Final Battle Read online

  You can contact Sigmund Brouwer through his website at www.coolreading.com or www.whomadethemoon.com.

  Visit Tyndale’s website for kids at www.tyndale.com/kids.

  TYNDALE and Tyndale’s quill logo are registered trademarks of Tyndale House Publishers, Inc.

  Final Battle

  Copyright © 2002 by Sigmund Brouwer. All rights reserved.

  Previously published as Mars Diaries Mission 9: Manchurian Sector and Mars Diaries Mission 10: Last Stand under ISBNs 0-8423-5633-9 and 0-8423-5634-7.

  Final Battle first published in 2009.

  Cover image copyright © by Digital Vision Ltd. All rights reserved.

  Designed by Mark Anthony Lane II

  This novel is a work of fiction. Names, characters, places, and incidents either are the product of the author’s imagination or are used fictitiously. Any resemblance to actual events, locales, organizations, or persons living or dead is entirely coincidental and beyond the intent of either the author or the publisher.

  For manufacturing information regarding this product, please call 1-800-323-9400.

  * * *

  Library of Congress Cataloging-in-Publication Data

  Brouwer, Sigmund, date.

  Final battle / Sigmund Brouwer.

  p. cm. — (Robot wars ; bk. 5)

  Previously published separately in 2002 as Mars Diaries, Mission 9:

  Manchurian Sector; and Mars Diaries, Mission 10: Last Stand.

  Summary: In the first of two adventures set in 2040, fourteen-year-old, wheelchair-bound, virtual reality specialist, Tyce Sanders is forced to reveal his special talents in order to avert a nuclear reactor explosion, and in the second, Tyce and his friend Ashley must find a way to stop a dreaded Manchurian fleet from overtaking the Earth.

  ISBN 978-1-4143-2313-8 (softcover)

  [1. Science fiction. 2. Robots—Fiction. 3. People with disabilities—Fiction. 4. Virtual reality—Fiction. 5. Christian life—Fiction.] I. Brouwer, Sigmund, date. Mars diaries. Mission 9. Manchurian sector. II. Brouwer, Sigmund, date. Mars diaries. Mission 10. Last stand. III. Title.

  PZ7.B79984Fin 2009

  [Fic]—dc22 2009016772

  * * *

  Printed in the United States of America

  17 16 15 14 13 12 11

  8 7 6 5 4 3 2

  CONTENTS

  Journal One

  Chapter 1

  Chapter 2

  Chapter 3

  Chapter 4

  Chapter 5

  Chapter 6

  Chapter 7

  Chapter 8

  Chapter 9

  Chapter 10

  Chapter 11

  Chapter 12

  Chapter 13

  Chapter 14

  Chapter 15

  Chapter 16

  Chapter 17

  Chapter 18

  Chapter 19

  Chapter 20

  Chapter 21

  Chapter 22

  Chapter 23

  Chapter 24

  Chapter 25

  Journal Two

  Chapter 1

  Chapter 2

  Chapter 3

  Chapter 4

  Chapter 5

  Chapter 6

  Chapter 7

  Chapter 8

  Chapter 9

  Chapter 10

  Chapter 11

  Chapter 12

  Chapter 13

  Chapter 14

  Chapter 15

  Chapter 16

  Chapter 17

  Chapter 18

  Chapter 19

  Chapter 20

  Chapter 21

  Chapter 22

  Chapter 23

  Science and God

  Journal One Is DNA Just about Fingerprints?

  Journal Two What’s the Matter with Matter?

  About the Author

  THIS SERIES IS DEDICATED IN MEMORY OF MARTYN GODFREY.

  Martyn, you wrote books that reached all of us kids at heart. You wrote them because you really cared. We all miss you.

  FROM THE AUTHOR

  We live in amazing times! When I first began writing these Mars journals, not even 40 years after our technology allowed us to put men on the moon, the concept of robot control was strictly something I daydreamed about when readers first met Tyce. Since then, science fiction has been science fact. Successful experiments have now been performed on monkeys who are able to use their brains to control robots halfway around the world!

