Patrick McLanahan Collection #1

by Dale Brown

  “I first want to say that I’m pleased and frankly more than a little amazed to be talking to you, General McLanahan, aboard a facility that just a few short years ago was considered little more than a Cold War relic at best and a floating money pit at worst,” Bain went on. “But now we’re considering putting hundreds of billions of dollars into the next five budgets to create a space force centered on that very same weapon system. I’m convinced we’re seeing the beginning of a new direction and future for the American armed forces. Captain Noble, I’ve been briefed on your incident yesterday, and although we need to discuss your judgment skills I’m impressed with how you handled yourself, your crew, your fellow airmen, and your craft. I believe it was yet another example of the amazing capabilities being developed, and the future path we’re on looks incredible indeed. But we’ve got a long way to go before we take that journey, and the events of the past few days will be critical.

  “First, we’re going to get a briefing from General McLanahan on Armstrong Space Station and his operational tests recently run, and Captain Noble’s incident over the Black Sea. We’ll discuss a few other matters, and then my staff will prepare our recommendations to SECDEF and the national security staff. I’m sure it will be a long uphill fight, both in the Pentagon and up on Capitol Hill. But regardless of what ensues, Patrick, I’d like to say ‘job well done’ to you and your fellow airmen—or should I say, fellow ‘astronauts.’ Please proceed.”

  “Yes, sir,” Patrick began. “On behalf of everyone aboard Armstrong Space Station and our support crews at Battle Mountain Air Reserve Base, Elliott Air Force Base, and Peterson Air Force Base in Colorado, thank you for your kind words and continuing support.”

  Patrick touched a button that presented photographs and drawings in a separate window to the videoconference audience as he continued: “A brief overview first: Armstrong Space Station was constructed in the late 1980s and early 1990s. It is the military version of the much smaller NASA Skylab space station, built of spent Saturn-I and Saturn-IV rocket fuel tanks joined together on a central keel structure. Four such tanks, each with over thirty thousand cubic feet of space available inside, form the main part of the station. Over the years other modules had been attached to the keel for specialized missions or experiments, along with larger solar panels for increased power generation for the expanding station. We can house as many as twenty-five astronauts on the facility for as long as a month without resupply.

  “The station hosts several advanced American military systems, including the first space-based ultra-high-resolution radar, improved space-based global infrared sensors, advanced space-based global communications and high-speed computer networking, and the first space-based anti-missile laser system, code-named ‘Skybolt,’ designed to shoot down intercontinental ballistic missiles from space. The station’s space-based radar is a sophisticated radar system that scans the entire planet once a day and can detect and identify objects as small as a motorcycle, even underground or underwater.

  “The destruction of our strategic command and control systems and ballistic missile defense sites by the Russian Federation’s air attacks against the United States highlight the need for a capable, secure, and modern base of operations to conduct a wide spectrum of vital defense activities, and Armstrong Space Station is that facility,” Patrick continued. “The station is now the central data collection and dissemination hub of a network of satellites in high- and low-Earth orbits linked together to form a global reconnaissance and communications system, continuously feeding a wide array of information to military and government users around the world in real time. The station and its supporting reconnaissance satellites can track and identify targets on the surface, in the sky, on or under water, underground, or in space, and it could direct manned and unmanned defenders against them, like a space-based multifunction combat control system.

  “The state-of-the-art systems aboard Armstrong Space Station give it other important capabilities that complement its primary military function,” Patrick went on. “In case of war or natural disaster, the station can serve as an alternate national military operations center, similar to the Air Force’s E-4B or Navy’s E-6B Mercury airborne command posts, and can communicate with ballistic missile submarines even while deeply submerged. It can tie into radio and television airwaves and the Internet worldwide to broadcast information to the public; act as a nationwide air, maritime, or ground traffic control center; or serve as the central coordination facility for the Federal Emergency Management Agency. The station supports the International Space Station, acts as a space rescue and repair service, supports numerous scientific research and education programs, and is, I believe, the inspiration for a general reawakening to the exploration of outer space for young people around the world.

