REH Stabilmax Rodillera larga abierta de rótula O-1243/XL

The REH Stabilmax O-1243/XL is a long knee brace engineered with a 4-strap hook-and-loop system that delivers moderate compression and stabilization, precisely tailored for thigh circumferences of 50–55 cm and calf circumferences of 40–45 cm. Its open patella design and anatomical fit ensure targeted relief and therapeutic warmth for a wide range of knee conditions.

Overview

This brace combines neoprene and elastic fabric to provide consistent support without sacrificing mobility. The open patella construction reduces pressure on the kneecap while stabilizing surrounding structures, making it ideal for post-injury recovery, degenerative changes, arthritis, patellofemoral pain, mild ligament instability, and prophylactic use. The universal design fits either the left or right knee, and the long length offers extended coverage for enhanced support.

What stands out

• Open patella design relieves kneecap pressure and improves comfort during movement.
• Four adjustable hook-and-loop straps allow a customized, secure fit.
• Neoprene and elastic fabric retain therapeutic warmth to promote circulation and reduce stiffness.
• Long brace length provides comprehensive support for the thigh and calf.
• Universal fit for left or right knee, suitable for adult men and women.

Technical details

• Brace type: Open patella knee brace
• Brace length: Long
• Material: Neoprene, elastic fabric
• Fastening mechanism: Hook-and-loop straps (4 straps)
• Support level: Moderate compression and stabilization
• Size: XL (thigh circumference 50–55 cm, calf circumference 40–45 cm)
• Color: Black
• Application side: Universal (left or right knee)
• Target demographic: Adults
• Product series: Stabilmax
• Care instructions: Hand wash at 30°C, air dry

Our verdict

The REH Stabilmax O-1243/XL is a robust choice for anyone needing dependable knee support with adjustability and warmth. Its open patella design and long profile make it particularly effective for chronic conditions and active recovery.