U Perform Active Sport Collagen Powder 5g FORTIGEL® Bioactive Peptides® Suppliment for Adults & 40+ Supports Joint Health, Cartilage Mobility Informed Certified - 150g

STAY IN THE GAME: Stop letting joint discomfort and recurring stiffness cause missed sessions. This post-workout recovery supplement is designed for athletes who need to maintain consistency and confidence in their body’s ability to perform under the physical demands of high-volume training. TARGETED CARTILAGE REGENERATION: Formulated with FORTIGEL bioactive collagen peptides, specifically optimised to support the health and recovery of articular cartilage. This collagen for joints is clinically proven to activate the growth of new cartilage tissue. OPTIMISE RECOVERY FROM EXERCISE: High-impact activities like running and weight training put immense pressure on your joints. Each serving of this hydrolysed collagen helps absorb impact and stress, ensuring your articular surfaces remain mobile and resilient for your next session. CLINICALLY PROVEN RESULTS: Experience improved mobility and eased joint pain with a formula that shows significant results in as little as 12 weeks. This unflavoured powder is a cost-effective way to boost collagen levels and protect the integrity of existing joint cartilage. TRUSTED & INFORMED SPORT CERTIFIED: Serious about sport, we provide a collagen supplement that is batch-tested for banned substances. This product is trusted by elite athletes and Olympians globally, offering the transparency and quality reassurance that competitive sports consumers demand. VERSATILE UNFLAVOURED POWDER: This premium collagen food supplement is designed to fit seamlessly into your active lifestyle. The unflavoured powder mixes easily into water, juice, or your favourite post-workout shake without any unpleasant taste - simple to add to your daily routine. BOVINE SOURCE FOR BIOAVAILABILITY: We use high-quality bovine collagen because it shares a similar DNA profile with humans, ensuring superior bioavailability compared to marine alternatives. This allows the specific peptides to reach and stimulate collagen-producing cells.