  “Currently, Armstrong Space Station hosts twelve systems operators, technicians, and officers, set up very much like the combat crew aboard an airborne command post or sensor operators aboard a radar aircraft. Additional crews are brought aboard as necessary to run specialized missions—the station has accommodations for another dozen personnel, and can be expanded quickly and easily by attaching additional modules brought aloft by the shuttle, the SR-79 Black Stallion spaceplane, the Orion crew expeditionary vehicle, or remotely piloted launch vehicles—”

  “Excuse me, General,” National Security Adviser Carlyle interjected, “but how is it possible to bring additional modules up to the station on a spaceplane or remotely piloted vehicles?”

  “The fastest and easiest way is to use inflatable modules, Mr. Carlyle,” Patrick responded.

  “‘Inflatable’? You mean, not rigid, like a balloon?”

  “Like a balloon, only a very high-tech balloon. The technology is based on NASA’s ‘Transhab’ experiments of ten years ago, when inflatable modules were suggested for the International Space Station. The walls of our models are primarily made of electro-reactive material that is flexible like cloth until a current is applied and it’s struck, when it hardens into a material that resists impact a thousand times better than steel or Kevlar; this material is backed up with other non-electro-reactive materials that are still many times stronger than steel or Kevlar. Inflatable structures give just enough to absorb energy from impact without damage—you can’t ding the walls of these things.

  “The stuff is lightweight and easily packed for launch, then easily and remotely inflated in just a few hours. We’ve already lofted small inflatable modules on the spaceplanes and Orion, and the technology is sound. We haven’t lofted a full crew-sized module yet, but that’s in the works. Future space stations and perhaps even habitation modules on the Moon or Mars will probably be inflatable.” Carlyle didn’t look convinced at all, and neither did several other attendees, but he offered no other comments.

  Patrick took a sip of water from a squeeze bottle Velcroed to the bulkhead and was amused to find a line of nervous sweat on his upper lip. How many briefings, he thought, had he given during his over two decades of military service? None, he reminded himself wryly, from space before! Briefing four-star generals was nerve-racking enough, but doing it while flying at over seventeen thousand miles an hour over two hundred miles above Earth made it even more challenging.

  “Armstrong Space Station is the ultimate expression of taking the ‘high ground’ and is, I believe, the centerpiece of America’s stated goal of maintaining access and control of space,” Patrick went on. “It and the Black Stallion spaceplanes constitute the foundation of what I call the U.S. Space Defense Command, an integrated joint services command that manages all space-based offensive and defensive assets and supports terrestrial theater commanders with reliable, high-speed communications, intelligence, reconnaissance, attack, and transportation services from space. Our mission will be to—”

  “That’s very interesting, General McLanahan,” National Security Adviser Carlyle interjected with a wry and rather bemused expression, “and as interesting as the idea was when you first proposed it
last year, that sort of organization is still many years down the road—we don’t have time to bring back Buck Rogers right now. Can we move on to a discussion of the Iran operations, General Bain?”

  “Of course, Mr. Adviser. General McLanahan?”

  “Yes, sir,” Patrick said expressionlessly—he was quite accustomed to being tuned out, interrupted, and ignored whenever he brought up his idea of the U.S. Space Defense Command. “Along with all of the other advanced technological capabilities of this station, my staff has recently added another: the ability to control remotely piloted tactical aircraft and their weapons from space. We demonstrated the capability of controlling an unmanned supersonic EB-1C Vampire bomber completely from this station throughout all phases of flight, including several aerial refuelings and hypersonic precision-guided weapon deployment, in real time and with complete man-in-the-loop control. Our communications and networking abilities are entirely and quickly scalable and expandable, and I envision the capability of controlling entire air task forces of potentially hundreds of unmanned combat aircraft, from small reconnaissance micro-UAVs to giant cruise missile haulers, right from Armstrong—securely, safely, and virtually unassailable.”

