Sunlight glinted golden off the sides of ARMORER as it drifted out of the shadow of the planet. Crossing over the sunset line to the dayside, the sensors registered an anomaly in their view of the atmosphere—a colorless spot blooming directly under ARMORER’s orbit as dark as the nightside. Even from a height of 1,600 kilometers, even against storm clouds so thick the atmosphere was typically opaque, the gray shadow was overwhelming. Immediately, instruments began whirring to life—optical and near-infrared spectrometers, gas chromatographs and Doppler radar all probing the shadow—even as it began to register a flickering glow from inside, massive surges of electric current flashing out toward the edges that stood out electric blue against the orange atmosphere of the long twilight.
Another system engaged, switches snapping into place and disks spinning in their drives, silent this far from the bulk of the atmosphere. The orbiter’s computer detected a signal from planetside and began scanning the surface for corresponding signals its latest data suggested would be just under the shadow’s eastern edge.
ARC-1 gave no response.
ARC-3 was responsive but inoperable.
ARC-4 gave no response.
The system kept trying.
Commander Adam Townsend clutched his handkerchief, wiping the sweat from his hands again. Outside, the clouds glowed golden, bursting against the walls, driven by a sudden thermal updraft. The heat was starting to find its way inside, and Townsend sighed as he checked the readings one more time.
He fought to catch his breath as he dropped into the rolling desk chair—this far into the lander, the air scrubbers were still perfectly functional, but the warmth was getting to him. As he dabbed the back of his neck with his handkerchief, he wondered if dehydration was starting to set in. The lights overhead were cold, sterile, and minimal, so the warning lights blinking red on every display he’d staggered past in the corridor had been overwhelming, like a strobe, and threatened vertigo like he hadn’t felt since initial descent from orbit.
Readings were still coming in from the primary systems of ARMORER, the Automatic Remote Maintenance Orbiter for Rapid Emergency Response. Its brains stayed above the corrosive storm clouds, though it kept half a dozen of its drones under a blastproof shell planetside for quick dispatch that wouldn’t have been needed in thinner atmospheres. It cycled through its drones a second time.
ARC-5 was responsive but inoperable.
ARC-6 was responsive but inoperable.
ARC-8 was on the move, but its signal was unsteady and moving in the wrong direction, drifting lazily southward in a way ARMORER was having trouble reorienting.
High above, ARMORER engaged drones still held in reserve for orbital repairs and shunted them into their launch ports as its targeting computer started plotting a trajectory. Another bright electrical flare forced a correction to the calculations—straight down was not a safe option. Any possibility of reaching the target would require at least another full orbital transit, making the full journey around the planet almost twice.
Twin flashes of rocket fire flared silently as two drones raced out of ARMORER’s underbelly and skimmed off eastward over the cloud cover. Switching modes, ARMORER sent a data burst out into higher orbit, signaling the drone deployment to the manned control capsule.
The trajectory of the drones from orbit traced a path around the planet on-screen, but the altitude readings were discouraging. As they approached the longitude of the lander’s location, they would still have more than half the distance to the ground to fall. They skirted the continental ridge and continued tracing all the way around the planet. As they reached the lander on the second pass, a countdown finally appeared, showing estimated time to destination: 148 minutes.
With his breath back, Townsend finally registered that he’d never turned off his music after the impact that shook the lander. With a belated wave of his hand through the projected displays, the upbeat melody cut out. Now, he could hear the distant buzzing of alarm displays echoing through the central transit shaft. The quiet at the command desk in his quarters seemed oppressive, and the alarms were drowned out by the gentle puffing sighs of the air scrubbers, the knocking of the hydraulic cooling systems, and the slight rattle of the bolts that held both to the walls.
Another alert bloomed on the display, coded to the airlock to the evacuation craft.
“Yeah, I know,” Townsend muttered to himself, dismissing a notice reading:
WARNING! RAPID TEMPERATURE INCREASE DETECTED.
