Former Rugby Captain Lewis Moody Embarks on 500-Mile Cycling Challenge for MND Charity
Former England rugby captain Lewis Moody has announced a monumental 500-mile cycling challenge set for June 2026, aimed at raising both awareness and crucial funding for motor neurone disease (MND). Moody, who publicly revealed his own MND diagnosis in October, will undertake this gruelling seven-day journey, culminating at the Gallagher Premiership final held at Twickenham's Allianz Stadium.
A Personal Journey Through Rugby Heartlands
The cycling route will commence at Kingston Park in Newcastle, weaving through significant locations tied to Moody's illustrious rugby career. It will pass by his former clubs, including the Leicester Tigers and Bath, before the final push to Twickenham. This symbolic path not only honours his personal history but also connects the rugby community in a united front against MND.
Star-Studded Support for a Vital Cause
Moody will not be alone on this arduous trek. He will be joined by a host of former teammates, such as rugby legends Jonny Wilkinson and Mike Tindall, alongside his teenage sons, Dylan and Ethan. Their participation underscores the collective effort to combat this devastating disease, bringing together family and sporting icons for a common goal.
Raising Funds for the My Name'5 Doddie Foundation
The primary aim of this challenge is to generate vital funds for the My Name'5 Doddie Foundation, a charity established by the late Scottish rugby icon Doddie Weir. This foundation is dedicated to supporting MND research and providing assistance to families affected by the condition. Moody's initiative seeks to amplify the foundation's mission, leveraging his platform to drive both donations and public awareness.
A Heartfelt Commitment to Fighting MND
In the wake of his diagnosis, Moody has expressed a deep commitment to making a tangible difference in the fight against MND. This cycling challenge represents a powerful blend of personal resilience and philanthropic dedication, aiming to inspire others while contributing to scientific advancements and support systems for those impacted by the disease.