  Suddenly it’s not so far-fetched to believe that these adventures could happen for Tyce. Or for you. Or for your children.

  With that in mind, I hope you enjoy stepping into a future that could really happen… .

  Sigmund Brouwer

  CHAPTER 1

  Radiation blast!

  Behind me, three doors—each three feet thick and made of steel-encased concrete—were already open to the outer world. Ahead was the final door protecting the inner core of the nuclear reactor at the power plant. It was the final barrier between me and the intense heat and radiation about to blast me when a computer signal triggered it to open like the ones behind me.

  Had my body been there in my wheelchair, the heat would have made puddles of my skin and flesh, reducing me to bones and skull. Just as deadly were the radiation waves coming from the reactor’s uranium core, only a half hour away from a final and catastrophic meltdown.

  Fortunately I had not approached in my wheelchair but through a robot body that had rolled under my control through the first three doorways toward that last door. In theory, my task was simple. Pull the rod of uranium from the sheath that fueled the reactor, shutting it down. But I had to do it fast—all before the entire reactor exploded in a mushroom cloud with five times the power of any nuclear bomb.

  And all because of bad hamburgers.

  Ten hours earlier, a bizarre chain of events had begun the meltdown. First, one of the power plant transformers had been struck by lightning, triggering three massive, key surge protectors. This in itself would have done no serious damage. After all, engineers had installed the surge protectors for something exactly like this. What they hadn’t planned on was a second lightning bolt hitting the same transformer within the next 10 seconds. Millions of volts had overwhelmed the power plant’s internal systems, crashing half the computers and scrambling the other half.

  Even so, the problem should have ended there. At any given time, three technicians were on shift to monitor the system. In an emergency such as this one, only two of the technicians are needed to hit twin fail-safe controls on each side of the massive monitoring panel, and a computer would begin shutting down the nuclear reactor.

  Shutting down the nuclear reactor wasn’t something you wanted to do every day, though. The city of Los Angeles, California, would lose the electrical power supplied by this nuclear plant. And it would take 10 days to complete the shutdown and then get the nuclear core up and running again to restore power to the city.

  But now, compared to the alternative, 10 days of blackout was a cheap price to pay. Because if the nuclear core exploded, its shock waves would kill every person within 30 miles. And with the wind blowing as it was, deadly radioactive dust would cover everyone else for another 20 miles beyond to the west.

  Which meant all of Los Angeles. With the freeways jammed to a standstill by people trying to flee in panic.

  In short, on any other day the one-in-a-hundred-million chance of a second lightning bolt would have led to an immediate and inconvenient shutdown.

  Except for those uncooked hamburgers.

  All three night-shift technicians had shared some takeout burgers as they carpooled to work that evening. And all three had gotten violently sick halfway through their shift. With one technician in the bathroom, the other two had
stayed, doubled over in agony in front of the controls. That’s why they had missed the first warning lights on the control board. Backup sirens had alerted them 30 seconds later. Sick or not, they knew what needed to be done: count down so that each could hit his own shutdown button. Both buttons had to be pressed at exactly the same time to begin the shutdown.

  But the retching and dizziness caused by the bad hamburgers had proved to be too much strain for the older of the two remaining technicians. He had fainted and fallen backward as he reached for the shutdown control.

  How did I know this? All of it was well documented on the video loop that monitored the control room. With one technician in the bathroom and one unconscious on the control-room floor, the sole technician remaining at the control board was helpless. He could reach only one shutdown control at a time. When the technician returned from the bathroom two minutes later, the nuclear core was out of control.

  That’s why I’d been sent. I’m Tyce Sanders. Fourteen years old and very new to Earth. I was supposed to be on an urgent secret mission to the Moon: locating a missing pod of kids like me, who could control robots using their own brain waves. Instead, because of this Earth emergency, high-ranking Combat Force military officials had flown me in early this morning, 04.02.2040, by supersonic jet from New York City, where I was supposed to meet with the military higher-ups, to an L.A. military base, with my robot beside me.

