Össur CTi OTS Knee Brace
- Regular Price
- $935.00
- Sale Price
- $935.00
- Regular Price
- Unit Price
- per
Overview
The Össur CTi® OTS Knee Brace is a trusted off-the-shelf solution engineered to provide strong, reliable ligament support for anterior cruciate ligament (ACL) and multi-ligament injuries. Its rigid, lightweight frame delivers stability and protection while allowing natural motion, making it ideal for rehabilitation, daily activity, and athletic return-to-play. While CTi braces are trusted by athletes across a wide range of sports, they have become especially well-known in motocross, where durability, impact resistance, and ligament protection are critical.
Key Benefits
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Rigid frame support: Designed to stabilize the knee and protect compromised ligaments
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Lightweight construction: Comfortable for extended wear, even during activity
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Low-profile design: Functional support without unnecessary bulk
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Trusted by clinicians and athletes: Used widely in physical therapy and sports medicine settings
Best For
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ACL, MCL, and LCL injuries
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Ligament instability
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Rehabilitation and return to activity
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Athletes and active individuals seeking non-custom high-performance support
Sizing & Fit
Available in multiple sizes and two frame options- Pro Sport or Standard. Requires selection of left or right knee for proper fit. 
Frame Options
Standard: The choice of most pro athletes and the best compromise of weight and impact resistance, CTi standard is the best option for 95% of body types and activity levels. From low impact lifestyle uses to high impact applications like motocross and wakeboarding, the standard CTi is the built for athletes and casual users alike.
Pro Sport: The most rigid option for the largest of users. ProSport is built with the most carbon fiber to accommodate much larger frames. ProSport wears heavier and more rigid than standard, and will only be applicable to users with larger body mass who require a sturdier brace to avoid migration on more cone-shaped legs and higher durability under strain. Only 5% of users will require this level of rigidity, ideal for support, not for motion.