Dog Hock Brace for Rear Leg & Ankle Support

The hock joint (the dog's ankle) carries immense pressure during running and jumping. If your dog is walking with a dropped heel or showing signs of rear leg weakness, they need structural stabilization. The NeoAlly Dog Hock Brace is a high-performance, 3-in-1 adaptive solution designed to treat Achilles tendon injuries, tarsal hyperextension, and joint instability. As a direct-to-consumer manufacturer, we offer medical-grade hock support that provides immediate relief and long-term recovery.

Targeted Support for Rear Leg Injuries

Our hock braces are engineered to address the specific mechanics of the rear limb.

Achilles Tendon Support: Provides the necessary lift for dogs with a "flat-footed" or "crab-claw" gait caused by tendon tears.
Tarsal Hyperextension: Stabilizes the joint to prevent it from over-extending or collapsing backward.
Rear Leg Weakness & Arthritis: Offers compression and warmth to soothe aching joints in senior dogs.
Injury Prevention: Essential for active sporting and working dogs to prevent ligament strains during high-impact activity.

The NeoAlly Advantage: Adaptive 3-in-1 Technology

Don't settle for a basic wrap. Our hock braces feature removable metal spring inserts that adapt to your dog's healing phase:

Immobilization Phase: Use the rigid metal inserts for maximum stability immediately after a sprain or injury.
Rehab Phase: Switch to the flexible spring inserts to allow for a natural range of motion while maintaining support.
Active Phase: Remove the inserts entirely to use the brace as a breathable, reflective compression wrap for daily protection.

How to Measure Your Dog for a Hock Brace

The hock is a tapered joint, so a precise measurement is required to prevent the brace from slipping.

Hock Circumference: Measure around the widest part of the hock joint (the ankle bone).
Leg Height: Measure from 2 inches above the hock to 2 inches below it to ensure full joint coverage. Note: Our braces are sold in Pairs.
Vets highly recommend bracing both legs to prevent compensatory injuries to the healthy limb.