CHAPTER SIXTEEN
THE INGOT
Camp One, late 1980
In late 1980, the Mechanical Dome poured its first crude iron-rich test ingot from locally processed material mixed with imported additives.
It was ugly.
Porous.
Impure.
Too brittle for pressure-critical use.
Li placed it on Shaw’s desk.
She picked it up.
“This is terrible metal.”
“Yes.”
“Why are you smiling?”
“Because yesterday Mars had no metal industry.”
Shaw turned the rough ingot in her hand.
“And today?”
“Today Mars has a bad one.”
The ingot was photographed and transmitted to Earth.
Investors, ministers and industrial planners saw something the engineers on Mars had not intended to sell them.
Possibility.
If crude metal could be produced locally, better metal could follow.
If better metal could follow, Mars might eventually export refined feedstock, specialized alloys or finished products instead of consuming an endless stream of Earth cargo.
The economics were terrible.
The distance was absurd.
But for the first time the spreadsheets contained a column labeled RETURN.
Mars stopped being only an expense.
The second Martian ingot was better than the first.
That made it dangerous.
The first had been a curiosity. The second could be tested.
Petrov delivered higher-grade ore from the ridge. Li’s team crushed it, separated useful fractions and fed the concentrate into an experimental reduction furnace assembled from imported components and locally manufactured ducting.
The process consumed too much power.
Han objected loudly.
“You are turning electricity into a bad piece of iron.”
Li stood beside the furnace controls.
“Today.”
“And tomorrow?”
“A less bad piece.”
“I need the electricity tomorrow too.”
They compromised by running the furnace during periods of low base demand.
The second ingot cooled overnight.
Voss cut a sample and polished it.
The grain structure was uneven but improved. Tensile tests showed material suitable for noncritical structural applications.
Valdés picked up the test coupon.
“What can we build with it?”
Voss thought.
“A shelf.”
Valdés laughed.
“Then build a shelf.”
They did.
The first useful object made from substantially Martian metal was a storage shelf in the Mechanical Dome.
Morel photographed it.
Li protested.
“This is ridiculous.”
Morel framed the shot.
“The first aircraft was ridiculous.”
“It is a shelf.”
“Exactly. People understand shelves.”
The photograph reached Earth.
A British newspaper printed it under the headline MARS BUILDS FOR ITSELF.
An American financial magazine ran calculations estimating future savings if local structural material replaced even ten per cent of imported mass.
A Soviet industrial journal described the process as proof of extraterrestrial socialist production until someone pointed out that half the machinery was West German and the control electronics Japanese.
The correction was less enthusiastic.
Markets noticed.
Not because anyone expected Martian steel to arrive in Pittsburgh the following year.
Because a self-building Mars could eventually manufacture things Earth could not justify manufacturing there.
Low-gravity processes.
Specialized alloys.
Components assembled in Mars orbit.
Fuel from local water.
Structures for deeper missions.
The colony became the beginning of a supply chain rather than the end of one.
That was worth money.
Money attracted attention.
Attention attracted politics.