  As if this wasn’t enough stress, just a day earlier my friend Ashley and I had nearly died. We and our robots helped stop a terrorist plot that would have killed all the supreme governors of the World United Federation—what used to be called the United Nations when my dad was a kid. Ashley was in the desert mountains of Arizona, helping with the other robot-control kids who had just been rescued.

  And I’d been sent here to California. With the thunderstorm that had begun the blowout long gone, the weather had been perfect for flying. As the jet circled the Los Angeles basin on its approach to the Combat Force base, the military division of the World United Federation, I had a clear view of the almost endless city sprawl and the autopilot vehicles that plugged the highways.

  The city was in a valley, guarded by the jagged edges of the green-brown mountains against blue sky. I took in the view with awe, since the planet I’d lived on all my life—Mars— looked so different. There the mountains are red, and during the day, the sun is blue against a butterscotch-colored sky.

  Nuclear plant officials had spoken to me by videophone almost the entire flight, explaining the situation and trying to prepare me for my task. Time was running short, so they couldn’t afford to give me instructions on my arrival.

  Once the jet touched ground in L.A., it had taken another two hours for the nuclear experts to coach me through the training session. Or, more precisely, for me to run the robot through its training session. Again and again and again. I would have only one chance. If I made the slightest mistake, I might actually trigger an earlier meltdown.

  Which would kill me just as surely as everyone else in the meltdown zone. Because I was only a mile away from the nuclear plant, controlling the robot by remote from my wheelchair.

  Now the fourth and final door began to open, and I focused all my attention on the task ahead.

  I’d already shut down the robot’s heat sensors. Although the titanium skin of my robot was far more durable than my own skin, I didn’t want my brain to panic, telling me my body was in a furnace.

  A vertical bar of intense white heat widened as the door opened more.

  I directed my robot to reach up with its right arm and flip down a protective shield of black glass to reduce the glare. Otherwise, with the light rays reaching my brain through the robot’s video lenses, it would be like staring into the sun. I was already in a wheelchair. I didn’t want to become blind too.

  Mentally I braced myself to rush the robot forward. Even with the robot’s asbestos cape for protection, the technicians figured it would not last for more than 30 seconds against the heat.

  So that’s all I had. Thirty seconds.

  If the robot even continued to function once the radiation hit.

  The technicians’ biggest fear was that the intense radiation would interfere with the robot’s computer drive, which received signals from a transmitter that was directly linked to a plug in my spinal column, and from there to my brain. I shared that fear. If the robot failed to operate, the nuclear plant would blow. And no one could guess if the radiation interference might scramble the transmissions enough to affect my brain. You see, if a robot is zapped with an electrical current, the controller is knocked unconscious at a minimum or perhaps even killed. As for radiation interference … well, that could be far more deadly.

  But with the door three-quarters open, I had no time to worry anymore.

  I could see a huge glow through the black glass of my protective shield. Somewhere in the center of it was a rod the length and width of a person’s arm. I had to pull it loose before the robot lost its function.

  The door stopped opening, then sagged slightly. Had the heat melted its hinges?

  I didn’t hesitate. My robot was nearly six feet tall, 150 pounds, and incredibly strong. I surged forward, smashing into the door.

  Pain instantly shot through me in my wheelchair. The virtual-reality program that enables me to control a robot is so real, it felt like my left arm had broken. I tried to get the robot’s left arm to wave. It wouldn’t. I’d demolished it against the door.

  But the door was open, and I was through.

  At the center of the huge glow filling the room was a rod-shaped whiteness almost unbearable to see, even with the black glass that protected the robot’s video lenses.

  I had to act quickly. The robot already felt sluggish.

  I commanded it forward. It lurched, stopped, then lurched again.

  Radiation interference!

  I’d spent 10 seconds, and the robot was only halfway there.

  With all my concentration, I commanded it to continue.

  Then … clunk.

  It had hit the far end. The core was within reach. All I had to do was somehow get the robot’s right arm up and …

  Another 10 seconds.

  The robot’s arm began to glow. Would it last long enough to …?

  The robot’s titanium hand closed on the end of the core rod and fused instantly. That didn’t matter. We’d expected that.

