Team Tyne Innovation Achieve World Record in Atlantic Row

Update: Team Tyne Innovation have arrived safely in Antigua and cracked the world record as the fastest mixed four!

About a year ago we posted a blog about our client, Phil Kite, who created project Team Tyne Innovation after deciding to take part in the Talisker Whiskey Atlantic Challenge – a 3,000 mile row across the Atlantic ocean.

Phil and his three team mates are now over half way through what is known as the world’s toughest row, and we were lucky enough to receive an update from Phil himself straight from the Team Tyne boat.

With around 500nm left to go, they’re on course to achieve a world record for the fastest Atlantic crossing by a mixed four. We couldn’t be happier to hear this excellent news!

It sounds like they’re having a tough but amazing journey. They’ve been wildlife spotting and even managed to have a swim 1000nm from shore. Although the lack of sleep and intense physical strain has been challenging, it seems Phil wouldn’t change a thing;

“The first week was really tough! I won’t be doing this again, it’s brutal and relentless – but also would not want to have missed it.”

Team Tyne Innovation aims to support local charities and showcase the innovation and talent the North East has to offer, with a variety of local businesses and charities offering supplies and support for the team’s journey.

Check out their Twitter page for updates on their journey, or head over to the website where you can make a donation for a great cause. You can also track their boat here.

We’re extremely proud of Phil and the team for everything they’ve achieved so far and wish them the best of luck for the remainder of the race!

Back to Blog

Get in Touch

We’re currently taking on new projects and would love to hear from you.

Give us a call on 0191 228 9444 or fill in the form below and we’ll get in touch.
  • Drop files here or
    Accepted file types: pdf, jpg, ai, psd, doc, docx, txt, pages, zip, rar.
    • This field is for validation purposes and should be left unchanged.