Amino acids naturally occur in protein, which helps to build and repair new muscle¹ - super-important for all fitness goals. Our new Impact EAA Tablets are a convenient way to stay topped up around training, as each serving provides all nine essential amino acids.

Our Packaging

We’ve gone through an exciting redesign, and as we step into a new era, you’ll see fresh packaging in your orders. Change is a good thing. But change takes time. Especially when you make change responsibly.

Because we don't believe in wasting perfectly good packaging — that would go against our sustainability pledge — you might get a mix of old and new designs inside your orders.

Rest assured, it’s still the same consistently high-quality product, just as you’d expect. If you happen to receive classic packaging, know that your order is helping to reduce waste. And if you receive anything with a fresh look, you’re one of the first, and we'd love to hear what you think. 
Thank you for joining us on our journey to reduce our impact on the planet, while maximising our impact for our community.

• Contains all 9 essential amino acids
• Includes 4:1:1 BCAAs
• Faster amino acid absorption rate than whey* — unlike intact protein, free amino acids don’t require digestion
• Vegetarian and vegan-friendly
• Super-convenient to make part of your routine
• Informed Choice certified

Your body can’t make essential amino acids itself, so they have to come from your diet, which is where our tablets come in. Vegetarian and vegan-friendly, they’re ideal to help you boost your daily intake of amino acids, no matter what your dietary choices are.

Our formula is based on the same essential amino acid profile as our Impact Whey Protein, only it has a faster amino acid absorption rate* (unlike intact protein, free amino acids don’t require digestion - plus, it's fortified with a 4:1:1 ratio of the BCAAs, leucine, isoleucine, and valine. These occur naturally in protein, which helps to build and repair new muscle.¹

1. Protein contributes to the growth and maintenance of muscle mass.

*https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5568273/