Presenting yet another cover design for the house of furious automata, Angry Robot Books. This one won’t be published until next year but the cover has been previewed on the Barnes & Noble Sci-Fi and Fantasy Blog so I can show it here. Like Under the Pendulum Sun, this is another fantasy scenario with a fresh take on fairy lore:
Daisy’s starting a new job and stylish city life, but mage-hunters out for her dark magic threaten to destroy her vogue image.
In the flourishing metropolis of Soot City (a warped version of 1920s Chicago), progressive ideals reign and the old ways of magic and liquid mana are forbidden. Daisy Dell is a Modern Girl—stylish, educated and independent—keen to establish herself in the city but reluctant to give up the taboo magic inherited from her grandmother.
Her new job takes her to unexpected places, and she gets more attention than she had hoped for. When bounty hunters start combing the city for magicians, Daisy must decide whether to stay with her new employer—even if it means revealing the grim source of her occult powers.
The brief this time was for something with an Art Nouveau/Art Deco feel. I had plans at the outset to incorporate some of the Art Nouveau stylings seen in the Netherlands circa 1910 but that idea was dropped in favour of a more overt collision between Nouveau and Deco. The latter element was essential since Jasmine’s story borrows much from the Roaring Twenties with its city setting, Prohibition theme, speakeasies and dance halls. The poses of the figures are based on the chryselephantine sculptures that were popular in the Deco period; the Daisy figure I borrowed from a statue by Ferdinand Preiss of a Charleston dancer.
Moonshine will be published in February 2018. Meanwhile there’s a lot more of my illustration work waiting in the wings. So far this year I’ve created 55 illustrations for four different books, and there’s even more to come. This is what is known as a busy time. One or more of the books will be out before the end of the year so, as always, watch this space.
