“Range to target,” Commander Mason’s voice said in her headphones, “one hundred meters. We have hostiles in sight.”
“Roger that. Thanks for the ride.”
“Any time, Lieutenant. Fly Navy.”
“My Ass Rides In Navy Equipment, Sir,” she replied jauntily, using the old MARINES acronym. She switched to the platoon frequency. “Platoon! Unhook and disembark! By the numbers! First rank…go! Second rank…go! Third rank…”
Line by line, the Marines floated out of their seats, leaving belts and gleaming belt buckles magically adrift in zero G. Fuentes reached across with her right hand, touched the thrust control on her left arm, and felt the slight, upward nudge of her MMU’s high-pressure nitrogen jets.
Class-One/Special armor, as the designation suggested, was a special adaptation of standard full armor. The suit part was basically unchanged, hard-shelled and coated in active camouflage surfacing, with helmets made insectlike by the lenses of cameras and headlights arrayed just above the dark-tinted visors. The principal change was in the life-support backpack that each Marine wore like half of a mattress strapped to the armor’s back. Derived from the Manned Maneuvering Units of the early days of the Space Shuttle, these MMUs served as miniature, one-man spacecraft, providing power, life support, and maneuverability for up to twelve hours at a time.
As Fuentes cleared the passenger module, she touched another thrust control, canceling her upward momentum. She was hanging now twenty feet above the gaping cargo bay of the Star Eagle. Above and around her were the other twenty-two men and women of her platoon. Directly ahead was the International Space Station, a glittering structure of interconnected cylinders, cans, and spheres, stretched along spidery struts between the gorgeous black-purple spread of its winglike solar panel arrays.
Mason was right. She could see armored figures, dwarfed to near insignificance by the size of the ISS structure, moving along the struts. It looked like the UN troops—some of them, at any rate—had come out to play.
She saw a twinkling of tiny lights in the shadowed side of the ISS and realized with a curious detachment born of her eerie surroundings that they were firing at her.
“Space Strike One, this is Eagle,” Mason’s voice said. “We are taking projectile fire from the target. Be advised that Hellfire is in position to deliver covering fire.”
“Platoon!” she rasped out. “Watch your vision! Okay, Eagle. Let’s have that cover fire!”
Hellfire was Shepard Station, nudged from its lower, faster orbit to a position in the same orbit as the ISS, trailing it by about twenty kilometers. A moment later, a portion of the space station’s hull grew briefly, intolerably bright.
The ISS battle represented an odd balancing of forces and tactics. The station itself was unarmed, so the only way the defenders could hold off the Marines was to send armored troops outside and engage the attackers one-on-one. The Marines, in turn, were hampered by the fact that they couldn’t just find an airlock and smash their way in. It took time to cycle through a lock, and by the time a handful of Marines could squeeze into an airlock and match pressures with the station interior, they would find a large number of UN troops on the other side, waiting for them to crack in the inner hatch and start moving through one at a time.
Neither could the Marines simply find a spot on the side of the station, blow a hole through, and storm inside. There were at least eight hostages aboard, including five Americans. Fuentes’s orders stated bluntly that her first priority was to secure the station, but indiscriminately slaughtering hostages and enemy troops alike was not going to help the US cause much, any more than it would advance her own career.
The plan that they’d arrived at was a compromise at best, but one that offered a fair chance of success if they could clear the ISS framework of enemy troops. Unlike Shepard Station, the International Space Station was not powered by a nuclear reactor. All power came from the solar array, which converted sunlight directly to electricity and channeled it through a series of heavily shielded cables to the battery compartment at the station’s midships area. Fully charged, those batteries could keep the ISS powered for an estimated forty-eight hours, a time period that could be extended somewhat by shutting down nonessential systems.
The Marine plan depended on being able to clear the enemy from the station’s struts and rigging in order to gain unrestricted access to the power conduits from the solar panels. Cut those cables, and the station would be helpless, forced to draw on battery power for temperature control, communications, oxygen recycling, and scrubbing excess CO2 from the air. The problem, then, would be waiting them out. The UN troops could afford to sit tight knowing the Marines couldn’t storm inside and root them out; if the UN could get reinforcements to the station, the Marines would have to withdraw and the siege could be lifted.
And that, of course, was where Shepard and its laser came into the picture. Without reinforcements, sooner or later the ISS would have to surrender. And no reinforcements could approach the ISS so long as Shepard remained intact, with the Hecate HEL. In addition, Shepard could give the Marines a much-appreciated hand by sweeping snipers from the station’s struts and rigging. By timing the HEL pulses to a fraction of a second, the laser wouldn’t damage the station, but any enemy troops who happened to be looking in Shepard’s direction would be blinded.
“Forward, Marines!” Fuentes cried, touching her forward thrust control and holding it, letting her velocity build. There was no sensation of motion save for the slow growth of the ISS in her field of vision, and the steadily dwindling green numbers flickering on her visor HUD at the edge of her field of vision, counting down the meters as measured by her helmet’s laser ranger. Carefully, she unstrapped her ATAR, moving slowly to avoid going into a spin, and planted the rifle’s butt plate squarely in the slot built into the armor just about over her navel. She touched a button on the rifle’s side; a yellow crosshair appeared on the inside of her visor, together with a tiny, inset video image on her HUD’s lower left field.
What she was about to do ought to work, but it had never been tried before…at least, not outside of the microgravity combat training simulators at Vandenberg. She selected a target, a blue-helmeted soldier clinging to an antenna guy, and moved her rifle until the crosshair was centered on his chest.
Lightly, almost delicately, she squeezed the trigger.
Every action has an opposite but equal reaction, and a rifle firing in zero G acts precisely like a small rocket, hurling mass in one direction and kicking the shooter in the other. Each bullet’s mass was tiny compared to Fuentes and her hundred kilos-plus of armor and MMU, but moving very quickly, enough to give a noticeable recoil, enough to slow her forward velocity somewhat…but not enough to stop her or knock her off course. Most important, the center-of-mass-firing technique pioneered in the simulators at Vandenberg worked. If the rifle was badly positioned, the recoil could set her spinning. Careful firing from the center of mass, however, simply slowed her in her headlong charge. All of the Marines in the strike force had practiced firing from free-pivoting microgravity simulators, gangling contraptions made of struts and wires from which an armored Marine could dangle in a frictionless approximation of zero G.
She just hoped the rest of her Marines remembered their training. If one of them went spinning off into the void now, there’d be no way to recover him.
She’d been so concerned about not sending herself into a spin that she hadn’t noticed what had happened to her target. The man was tumbling away from the space station now, arms and legs cartwheeling, a fine white mist of freezing air trailing like a tiny contrail. A second blue-top appeared to her left, but she couldn’t fire at him without turning in place, a