Already, the air was starting to feel thick with heat. Over the next 148 minutes, it was only going to get hotter.
***
“I’m just saying, I’ve never understood why anyone would name a mission Icarus,” Landon Diggs had said, back in 2164. “It’s like all the universities that name their sports teams the Trojans.”
Off a blank look from his roommate, Diggs rolled his eyes and finished, “Even though the Trojans lost the war.”
“Then you’re reading the story wrong,” Townsend said, smiling the same way his classmates would recognize from the football field when he gloated over a touchdown. “Icarus was anything but a failure.”
“He flew too close to the sun, lost his wings, and crashed into the sea. What would you call it?”
“He’d have been a failure if he hadn’t gotten off the ground. If anything, he was too successful—he flew so high, no one could have anticipated what would happen.”
“Either way,” Diggs said, taking a pamphlet for something called Project Bellona, “he still crashed and burned.”
Townsend took the same pamphlet, giving both sides a cursory glance. “No. Either way, he went out in a blaze of glory.”
A tone sounded over the loudspeakers—the stage at one end of the hall would soon be showing a brief video announcement outlining the two major missions that were planned for launch in the coming decade. Both would require volunteers on the ground floor, people whose names would join the ranks of Yuri Gagarin, the first man in space; Neil Armstrong, first man on the moon; and Elena Ferreira, the first woman to reach the surface of Mars. All interested cadets were to make their way to the rotunda at the north end of the hall.
“Blaze of glory of not, I’m pretty sure Daedalus was the success in that story,” Diggs said, passing another poster, this one for Project Heimdallr. “He kept his wings intact, and he was the one who made it off Crete alive.”
“Yeah, but how many heavy metal album covers has Daedalus been on?” Townsend smiled wide, launching into an air-guitar solo.
“My mistake,” Diggs replied with a laugh. “I can’t believe I almost forgot that the modern space program is based mainly on bad music that’s two centuries old.”
“Obviously, you haven’t seen the cover art for Brad Thatcher’s new single—melting wax wings and all.”
***
“Shit.” Mission Specialist Braeden Bayless started flipping through the incoming data, sitting up straighter as he realized what it indicated. Grabbing his handheld control pad for a secondary display, he started pulling up logs, searching for the last transmissions from what was now showing nonresponsive on the wall display.
“Is it Adam?” The crew module’s captain drifted near-weightlessly from the window over Bayless’s shoulder.”
“No—I mean, yeah, this has to be him, but he hasn’t actually transmitted anything back to us yet. It looks like he’s activated ARMORER.”
Captain Jordana Sviderskas pulled her thick hair back and tied it off in a hurry to keep it from obscuring her view of the displays. “Okay, so it’s, what, five minutes’ flight to the lander from the Armadillo?”
Bayless shook his head. The heavy armor-plated drone cache on the planet was that close to the lander, but it was also empty. “Sensor alarms deployed all the drones from the Armadillo between 1622 and 1745. They’ve been struggling to repair conduits in the array.”
“So redirect time—”
“No.” Bayless sighed. “He launched ARC-2 and 7 from orbit.”
“He couldn’t override any of the six drones planetside?”
“Three, Five, and Six won’t fly. I’m showing damage from particulate matter in the propulsion systems; they’re all down. And it’s looking like One collided with Five on the way to ground. it crashed into the surface and registered multiple system failures before ARMORER lost contact. Eight is flying, but something sheared off its navigation sensors, and we’re not able to correct its trajectory. It’s already three klicks off course.”
“And the bad news on Four?” Sviderskas wasn’t even done asking when Bayless’s eyes went wide.
He swiped a window off his tablet and watched as it cycled up onto the wall display, pointing. “I think that’s ARC-4.”
A video recording from a camera on the ground—apparently from ARC-8’s lost navigation arm—showed one of ARMORER’s drones hovering above one of the building-sized battery housings that stored energy harvested from the atmosphere. The background flickered and flashed like a dance floor as the drone spot-welded a rupture—until suddenly, the display was overwhelmed with light.
