2015 SI Swimsuit: Hannah Davis, Derek Jeter's Victoria's Secret Model GF Scores Cover! [WATCH]

There's another reason why you should feel jealous of Derek Jeter, whose stunning girlfriend has landed the cover spot of the annual swimsuit issue. Victoria's Secret model, Hannah Davis has scored the prestigious cover of the 2015 Sports Illustrated Swimsuit edition.

During the The Tonight Show, television host, Jimmy Fallon, unveiled to his audience the highly anticipated cover of the upcoming Sports Illustrated Swimsuit issue. To generate buzz, Questlove was on the drums, beating down in rhythm to the announcement. Fallon was joined by Higgins to bring down the black curtain. Davis then left with Higgins, leaving Fallon awkwardly alone on stage.

Check out the video here:

The steamy cover was photographed by Ben Watts at Tennessee's idyllic Blackberry Farm. This issue marks the third appearance of the young fashion model. Time states Davis and Jeter have been a couple since 2012 after the retired New York Yankees baseball player broke up with actress Minka Kelly.

SI Assistant Managing Editor MJ Day reveals to the SI site, "I didn't think it could get better than Hannah's Jersey Shore shoot last year, but this year everything clicked. It was perfection."

The 24-year-old model was so surprised, she couldn't hold back tears while speaking with her mother on the phone, "I told my mom there was no way I'd get the cover. I told her 'They do beaches for covers and I'm on a farm. There's no way. It's not possible.'"

Check out the video here:

This is a departure from last year's cover which featured Chrissy Teigen, Nina Agdal and Lily Aldridge together.

Davis describes her excitement, ""I've always enjoyed the whole Swimsuit experience, and said that anything extra-a little square on the cover or anything like that-was a bonus. But still, this was my dream."

The Sports Illustrated Swimsuit 2015 edition, with Hannah Davis on the cover, hits newsstands and online on February 9th.

Readers, what do you think of the cover?