Metagalaxy: Bout at the Emperor's Stadium (Paperback) (ISBN-13: 9798858170884)

In Bout at the Emperor's Stadium, a thrilling addition to the Metagalaxy Series, we follow the brave journey of Goliath, in his Laser Accouter, as he embarks on a perilous mission to rescue his captured ally and friend, Fire-Fox. Little does Goliath know that the force responsible for Fire-Fox's capture is far more powerful than he anticipated, capable of capturing even Laser.

As Fire-Fox regains consciousness, he finds himself thrust into a sinister arena alongside Blade and several other gladiators. Forced to fight each other for the twisted entertainment of their captor, King Gold, their lives hang in the balance with every battle.

However, the gladiators soon discover that their struggles are not only being observed by King Gold but by an even more formidable entity. This new presence possesses an overwhelming power that casts full control over the already treacherous arena.

Bout at the Emperor's Stadium unfolds as a gripping test of strength and wit, as Goliath, Fire-Fox, Blade, and their fellow captives navigate the dangerous arena, facing a treacherous combination of physical battles and psychological warfare. They must find a way to outsmart their captors, uncover the truth behind their capture, and reclaim their freedom.

As the Metagalaxy Series delves into the heart-pounding depths of Bout at the Emperor's Stadium, the stakes escalate. Our heroes must confront their own limits, maintain their identities, and face the ultimate challenge of survival in a battle that will define their destiny.

Prepare for a thrilling, action-packed ride as Bout at the Emperor's Stadium pushes the boundaries of courage, skill, and determination. The Metagalaxy Series continues to deepen its grip, promising a captivating experience for fans and newcomers alike.

Author: Russell Scott
ISBN-13: 9798858170884
Publisher: Independently Published
Language: English
Published: 08/19/2023
Pages: 86
Format: Paperback
Weight: 0.22lbs
Size: 8.00h x 5.00w x 0.21d