Slowed down to quarter speed, the whiteout seemed to go on forever, a jagged, forking arc of plasma glowing faintly purple across the screen. And then it was gone, and so was the drone.
Even as long as the flare seemed to last on the slowed playback, it seemed like not nearly enough time to have so utterly annihilated the device. But all that was left when the full picture came back was a slow shower of sparks and a sharply defined shadow scorched into the battery housing. Only one piece of shrapnel—no more than a few inches, melted oblong and smooth beyond all recognition—rocketed toward the ground just right of ARC-8’s camera.
“Can we get this video to Darwin?” she asked, feeling slightly shell-shocked and connecting the dots to the readings Townsend reported before going to survey the apparent damage.
“We can try, but there’s a bad dose of solar radiation. We’re having a hard time maintaining fidelity with any data stream more complex than audio.” His fingers were racing over the tablet again, though. “I’ll see what I can do. But I think you need to get the commander on the comms.”
Sviderskas hailed the landing craft, requesting a video call even as she forced the audio channel. “Icarus lander, do you copy?”
Only soft static came through her earpiece in reply, so after a few seconds, she tried again. “Commander Townsend, do you copy?”
Townsend pushed the wheeled desk chair over to the communications system and sighed as he saw himself in the camera feed. His hair had gotten too long.
Not that it was exceptionally long by any means, but, after more than a decade of keeping it razor-cropped with military precision, feeling any weight on his scalp made him feel uncomfortably disheveled. Scruff also crept down his face, spreading out in the patchy fuzz of his teenage self—the only part that still looked young on the cam.
Just as the beard crept down his neck, the hairline crept up his scalp, making his widow’s peak more pronounced. The color had changed from cornsilk blond to dull umber, the result of too much time indoors. It was thinner than he would have admitted back home, too. Given the sparse number of photos that still got sent back, maybe that’s why he hadn’t taken clippers to what, at only a few inches, felt like a shaggy mop.
He found himself fidgeting with it—after so many crew cuts, he was unable to find a natural part, pushing it one way, then the other, before giving up, giving it a loose scratch, and letting it do whatever the hell it wanted. Jordana could think whatever she wanted of his look; with the scent of ozone heavy in the purified air, he was just glad his hair hadn’t sparked with static.
“Commander Townsend,” he heard her repeat, “do you copy?”
As he finally opened the feed, Sviderskas seemed surprised to see it and sagged with relief as she looked back at him expectantly.
“I’m here,” he said.
“What’s the status of the escape vehicle?”
“The door is fused shut—you can see the scorch marks on the bottom where the lightning reformed to go to ground. The bigger problem is the door on this side—there are holes burned right through it.”
The captain swore, in Greek, as she always did. “Darwin is working with Moscow and Kyoto on possible fixes, but they won’t let us send down the supply lander in this kind of storm.”
“Is Bayless there?”
Townsend knew he would be, but he was relieved at the quick response of the Scotsman’s arm waving from the right of the feed. He slipped into view with the bouncing gait of a man in low gravity, settling behind the captain and finally turning away from the readouts.
“What even happened, Braeden? I’m surrounded by an array of superconductive lightning rods a kilometer wide and 200 meters tall.”
“It was sheet lightning.”
Townsend had heard the term before, but meteorology had never particularly been his strong suit. “I’m sorry, sheet lightning?”
“We got overwhelmed by the sheer volume of electricity. We’re registering sixteen simultaneous strikes in the array at the exact time of impact, and more than 370 in the ten seconds before and after. Two of our rods are offline; we think they melted right to the surface.” Bayless sighed. “We never took into account the effect of volcanic discharge on the storm—the eruption blew a hole in the side of the shield, and the ash cloud came up much closer than we anticipated.”
Townsend mopped his brow with his handkerchief again, then glanced down at it. It was emblazoned with his old university emblem, and he couldn’t help thinking about the day he’d received it twelve years earlier—the day he was assigned to Icarus. He almost smiled.
