover is easy to remove and machine-washable, keeping your pillow fresh, clean, and feeling like new.

Why You’ll Love It

The TEMPUR-Breeze° ProHi Pillow is ideal for side sleepers who crave cool comfort without sacrificing support. Its higher profile and adaptive foam relieve neck and shoulder tension, while advanced cooling fibers help maintain an ideal sleep temperature. You’ll fall asleep faster, stay cooler, and wake up feeling renewed.

Profile Height: Approx. 6.6"
Feel: Medium-Firm
Ideal For: Side sleepers, broader shoulders, and anyone who prefers a taller, more supportive pillow
Core: Solid TEMPUR-Material™
Cover: SmartClimate® cooling cover (removable & washable)

*Based on internal testing comparing average heat index values measured over 8 hours of sleep.