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Everyone knows the Tour de France. That almost cultish event that has cycling enthusiasts all over the world glued to their televisions every European summer. Some are such big fans, they also follow the other big tours in Italy and Spain.

If you’re into multisport events, you’ll likely have heard of Coast to Coast. Held in the South Island of New Zealand, Coast to Coast is a multisport race that involves long-distance running, biking, and kayaking across the length of the South Island. MitoQ joined up with racer Ryan Kiesanowski to support him with his recovery and performance.

We’re thrilled to introduce the newest addition to the MitoCrew, the New Zealand Cycling Project – a group of New Zealand-based cyclists founded by former elite racer James Canny, with a focus on giving talented kiwi cyclists an opportunity to race internationally.

A long-time advocate for MitoQ, sports and endurance coach Paul Cadman is going to teach you how to power your performance.

And we’re off! Paul Millet and the ‘lads’ of the Glendowie Cycling Crew have now completed the first stage in their journey to cycle from the top of the North Island to the bottom of the South Island of New Zealand. Spread over four days, this initial stage covered 480km of the total 3000km.

In early February, three members of the MitoQ Adventure Racing Team took on the most iconic and longest-running multi-sport race in New Zealand and one of the top ones in the world, the Coast to Coast.

For as long as they can remember, the self-titled Glendowie Cycling Crew, have donned their lycra, pulled out their bikes and spent their Sunday afternoons riding together. Whilst this is a great way for the team to keep fit and stay social, they have decided to up the ante and are taking on their biggest challenge to date.

Olympic Gold Medalist Swimmer Gary Hall Jr. is not interested in slowing down as he gets older. Fortunately for MitoQ, he doesn’t have to.

Learn about Dr. Terry Wahls, her health journey and how she ditched her wheelchair by eating for her mitochondria.