New Releases by Susan Stoker

Video game coder, Harley Kelso, thought a tandem skydive would help her make her latest game more realistic. Instead, it literally put her in the arms of the sexiest man she's ever seen. Geeky to the core, Harley is the polar opposite of big and burly Beckett, but that doesn't stop her from wanting to play more carnal games with the sexy soldier.

When Beckett “Coach” Ralston offers to fill-in at a friend's skydiving club, he doesn't suspect he'll meet a woman who will change his life—and he definitely doesn't expect her to save it. But that's exactly what happens when an accident mid-air forces Harley to land them both safely. She's earned Coach's complete gratitude, and even more, sexual interest…

Until she disappears without a trace.

With Harley missing, a happy ending might not be in the cards for the man who loves her—especially when he becomes the main suspect.

** Rescuing Harley is the 3rd book in the Delta Force Heroes Series. Each book is a stand-alone, with no cliffhanger endings.

Saddled with a job she hates and a detestable boss she likes even less, Adeline Reynolds could use a break. It doesn't look like she'll get one today. Her service dog, Coco, is alerting her she's about to have an epileptic seizure—and her frustrated blind date has left her to deal on her own. Enter firefighter Dean Christopherson, who escorts her to the nearby fire station, where she can suffer through her ordeal safe from injury and prying eyes.

Dean—known as “Crash” to his friends—didn't expect to find The One in a diner during his lunch break, but he's blindsided by the beautiful, brave Adeline. She brings out his every protective instinct—along with the carnal ones. As they get to know each other, Dean's feelings for Adeline grow fast, as does his irritation with her boss, whose behavior is suspicious at best.

As much as he wants to protect Adeline from the world, Crash has to tread carefully. His overprotectiveness could push her away…and leave her vulnerable to a man whose obsession has reached the boiling point.