He struggles not to lose his footing.
The man stretches out a hand, grabs hold of a long steel bar sticking out of the wreckage and hauls himself up onto steadier ground. The bar was once buried deep within thick concrete walls, reinforcing them, holding them up.
Now it is just a convenient handhold for a stubborn old man. He should have let someone else do this. Someone younger. Someone fitter. He should be sat in the back of one of their air-conditioned trailers, watching via the suit’s head-mounted camera.
“Are you okay, Professor Steadman?” a voice crackles, heavy with the static of interference.
“Yes, I’m okay, Ralph” he replies.
“Your heart-rate is over one-hundred-and-twenty beats per minute, Professor. Are you sure you’re okay to continue?”
Damn sensors.
“There’s no need to nag, Ralph,” Professor Steadman snaps and then regrets it.
“Sorry, Professor,” Ralph says.
“It’s okay, Ralph. Tell you what—I’ll wait here a minute, catch my breath, okay?”
“Okay, Professor.”
“How’s my exposure time?”
There is a pause while Ralph checks. ”Jenny thinks you’re good for another two hours or so,” he says. “But then you should be heading back in.”
“Okay, thanks Ralph.”
The suit is heavy, cumbersome. It has multiple layers of cotton, specially treated plastics and even a lead-lining, all woven together.
He and his team have fitted the suit with air filters, a temperature control unit, a complex suite of sensors and computer systems to control them all. There’s even a small set of anti-gravity field effectors that compensate for some of the weight.
Professor Steadman considers increasing the support provided by the effectors. It would make the going easier for him, but they would drain the suit’s batteries even faster and he still has a long way to go.
No matter how clever they made the suit at power management, battery-life would always be limited.
Though not as limited as his life would become outside of the suit. Professor Steadman looks at the glove holding the rebar. The bright yellow material is coated in the fine, grey dust.
He looks around. Huge broken lumps of concrete, with more of the twisted rebar’s sticking from them are the devastated remains of buildings. Here and there doors and broken pipes poke out of the rubble at strange angles.
Everything around him is a uniform grey, covered in the lethal dust.
“Ralph, you there?” Professor Steadman asks.
“Yes, Professor.”
“Could you display the map for me?”
“Sure, no problem.”
Bright green lines paint the inside of the small glass window that is Professor Steadman’s view of the world.
The lines draw a map of the air force base. Or rather, they show the base before it was levelled by a seismic bomb.
Professor Steadman turns to the East, towards the gash in the desert where the base’s nuclear power station used to be. One of its cooling towers is still standing, the only recognisable landmark for miles. Steam is still drifting from it.
The map displayed in front of him rotates, matching his movements.
“Ralph, please zoom in on my current location and overlay the drone fly-past readings.”
Coloured bands appear on the map, indicating the intensity of the radiation. He can also now see his own GPS signal, marked with a small green dot.
The object he is seeking is a bright red dot. It is time for him to get moving again.
#
It must be right here. He checks the map—the green and red dots are on top of each other.
Professor Steadman reaches down to his side and un-clips a small terminal from the suit’s thick belt. The terminal is about six inches long with a glass display panel and six large buttons designed for use with the suit’s thick gloves.
He presses some of the buttons and messages flash up on the display. A few adjustments and the display changes to show arrows with numbers next to them. The first gives the direction and distance to the object, the second its depth.
The image on the display is pulsing rhythmically as it sends out signals that the object then echoes back.
“Is the detector working properly?”
“Yes,” Professor Steadman replies. ”We’re in good shape.”
“So you’re there?” Ralph asks.
“Nearly. According to the detector it’s about three meters to my West.”
Professor Steadman looks over at the rubble where the arrow is pointing. ”There’s a bit of a problem, though.”
“What’s that?”
“It’s also five meters down, according to this.”
“Oh.”
Professor Steadman presses some of the buttons on the terminal. ”I’ll walk around, take some more readings; see if I can’t triangulate its exact position. If you send one of the drones it can dig down.”
