Red Space – serie

ENDLESS DARK. ENDLESS TERROR. Paradise-1. Earth's first deep space colony. For thousands of colonists, it was an opportunity for a new life. Until it went dark. No communication has been received from the colony for months. It falls to Firewatch Agent Alexandra Petrova and the crew of the Artemis to investigate.What they find is more horrifying than they could have imagined.Paradise-1 begins a terrifying new trilogy of survival and exploration in deep space, from Clarke Award-nominated author David Wellington.'A captivating, eerie story with such engaging characters you won't want to say goodbye at the end' S. A. Barnes, author of Dead Silence'Wellington skillfully combines hard sci-fi worldbuilding with tense mystery . . . Readers will be on the edges of their seats' Publishers Weekly (starred review)'Intensely creepy worldbuilding' Library Journal

Revenant-X is the terrifying second novel in a new trilogy of survival and exploration in deep space, from Clarke Award-nominated author David Wellington. FEAR THE DARK.The crew of the Artemis - led by Firewatch agent Alexandra Petrova - have survived the furious onslaught of the Basilisk and broken through the space blockade around Paradise-1. Now they can pursue their original mission and investigate why Earth's first deep space colony has fallen silent. The answer seems obvious: the site is deserted.Or so they think. Some of the colonists remain. They're no longer human. Petrova and her crew now face a desperate struggle to survive as they attempt to uncover the mystery of what has befallen the colony. If they fail, the darkness that has fallen over Paradise-1 will consume them.Praise for the Red Space series:'A captivating, eerie story with such engaging characters you won't want to say goodbye at the end' S. A. Barnes, author of Dead Silence'Wellington skillfully combines hard sci-fi worldbuilding with tense mystery . . . Readers will be on the edges of their seats' Publishers Weekly (starred review)'Intensely creepy worldbuilding' Library Journal