An ex-football player is savagely murdered. A National Ballet dancer inexplicably commits suicide. The only link between the two deaths is Dr. Roger Peterson, a famous psychiatrist and bestselling author.
Toronto PI Samantha McNamara can't accept that her childhood friend manipulated the emotionally fragile dancer into committing suicide or that he's capable of murder. But the victim's schizophrenic wife is Roger's lover and patient. And her husband intended to go public with a complaint that would destroy the doctor's life.
When Sam's fiancé, former police Inspector Reece Hash, receives a troubling suicide letter from the ballerina, they realize that Roger's unethical conduct could be the symptom of a deeply disturbed mind. Or the doctor has unwittingly become a pawn in a killer's deadly game. As the pieces slowly fall into place, Sam and Reece are plunged into a terrifying nightmare. Their only chance of survival is to outwit a psychopath whose greatest pleasure is the game. The rules are simple: trust no one, believe nothing, and stay alive.
Praise for Red Rover, Perdition Games
“Fraser crafts a strong mystery that sweeps readers along with the two well-developed main characters.”—Kirkus Reviews
“This book hits the ground running and does not stop, even when it reaches its chilling finale. It is full of espionage and intrigue that will keep the reader guessing at every breathtaking turn.”—San Francisco Book Review
“Move over The Following, Criminal Minds, NCIS, and Blue Bloods—there is a new PI in town and her name is Samantha McNamara.”—Readers' Favorite
L.E. Fraser completed her post-secondary education in Toronto and moved to London, Ontario with her husband, two sons, and three pugs. Raised on military bases, her introduction to unique people and experiences fed a lifelong desire to write. She combines her passion for psychology and criminology in her Perdition Games novels, where the monsters you can’t recognize are more frightening than the ones you can.
Visit her at perditiongames.com and catch her on social media.