There is a short pause.
“Professor?” Ralph says.
“Yes?”
“Jenny and I have been looking at the numbers.”
He didn’t like the sound of that. ”And?”
“The radiation where you are is quite high.”
“So?”
“Your exposure time is getting to be a problem. We think you should come back.”
“Your advice is noted, Ralph. Please send the drone.”
“But Professor, it’s getting dangerous.”
“This whole mission is dangerous, Ralph. We’re so close now. Just send the drone.”
There is no reply.
“Look, Ralph,” Professor Steadman continues. ”The sooner we find what we’re looking for, the sooner we can all get out of here.”
There is another short silence and then Ralph says, “It’s on its way, Professor.”
#
The drone takes no more than ten minutes to arrive. It is a compact model—small, but powerful.
It lands close to him. Professor Steadman detaches a module from his terminal and slides it into a slot on the side of the drone. He steps back a few paces.
The drone does nothing for a moment, then lights flash and its anti-gravity field-effectors lift it from the unstable ground. It hovers into position.
Manipulator arms extend from the Drone’s body. It reaches down and grasps a rebar.
Using its fields, the drone neutralises the rebar’s weight and lifts it up and away in a single clean jerk, as if the huge iron bar and the lump of concrete it is attached to were made of polystyrene. The drone slips sideways about five metres and dumps the rubble, which crashes onto down with the full effects of gravity. Clouds of the radioactive dust are thrown up.
#
“Can you see it?”
Professor Steadman leans over and looks down into the deep hole the drone has excavated. It has taken a little over an hour for it to dig down—longer than he had hoped. He is far past his maximum safe exposure time, but right now he doesn’t care.
It is growing dark. The desert sun sets quickly and he has been forced to turn the suit’s torches on. A small red warning light is blinking in the corner of his vision—when the batteries run out he’ll be left breathing unfiltered air and that really will be the end of him.
So where is it? The bright white light from the torches throw hard shadows. Details are difficult to make out.
“No… I… Wait, there it is!”
The object is about the size of a watermelon. Its surface is smooth but for a series of ridges. A long tail extends from the back. Bundles of severed wires are poking from the tail, but it otherwise appears intact.
“You can see it?” Ralph asks.
A small smile crosses Professor Steadman’s lips. ”Yes,” he says. ”Wait a minute.”
Professor Steadman switches his suit’s speakers on and turns to the drone.
“Drone,” he says, pointing at the object. ”Extract that.”
He is surprised by the sound of his own voice—it is distorted, metallic through the speakers. He wonders if the drone will have trouble recognising him, but after a moment it responds. The drone lifts off and glides over and down into the hole.
Professor Steadman is distracted by a beeping noise. Less than one percent battery life left. Damn. He turns off the suit’s temperature control unit; that should buy him a few more minutes, though things will also become very uncomfortable.
“Professor, what did you just—”
Professor Steadman shuts off the communicator, cutting Ralph off.
The drone uses its manipulator arms to gently lift the small object and carry it up to him. Professor Steadman takes it. He examines it more closely, looking for any small dents, cracks, anything that might indicate a loss of integrity. He wipes the objects surface with his gloves—it is white under the dust. He can see it is scuffed in places, but it looks serviceable.
The beeping has become a constant tone now, intense, screeching. Professor Steadman smiles again.
“Drone?”
The drone turns towards him.
“Take this back to the trailer,” he says and hands the object back to the drone.
As the suit’s power finally gives out, Professor Steadman watches the drone go, safely carrying his life’s work back to the trailer where it, at least, will survive.
The filters stop working. He takes his first breath of the outside air. It is hot, with an acid tang; he can feel the thick dust coating his tongue, going down his throat. Then he tastes copper and his mouth is full of wetness.
The radiation is so intense that the soft tissues of his mouth, nose and throat are disintegrating.
Professor Steadman drowns in his own bodily fluids before the radiation has a chance to kill him.