SBD 7mm Training Knee Sleeves – IPF Approved – Providing Versatile Support

The SBD 7mm Training Knee Sleeves are the most versatile knee sleeves in the SBD range, designed for lifters who need reliable support across all aspects of training. Manufactured exclusively in the UK from premium 7mm high-grade neoprene, these sleeves are built to the maximum IPF specifications (30cm length) to ensure optimal joint coverage and performance. With a patented design, the training sleeves mold closely to the knee joint, providing optimal compression, warmth, and consistent support during squats, accessory lifts, GPP, and high-volume sessions. Unlike generic sleeves, the SBD Training Knee Sleeves maintain compression under flexion, eliminating gaps and maximizing surface contact. Durable and athlete-tested, they feature reinforced seam constructionand abrasion-resistant fabricto endure daily training wear while maintaining comfort. IPF approved, USAPL/USPA recognized, and IWF compliant, they are trusted worldwide for both competition preparation and everyday training. Whether you’re pushing heavy volume, building joint health, or preparing for the platform, the SBD Training Knee Sleeves deliver the balance of support, stability, and recovery you need.
Size Guide: With your leg straight and muscles relaxed, measure around the center of your kneecap (patella) and the thickest part of your calf. If your calf is more than 1.6 in (4 cm) larger than your knee, consider sizing up for a better fit.
Versatile Training Support: Engineered for lifters who need balanced compression, warmth, and comfort across all training styles. Perfect to support everyday traning including squats & leg press
7mm High-Grade Neoprene: Built to the maximum IPF specifications (30cm length) for consistent joint coverage and performance.
Patented Fit & Design: Molds to the knee for optimal surface contact, ensuring stability and support through the entire range of motion.
Built to Last: Features reinforced seams and an abrasion-resistant fabric for long-term durability.