  What I had to do now was roll backward and …

  A sluggishness hit my own brain. Like black glue oozing into my skull.

  Come on! I shouted mentally. Come on! Think!

  In my mind, it felt like I was falling backward. Backward. Backward.

  And then the black glue froze all of my thoughts.

  Silence squeezed my consciousness into total darkness.

  CHAPTER 2

  I was startled awake with the feeling of something damp on my forehead.

  Opening my eyes, I saw a nurse, probably a little older than my mother. She wiped my forehead with a cool, damp sponge.

  Then I remembered. I was in a hospital somewhere in L.A. I’d woken up late last night as doctors poked and prodded at my body. They had dryly informed me that I was a hero. As my robot had fallen backward, it had pulled the core of uranium far enough out of the sheath to prevent the final stage of uncontrolled nuclear fission. I’d grimaced. With my killer headache, I hadn’t felt like a hero. Just like a kid who missed his home. Which for me, of course, was Mars. Then the doctors had given me a painkiller for my headache and let me sleep again.

  I guess I’d slept all the way through ’til the next day.

  “Good to see you awake,” the nurse said. “You gave everybody a scare.”

  Right now, she was scaring me. The only thing normal about her was the light green nurse’s uniform. Her platinum-colored hair was so shiny and piled so high, I knew it had to be a wig. Especially because it wasn’t a natural color for a woman with skin darker than chocolate. Her lips were smeared with p
urple lipstick, and I was ready to choke on the smell of her heavy perfume.

  She smiled, showing gleaming white teeth that were surprisingly straight and even. Like she’d spent a lot of money on those teeth but cheaped out on the horrible wig. “Of course, that nuclear plant gave everyone a scare too. What was it like in there?”

  “It all happened so fast,” I answered, trying not to stare at her bad makeup. I’d never gone trick-or-treating—we never celebrated Halloween on Mars—but I knew about it and wondered if somehow I’d been in a coma so long that it was now October 31.

  “Well, I think you were brave,” she replied kindly. “Even if you didn’t have to go in yourself. That robot … you controlled it, right?”

  I nodded, wondering if my head would hurt like it had last night. It didn’t. I relaxed a little. Weird thing was, something about this nurse looked familiar. Like maybe I’d seen her in a movie from one of the DVD-gigaroms I’d watched growing up on Mars.

  I grinned at my strange thoughts. It must be the shock I’d had. I was imagining things. A woman in a wig like this would never be on camera.

  “I control the robot with my brain,” I answered. No matter how she looked, I reminded myself she was trying to be nice. “Like it’s a virtual-reality game. Except I move a real robot, not something in a computer program.”

  “Wow.” A big, encouraging smile again. “Your parents must be proud of you.”

  I did my best to hide a frown. My parents. Mom was a plant biologist on Mars, millions and millions of miles away. I missed her badly, along with my friend Rawling, who’d taught me how to control robots when I was a little kid. I wondered what they were doing right now, in another part of the solar system.

  As for my dad, Chase Sanders, I didn’t even know where he was. Dad was a space pilot. He’d taken the first shuttle to Mars over 15 years earlier. On that eight-month trip he’d met my mom, Kristy Wallace, who was also part of the first expedition of scientists to set up a colony on Mars. They had gotten married as soon as they reached the red planet, and I’d been born almost a year later.

  That’s why I’d never seen Earth until I came back with Dad on his most recent shuttle from Mars. But something had gone wrong. Dad, Ashley, and I had been arrested almost as soon as we reached the Earth’s orbit. We’d been taken to a military prison in the swamps of Florida. But because Dad held some old guy hostage—I found out later he was the supreme governor of the World United Federation—Ashley and I had been able to escape the Combat Force prison. Dad had told us to go ahead with our mission and that we had a six-day countdown to find the pod of kids Ashley had been a part of. Otherwise it would be too late. And then sometime in the middle of our mission, we’d heard that Dad had disappeared. No one had heard from him since. Until the nuclear plant thing, he had been my biggest worry. And now—with this nurse’s question as a reminder—my worry returned.