Heal Faster With a Hinged Knee Brace From Old Bones Therapy!
Maybe you’ve felt that sharp sting after landing wrong, or the dull ache that lingers after years of skating, snowboarding, or running. Maybe you’re recovering from an ACL or MCL injury, or you just want peace of mind knowing your knee won’t buckle mid-session.
Whatever the case, a hinged knee brace from Old Bones Therapy could be just what you need to get back to feeling like your old self, fast. We’ve built every knee brace in our collection for athletes who refuse to slow down, no matter what Father Time says!
These hinged braces provide more than just compression. You get structured, side-to-side support that keeps your knee stable, reduces the risk of hyperextension, and helps your joint track the way it should. Translation: less pain, faster recovery, and more confidence every time you move.
Here are some of the key features of our hinged brace:
- Removable Bilateral Hinges: Add them for extra stability when you need rigid support, or remove them when you want to move more freely.
- Patella Gel Pad: Cushions and stabilizes the kneecap for shock absorption and improved alignment.
- Breathable Knitted Fabric: Lightweight, non-neoprene material that’s washable, comfortable, and latex-free.
- Non-Slip Silicone Lining: Keeps the brace in place all day, so you’re not constantly adjusting.
- Medical-Grade Compression: Improves circulation, reduces swelling, and helps muscles recover faster.
Best of all, our knee braces are backed by a 60-day product guarantee and a one-year warranty. With thousands of five-star reviews from real athletes, you can order with peace of mind.
So, why let pain cut your season short? Shop now for the hinged brace trusted by skaters, riders, and athletes worldwide. Or, get in touch today for one-on-one support picking the perfect brace.
FAQs
What is a hinged knee brace used for?
A hinged knee brace stabilizes the knee by limiting side-to-side motion and protecting against hyperextension. It is commonly used for ACL, MCL, LCL, and meniscus injury recovery, post-surgery rehabilitation, and high-impact sports where the knee needs maximum structural support.
What is the difference between a hinged knee brace and a regular knee brace?
A regular knee brace provides compression and mild support. A hinged knee brace adds rigid side stabilizers (hinges) that control lateral movement and prevent hyperextension. The hinged design offers significantly more protection, making it the better choice for serious injuries and post-surgical recovery.
Who needs a hinged knee brace?
Hinged knee braces are recommended for people recovering from ACL, MCL, LCL, or meniscus injuries, those returning from knee surgery, and athletes in high-impact sports like basketball, football, and skiing who want maximum knee protection during activity.
Can you walk normally with a hinged knee brace?
Yes. Hinged knee braces are designed to allow natural walking and movement while providing structural stability. The hinges guide the knee through its normal range of motion, so you walk with more confidence and support without feeling locked up.
How long should you wear a hinged knee brace each day?
Most people wear a hinged knee brace during physical activity and recovery periods. It is not typically necessary during rest or sleep. Wear duration depends on your injury and activity level. If you experience discomfort, adjust the fit or take a break.
What is the difference between a hinged knee brace and a spring knee brace?
Hinged knee braces use rigid stabilizers for maximum lateral protection. They are best for serious injuries and post-surgery recovery. Spring knee braces use flexible stabilizers that provide moderate support while allowing more natural movement. Springs are ideal for active injury prevention and sports performance.
Can a hinged knee brace help with arthritis?
Yes. A hinged knee brace provides stability and reduces the load on the joint during movement. Many people with knee osteoarthritis find that hinged braces reduce pain during walking, stair climbing, and physical activity by offloading stress from the affected area of the knee.