  Patrick stuck his briefing notes on the bulkhead. “I hope all of you have received my after-action report on the employment of the XAGM-279 SkySTREAK hypersonic precision-guided cruise missile in Tehran,” he said. “The attack was a complete success. The operational test was terminated due to the unintended and unfortunate casualties caused by detonation of an apparent chemical weapon warhead on the target rocket. The casualties were caused by the unexpected detonation of the chemical weapon warhead on the insurgent attacker’s rocket, not by the SkySTREAK missile, and therefore—”

  “And as I stated in my comments on McLanahan’s report,” Air Force chief of staff General Charles Huffman interjected, “I believe the SkySTREAK weapon was not the appropriate weapon to use and could negatively impact our efforts to de-escalate the conflict in Iran and bring about a negotiated settlement between the warring parties. Iran was not the right place to test that weapon, and it appears to me that General McLanahan skewed his proposal and the weapon’s potential effects in order to dramatize his system. Firing SkySTREAK on his restricted ranges in Nevada wouldn’t have had such a ‘wow’ factor as watching one slam into an insurgent pickup truck. Unfortunately, his magic show resulted in the deaths of dozens of innocent civilians, including women and children, by poison gas.”

  Joint Chiefs chairman Bain shook his head, then looked straight ahead at his videoconference camera. “General McLanahan?” His brow furrowed as he looked at Patrick’s image on the videoconference screen: Patrick was taking another deep sip from a squeeze bottle, and seemed to have some difficulty re-Velcroing the bottle to the bulkhead. “Care to respond?”

  Patrick nodded, placing a hand up to his mouth to corral an errant drop of water. “Sorry, sir. Even simple tasks like drinking water take a little extra concentration up here. Almost everything requires a conscious effort.”

  “Understood, Patrick. I’ve ridden the ‘Vomit Comet’ a couple times so I know what zero-G can do to someone, but it’s nothing like living the experience 24/7.” The ‘Vomit Comet’ was a modified C-135 cargo plane flown on a roller-coaster-like flight path that allowed several seconds of weightlessness for the occupants during its steep descent. “Any comment on General Huffman’s report?”

  “I didn’t think it was necessary for me to respond with a strong denial, sir,” Patrick said, “but to make myself perfectly clear: General Huffman’s analysis is dead wrong. I assembled the SkySTREAK operational test exactly as delineated in the general’s air tasking order: a precision-guided aerial standoff attack force to support Persian anti-insurgent operations with minimal collateral casualties or damage. We didn’t stray outside the ATO one iota.

  “I’d like to point out a few other things as well, if I may, sir.” He didn’t wait for permission to continue: “SkySTREAK was approved by the general’s operations staff, along with eight other task forces and units that are operating over Tehran and other cities in Free Persia. So far SkySTREAK has been the only unit to successfully engage any insurgents, even though all the other units have access to the Global Hawk’s sensor imagery, Armstrong Space Station’s automated surveillance system, and even to SkySTREAK’s sensor downlinks. In short, sir, SkySTREAK is working.”

  “And the civilian casualties?”

  “A result of the detonation of the insurgent warhead, sir—it wasn’t caused by SkySTREAK.”

  “It was caused by your missile, McLanahan,” Huffman interjected. “You were briefed about the possibility of the insurgents using weapons of mass destruction in Tehran and directed to withhold and request enhanced analysis of the target before engaging. You failed to do that, which resulted in unnecessary civilian casualties.”

  “As I see it, sir, we limited the casualty count by taking out that Ra’ad rocket before the insurgents had a chance to launch it.”

  “Be that as it may, McLanahan, you failed to follow my directives,” Huffman said. “The technology’s not at fault here. But because of your error in judgment, the whole program might be shut down.”

