Too heavy to fly, Frenchman sails home
A 230kg (35-stone) Frenchman deemed too heavy to fly by British Airways has arrived in New York to head home by ship, AFP reports.
Kevin Chenais, 22, will sail for the UK from New York on the Queen Mary 2.
Chenais has a hormone imbalance and came to the US from France in 2012 for obesity treatment at the Mayo Clinic in Chicago.
He had planned to fly home in late October, but British Airways refused to let him board the plane on the grounds he was too fat.
He has mobility problems and gets around in an electric-powered wheelchair.
The man’s family spent almost two weeks at a hotel near Chicago airport as they tried to resolve the situation.
On Monday, the family took a train from Chicago to New York, from where they will sail for England on November 19.
The man’s father, Rene, criticised British Airways for paying for just five nights in a hotel, where in the end they spent 13 days.
An airline spokesman said the carrier tried to find a solution but in the end it was not possible to tend to Mr Chenais safely.
He needs oxygen constantly and medical oversight.
Rene Chenais said he was considering legal action against British Airways.
Ian Jarrett
Have your say Cancel reply
Subscribe/Login to Travel Mole Newsletter
Travel Mole Newsletter is a subscriber only travel trade news publication. If you are receiving this message, simply enter your email address to sign in or register if you are not. In order to display the B2B travel content that meets your business needs, we need to know who are and what are your business needs. ITR is free to our subscribers.
































Phocuswright reveals the world's largest travel markets in volume in 2025
Higher departure tax and visa cost, e-arrival card: Japan unleashes the fiscal weapon against tourists
Cyclone in Sri Lanka had limited effect on tourism in contrary to media reports
Singapore to forbid entry to undesirable travelers with new no-boarding directive
Euromonitor International unveils world’s top 100 city destinations for 2025