“Is Ariadne still set for today?”
“It is,” Sviderskas said, “but Houston’s running point—they’ve got it under control. We’ve got plenty of eyes on us today, too.”
On the screen, ARMORER’s countdown showed the drones’ estimated time to the lander tick down to 141 minutes.
***
Every year, the academy hosted a job fair, a presentation of all active projects and missions that the students would be vying for positions on, but the 2164 Mission Fair had been something special—word had leaked early on that a program being announced would be a monumental step forward in exploration, the likes of which come along only once or twice a century.
But then came the news that two such programs were being considered for development at the same time, and there was still time to get involved—especially for eager seniors.
Townsend and Diggs found seats in the rotunda at the end of the great hall, where chairs had been set up amphitheater-style around a circle of video projections. The lights came down just as they took their seats, and historical photos that everyone in attendance recognized flickered in the air at the center of the rotunda. Conversations turned to hushed tones and then cut out altogether as a voiceover boomed to life.
“After the abolishing of the U.S. Space Shuttle program early in the twenty-first century, the modern age of international cooperation began. American astronauts relied on Russian space capsules to visit and return from the International Space Station, setting the foundation for understanding and cooperation between nations regardless of politics or diplomatic troubles. U.S.-Russian cooperation aboard the ISS, even during the Ukrainian military operations, proved that space exploration remained a critical venture for humanity—one literally above politics.
“With low-orbit tourism rapidly becoming a viable industry and corporations building their own launch craft to take on responsibilities previously handed only by governments, the International Astronaut Corps was founded, allowing private investment in crewed deep-space research to be handled by the best and brightest of every spacefaring nation. This was aided by the full trust and expertise of each member state’s military, without compromising Earth-bound strategy or proprietary developments.
“With significant interest in resource mining on other bodies within our solar system and the possibility of developing new technologies built in microgravity, attention was turned toward the establishment of a permanent base on the moon. With plans to develop such a base in place, a long-term focus was developed on the next steps in humankind’s advancement in space, and the lunar colony grew to include a planned launch site—Launch Site Alpha. From this base, long-term missions could blast off to return to Earth, or outbound missions could be launched to other planets.
“A dozen new launch sites on Earth were constructed, allowing for new takeoffs around the world, with command centers to rival Houston and Moscow springing up in Kyoto, Japan; Darwin, Australia; Recife, Brazil; Cape Town, South Africa; and Reykjavik, Iceland.
“Because a new crop of leaders would be needed to man Launch Site Alpha, the new commands, and all their outbound missions, the IAC looked to found their own exclusive university, modelled after the military academies of the United Kingdom and United States. They settled on a campus in Akron, Ohio, for the Academy of the International Astronaut Corps. From these halls, officers for every publicly funded spaceflight have been chosen from your predecessors. The very first graduating class included Elena Ferreira, only the second Brazilian woman to command such a mission, but perhaps more notably, the first human being to set foot on the surface of Mars nearly thirty years ago.
“Though travel to the Martian surface has been exclusively one-way, Commander Ferreira remains an active administrator with the International Astronaut Corps, coordinating ongoing projects in the Martian colonies. And she has taken time from her busy schedule to record a message for today’s Mission Fair, in order to announce two of our most exciting upcoming projects. Ladies and gentlemen, please welcome Commander Elena Ferreira.”
Though the video was recorded, several students applauded when the image of Commander Ferreira appeared. She looked much the same as she had in the news footage they had all seen and idolized, if a bit grayer at the temples. If it were possible, she seemed to stand taller—almost impossibly tall—as she stood in front of her desk. A caption identified the location as IAC Mars Command, Dejah Base.
Diggs whistled softly through his teeth, shaking his head in near disbelief. All around the rotunda, on each of the walls, new projections appeared, showing the full-color insignias of the two missions, now confirmed under the names Icarus and Ariadne.
