"Nothing, Jesse, nothing. These days, it's just nice to see such a scene of domestic bliss. Makes me miss my Dorothy."
"Heh." Jesse grinned back. "You'll see a different aspect of 'domestic bliss' if we don't get on with it. So go ahead, please. Materials, problems, construction status."
"Right." Hal checked his list momentarily.
"Engines. As you know, we've obtained first right of purchase or salvage of light-block, aircraft-compatible engines from the strategic resources board. I've identified at least a dozen engine types in town that will probably serve, but I would prefer using those that I can find in multiple units. A one-of-a-kind engine presents obvious spare problems. The best news is that most newer engines tend to be smaller and lighter, turbocharged, with higher compression ratios and horsepower than older models. Suitably stripped down, with such things as the air conditioning, power steering and anti-pollution devices removed, we can even use water-cooled engines. The town mechanics really got enthusiastic when I explained what we needed."
Hal paused. "By the way, I hired Harvey Matowski as chief mechanic-for the firm, that is. If you want him in the Air Force, you'll have to talk to him."
"Right. I will," Jesse noted. "So what kind of engines did you find?"
"Well, we've found good engines to power the "X-2."
Jesse interrupted, "X-2?"
Hal looked up. "Oh, Yes, sorry. I've gotten tired of referring to it as 'it.' I assume at some point you'll want to give it a suitably warlike name."
Jesse smiled. " 'X-2' is for test-pilot types, Hal. When you get it ready, we'll come up with something else. I'd go with Hellcat except we already get accused of witchcraft often enough as it is, without fueling the flames."
"Thunderbolt," Jesse mused to himself. Or "Liberator." Hell, maybe the "Gustav." It kinda looks like an ME-109 from the side and our Swedish ally might think it's named after him.
He mentally shook himself.
"But you were saying about engines?"
Hal beamed. "Yes, a fine pair of Mazda 13B power plants. Thank God for young men and their sports cars. Imagine, two RX-7s in a town like this. Wonderful engines. They should produce over a hundred sixty horsepower, easily. Very sturdy with a superb crankshaft. Good cooling system, though we're going to remove the electric oil cooling bypass valve. That just wastes space, you see, and…"
"Hal. Hal, please," Jesse interrupted. "Not now."
"What? Oh, sorry," Hal said sheepishly. "Where was I? Oh, yes, engines.
"There are four Saturns in town with 2.2-liter engines that will work. Two Honda Preludes. Perhaps ten or so Chevy S-10s, since they're already methanol compatible. We're even looking at a number of V-6, twenty-four-valve engines, with horsepower in the one eighty to one ninety range. Plenty of makes and models to choose from, there; but, of course, it will depend on the reduction drive. When modified, they should all have power-to-weight ratios above.35 and some considerably higher. Here's the list. I should think we'll want to take out options on the whole lot."
"Thanks. What's next?"
"Wood, or, rather, wood storage. Rudi says he can get as much as we need from Weimar, but he can't keep it dry here. That barn needs a new roof."
Having already run afoul of the irascible German carpenter several times, Jesse grimaced. "Well, whatever Rudi wants, Rudi gets, I suppose. Jim, there's another job for your list."
"Yes, sir."
"And speaking of wood," Hal continued, "I'm not having much luck with that three-bladed prop design. The balance is much more difficult than with two blades. I'm afraid we'll have to settle for a two-bladed prop on the new model, at least initially. That will mean we can't obtain peak performance, of course. Perhaps one twenty knots at cruise and a top speed of no more than one fifty knots."
"That will be fine, Hal," Jesse said. "Remember, we're looking for reliability, first and foremost."
Hal nodded. "Well, if that's the case, we'd also better take the props off the Belles and cap the ends with something. I've noticed some wear and splitting along the leading edges, too. Hmm, thin brass, I think. Drill small holes and put long brass rivets right through. That should work. No dissimilar metal problems."
"You're the engineer, Hal." Jesse smiled.
Hal snorted. "More like a shade-tree mechanic, these days. Look at the trouble I'm having coming up with a reasonable attitude indicator. If I could just find some small, reliable gyros…"
"Don't beat yourself up too much," Jesse said. "Besides, if we had good attitude indicators, we'd just be tempted to fly in bad weather. And without any navaids, someone would come to grief, sooner or later. So, where do we stand with modifications and construction?"
"Well, now that the 'Belle II' is fully operational, we're concentrating on production of the X-2. Naturally, we've learned some things about construction techniques from building the 'Belles.' Provided the power-plant design proves out, we should be ready to test by midwinter, weather permitting. As you realize, this is a much more advanced aircraft. Trim tabs, windscreen anti-icing, tandem seating and controls-that means duplicate instruments, such as they are-semi-wooden wings with cloth only from mid-chord rearward, landing lights in the wingroots. It'll even have brakes. Not to mention it's a low-wing, strutless planform with much more power than the 'Belles.' Much heavier too, of course. Fully aerobatic and capable of something like five gees. And I've decided the fuel tank must be placed somewhere under the rear seat to maintain proper weight and balance. You don't know the difficulties we've already overcome-"
Jesse held up a hand. "Wait a second, Hal. Slow down. First things, first. Is there anyone we don't have whose particular skill you need?"
Hal thought a moment. "Well, I could use a glazier."
Jesse stared. "A what?"
"You know, someone who can fit glass."
"I know what a glazier is, Hal. Um, why do you need him?"
"Well, you've insisted that the X-2 have a closed cockpit…"
"You're damned right, I did," Jesse groused. "Do you know how cold it gets up there?"
"Certainly, I do. That's why I agreed on this design. But as you know, the cockpit will have two hinged segments, a way to get into each seat. That means using at least thirteen cut pieces of auto safety glass, frames, supports, bracing. Remember how many leaks you found on the Las Vegas Belle, once it rained? Who did the work on the windscreen? I should think you'd want an expert to do it this time."
"Uh, point taken," Jesse conceded readily, since he had installed the Belle's windscreen. "We'll get someone from the auto glass place."
He changed the subject.
"Let's go back to the 'Belles' for a moment. Now that I've flown the Belle II, I'm anxious to get the improvements retrofitted on the original Belle. For example, that stall warning device you came up with. That could save a pilot, one of these days. Good going."
Hal beamed. "Nothing, really. Just a short piece of angle iron attached to the underside of the left wingroot. At a sufficiently high angle of attack and low enough airspeed, the propwash gives you a little shake. Ten minutes work. I should have thought of it earlier. I can show you the equations, if you like."
"Never mind, I'm just a simple airplane driver. It works and that's good enough for me. I also want that dual throttle control lashup copied on the Belle I. Can do?"
Hal nodded.
Jesse checked off that item on his list. "Okay, how about the rocket wiring and the flashguards?"
Hal sucked on his pipe for a moment. "Should be no problem. Perhaps half a day's work, once we find the tin sheets and insulation. We'll have some loss of airspeed due to increased drag, though. You can tell the government 'weapons board' we'll be ready to test next week. You'll be able to carry eight rockets solo, perhaps four with a second person on board. Each rocket will have an individual switch, all in a row in front of the left seat. But I warn you, if one of those things explodes under the wing, you'll have to walk home."