Clear and present danger - Tom Clancy [102]
Faster and higher. Half of the remaining rocket dropped off now, the second-stage fuel expended, and the third stage lit off about a thousand miles downrange. In the control bunkers at the Cape, the engineers and technicians noted that everything was still going as planned, as befitted a launch vehicle whose ancestry dated back to the late 1950s. The third stage burned out on time and on profile. The payload, along with the fourth, or transstage, now awaited the proper time to ignite, kicking the payload to its intended geosynchronous height, from which it would hover over a specific piece of the earth's equator. The hiatus allowed the control-room crew to top off their coffee, make necessary pit stops, and review the data from the launch, which, they all agreed, had been about as perfect as an engineer had any right to expect.
The trouble came half an hour later. The transstage ignited early, seemingly on its own, boosting the payload to the required height, but not in the expected place; also, instead of being perfectly placed in a stationary position, the payload was left in an eccentric path, meandering in a lopsided figure-eight that straddled the equator. Even if it had been over the right longitude, the path would negate its coverage of the higher latitudes for brief but annoying periods of time. Despite everything that had gone right, all the thousands of parts that had functioned exactly as designed, the launch was a failure. The engineering crew who managed the lower stages shook their heads in sympathy with those whose responsibility had been the transstage, and who now surveyed launch control in evident dejection. The launch was a failure.
The payload didn't know that. At the appointed time, it separated itself from the transstage and began to perform as it had been programmed. Weighted arms ten meters in length extended themselves. Gravity from an earth over twenty thousand miles away would act on them through tidal forces, keeping the satellite forever pointed downward. Next the solar panels deployed to convert sunlight into electricity, charging the onboard batteries. Finally, an enormous dish antenna began to form. Made of a special metal-ceramic-plastic material, its frame "remembered" its proper configuration, and on being heated by sunlight unfolded itself over a three-hour period until it formed a nearly perfect parabolic dish fully thirty meters in diameter. Anyone close enough to view the event would have noticed the builder's plate on the side of the satellite. Why this was done was itself an anachronism, since there would never be anyone close enough to notice, but it was the custom. The plate, made of gold foil, designated the prime contractor as TRW, and the name of the satellite as Rhyolite-J. The last of an obsolete series of such satellites, it had been built in 1981 and sat in storage - at the cost of over $100,000 per year - awaiting a launch that had never actually been expected, since CIA and NSA had developed newer, less cumbersome electronic-reconnaissance birds that used advanced signal-gathering equipment. In fact, some of the new equipment had been attached to this obsolete bird, made even more effective by the massive receiving dish. Rhyolite had been originally designed to eavesdrop on Soviet electronic emissions, telemetry from missile tests, side-lobes from air-defense radars, scatterings from microwave towers, even for signals from spy devices dropped off by CIA officers and agents at sensitive locations.
That didn't matter to the people at the Cape. An Air Force public affairs officer released a statement to the general effect that the (classified) launch had not achieved proper orbit. This was verified by the Soviets, who