There are swirling rumors that the "Outlander" star Sam Heughan will be the next "James Bond" that will replace Daniel Craig. He, too, might be the next Tom Hiddleston as the latter is now being mocked because of his relationship with Taylor Swift.
Sam Heughan The New Tom Hiddleston?
After Sam Heughan secured his new ad campaign for Barbour, he was dubbed as the Tom Hiddleston of today. In fact, a spokesman for the British brand said that when they first saw the Scottish actor, they were instantly hit by his likeness with Barbour.
"The British countryside has been at the heart of the brand since 1894. Sam's Scottish roots and his genuine love of the outdoors means he brings an authentic and very real connection to the partnership," the spokesman from Barbour told Daily Mail about Sam Heughan. The spokesperson may be trying to imply that the 36-year-old star is a big catch compared to Tom Hiddleston.
Will Sam Heughan Be The Next James Bond?
In fact, some fan even believed that Sam Heughan would be a better "James Bond" with his masculine looks than Tom Hiddleston can portray. Moreover, the actor better known as Jamie Fraser shared his excitement to his Facebook friends when he announced that he is now the global ambassador of Barbour. The U.K. brand is known for selling quality jackets and accessories and has a partnership with "James Bond" franchise.
"Been so excited about this and great to finally be able to share that I'm @Barbour first Global Brand Ambassador! Thrilled to be working with such an iconic brand. Happy to join the extended Barbour family," Sam Heughan captioned his snap on his Facebook page. To recall, Daniel Craig was also wearing a Barbour's Beacon Heritage Sports Jacket in the 2012 "James Bond" film, "Skyfall." Also, Albert Finney was sporting the same brand Dunmoor Gilet in the Scotland scene, as per Inquisitr.
Could this be a sign that Sam Heughan will be the next James Bond? In an interview with The Telegraph, "James Bond" director Sam Mendes asserted that the next "007" will be an actor that is least expected.