  “I’m not quite ready to shut anything down yet, Charlie,” General Bain said. “My staff and I have reviewed the report submitted by General McLanahan and your response, with a special emphasis on the issue of collateral civilian casualties. My intelligence directorate looked at all spectrums of the Global Hawk surveillance video and the space station’s own network of sensors. Everyone has concluded that it would have been possible to determine with certainty that the rocket indeed carried a chemical warhead, and that nearby innocent civilians were at risk if the rocket was hit and the warhead detonated and activated.” Huffman smiled and nodded confidently…

  …until Bain glared at the Air Force chief of staff, held up a hand, and continued: “…if General McLanahan had the time to study freeze-frame hi-res imagery for at least ninety seconds, sitting at a desk at Langley, Beale, or Lackland Air Force Bases instead of falling around planet Earth traveling at seventeen thousand five hundred miles per hour, or if he had taken the time to consult with expert analysts on the ground; and if he wasn’t a three-star general officer and an Air Force tactical officer and air weapons expert and wasn’t expected to make command decisions such as this. However, if he had taken the time to ask or had decided not to attack, we feel that the loss of life would’ve been far greater if the rocket had dispersed its deadly payload as designed.

  “The civilian loss of life is regrettable and is something we wish to avoid at all costs, but in this case we feel General McLanahan made a proper decision in line with his rules of engagement and is not responsible for the loss of life. Therefore, the command staff will not convene an investigation board on the matter, unless other evidence is brought forward, and considers the case closed. General McLanahan is free to continue his patrols over Iran as directed and as originally planned with the extra patrols added back into the package, and the joint staff recommends to the National Command Authority that he be allowed to do so.

  “On a personal note, I wish to commend General McLanahan and his crews for a job well done,” Bain added. “I have no idea what the difficulties of working and living in space could be like, but I imagine the stress levels to be enormous and the operating conditions to be challenging to say the least. You and your people are doing a great job in tough circumstances.”

  “Thank you, sir.”

  “This concludes my portion of the video teleconference. Mr. Carlyle, any remarks or questions?” Patrick looked at the image of the National Security Adviser, but he was busy talking on the telephone. “Well, it looks like Mr. Carlyle is already busy on another matter, so we’ll log off. Thank you, every—”

  “Hold on a minute, General Bain,” Conrad Carlyle interjected. “Stand by.” Carlyle shifted his seat sideways, the camera zoomed back, widening the view to three seats at the conference tabl
e in the White House…and a moment later, the President of the United States, Joseph Gardner, took his place with Carlyle, along with White House chief of staff Walter Kordus, a tall but rather slight man who seemed to wear a perpetual scowl.

  Cameras—any kind of camera, even relatively lo-res videoconference ones—loved Joseph Gardner. Dark-haired, thin, and square-jawed, he possessed that strange, almost mystical appearance that defied any efforts by anyone to classify him by ethnicity—at the very same time he looked Italian, Iberian, Black Irish, Latin American, even round-eyed Asian—and therefore he appealed to all of them. He exuded immense self-confidence from every pore, and seemed to project authority like laser beams through his dark green eyes. After just a couple years of his two terms in the U.S. Senate, everyone knew he was destined for bigger and better things.

  Being from the state of Florida and coming from a long line of Navy veterans, Gardner had always been a big advocate of a strong navy. Nominated for Secretary of the Navy by then-President Kevin Martindale in his first term, Gardner pushed hard for a grand expansion of the Navy, not just in its traditional maritime roles but in a lot of nontraditional ones as well, such as nuclear warfighting, space, tactical aviation, and ballistic missile defense. Just as the Army was America’s primary ground fighting service, he argued, with the Marine Corps as a support service, the Navy should be the leader in maritime warfare and tactical aviation, with the Air Force as its support service. His rather radical “out-of-the-box” ideas had many skeptics but nonetheless got a lot of attention and favorable support from Congress and the American people…

  …even before the utter devastation of the American Holocaust, in which Russian long-range bombers armed with nuclear-tipped cruise missiles decimated all but a handful of America’s intercontinental ballistic missiles and strategic nuclear-capable long-range bombers. In just a few hours, the U.S. Navy suddenly became the one and only service able to project American military power around the globe, and at the same time virtually the sole keeper of America’s nuclear deterrent forces, which were seen as absolutely vital for the very survival of the United States of America in its weakened condition.