Lightweight Galaxies: Full-Size Cars on a Diet

Detroit Discovers the Scale

By the early 1960s, the factories had figured out that drag racing sold cars, which meant drag racing was suddenly much too important to leave entirely to drag racers. Pontiac was building Super Duty machinery, Chevrolet was fooling with lightweight Impalas, and Chrysler was discovering that aluminum panels and enormous engines were a fine combination if comfort was no longer part of the assignment.

Ford had horsepower too. What Ford also had was several yards of Galaxie surrounding it, and every pound of that automobile expected the engine to take it along for the ride.

There were two obvious ways to fix that. The engineers could keep squeezing more power from the engine, which they were perfectly happy to do, or somebody could start throwing unnecessary Ford parts overboard. The second method had one great advantage: every pound removed was a pound the engine never had to accelerate in the first place.

That was horsepower you did not have to feed.

The 1962 Cars Went on a Diet

Ford’s Experimental Car Garage started working on a small group of 1962 Galaxies, and the theory was beautifully uncomplicated. Look at a part, decide whether the car could make it through a quarter-mile without it, and proceed accordingly.

If steel could become fiberglass, it did. If something could be made from aluminum instead, that deserved consideration too. Equipment that existed primarily because normal customers liked warmth, quiet, music or other luxuries unrelated to a timing slip suddenly found itself defending its continued employment.

The result was still unmistakably a Galaxie. There was simply less Galaxie than Ford had originally intended, and that worked well enough that Dearborn came back in 1963 with a bigger hammer.

Now Put a 427 in It

The 406 had been respectable. Unfortunately for Ford, the other factories had begun treating respectability as something to drive around on the way to the finish line.

The new 427 was more appropriate for the situation. Two Holley four-barrels sat on top, compression was serious, and Ford officially rated the package at 425 horsepower. Factory horsepower ratings from this period were wonderfully useful as long as nobody developed the bad habit of assuming they had much to do with the actual horsepower.

Whatever number the engine really produced, there was plenty of it. Now the job was to make sure as little of that power as possible was wasted accelerating carpeting, bumpers, insulation and other equipment whose greatest racing achievement had been arriving at the starting line.

Nothing Was Safe

The body came under attack first. Fiberglass could replace steel in major panels, aluminum could replace heavier bumper pieces and brackets, and the front end became a particularly inviting place to hunt for pounds. Even the frame and supporting pieces received attention because Ford had stopped asking whether a part was perfectly good.

Of course it was perfectly good. The useful question was whether anybody needed the thing for twelve seconds.

The interior faced the same examination. Carpeting, heaters, defrosters, sound deadener and radios were fine equipment for people planning to spend an afternoon in the car. A drag racer had another appointment in roughly a quarter-mile, and comfort stopped carrying much influence once somebody put the parts on a scale.

Heavy seating could be replaced with lighter buckets. The spare tire and jack were not expected to participate in qualifying. Little pieces that had never offended anybody suddenly became several pounds of explanation nobody wanted to hear.

Ford had created a marvelous new kind of expensive automobile: pay more money and receive fewer parts.

Gas Ronda Knew What Ford Was Fixing

Gaspar “Gas” Ronda had already been racing big Fords, so nobody needed to explain the problem to him. The Galaxies could make power, but they were hauling considerably more automobile than the increasingly specialized machinery Detroit was sending to the starting line.

The lightweight program finally gave Ronda a Galaxie built around the same priorities he had. Keep the 427, keep enough Ford around it to identify the car, and leave several hundred pounds of comfort back where somebody else could enjoy it.

Now the big Ford started behaving less like a family car with a strong engine and more like something a family car ought to stay out of the way of.

Les Ritchey Was in on It Too

Ronda worked closely with Southern California racer and engine builder Les Ritchey, who knew how to make the big FE engines live and how to persuade a Galaxie to leave the starting line without wasting the opportunity. Factory hardware only got the car so far; somebody still had to make the combination work when the lights came down.

This was no longer some fellow buying the hottest Ford on the lot, taking off the hubcaps and hoping Sunday went well. Ford engineers were developing specialized pieces, experienced racers were sorting them out, dealers were supporting the effort and the cars were traveling around the country demonstrating exactly why a customer might want the biggest engine on the order sheet.

Detroit had turned drag racing into a sales department with open headers.

And Somehow It Was Still “Stock”

Here was the beautiful part. The lightweight car still looked like a Galaxie, carried Ford machinery and consisted of pieces Ford itself had supplied. Nobody had to sneak into the pits at midnight and glue fiberglass onto the thing while the inspector was eating dinner.

If an ordinary racer replaced a respectable collection of production parts with fiberglass and aluminum, officials might develop questions. If Ford manufactured the competition package that way, everybody could instead spend the afternoon arguing about what the word “stock” was supposed to mean.

That was factory drag racing in a nutshell. Build something increasingly unlike the car in the showroom, manufacture the strange parts yourself, make enough of them to satisfy whoever was keeping count, and continue calling the result production machinery with a straight face.

The Scale Never Read the Brochure

The lightweight Galaxies worked because the scale did not care about advertising copy. Remove a hundred pounds and the engine had a hundred fewer pounds to shove toward the finish line. Remove several hundred and even a full-size Ford began displaying some very antisocial behavior at the dragstrip.

Ronda and the other racers kept pushing the cars, and low twelve-second performances became possible from machinery that still occupied roughly the same amount of scenery as an ordinary Galaxie. For a full-size Ford in that period, that was serious business.

It also proved something important. Ford did not need to reinvent the 427 every time the competition got quicker. Weight reduction could buy performance without asking the engine for one additional revolution.

There was just one problem left, and Ford could not replace it with fiberglass.

There Was Still Too Much Galaxie

The engineers had attacked steel, bumpers, interior trim, insulation and practically anything else that could be removed without causing the car to fold up in the staging lanes. Eventually they reached the one component that refused to cooperate: the Galaxie itself was big.

That size had been useful when the sales brochure was promising room for passengers and luggage. On a dragstrip it meant Ford was starting every weight-reduction exercise with several feet more automobile than anybody really needed.

The 427 was not the problem. The 427 was exactly the part Ford wanted to keep. The lesson from the lightweight program was no longer merely that pounds could be removed; it was that starting with fewer pounds would be even better.

Then Somebody Looked at the Fairlane

The lightweight Galaxie had already taught Ford the pieces of the recipe that worked. Big horsepower worked. Factory weight reduction worked. Experienced racers using factory-developed equipment worked very well indeed.

There was no reason to throw any of that away. Ford merely needed to quit starting with enough automobile to carry six adults and their luggage to Yellowstone.

The Fairlane was smaller. The 427 was not. That changed the problem completely.

Instead of spending another round of engineering trying to make a full-size car forget it was full-size, Ford could begin with less car and devote its effort to fitting the big engine into it. That combination became the Thunderbolt, and the lightweight Galaxie suddenly looked less like a failed answer than the experiment that had taught Dearborn which parts of the answer were worth keeping.

The Best Race Part May Be the One on the Floor

The lightweight Galaxies proved a lesson racers have understood ever since somebody first removed a passenger seat: performance is not always something you bolt onto a car. Sometimes the smartest modification is deciding what the car can live without.

Ford removed comfort, replaced steel, lightened the hardware and kept the horsepower. Gas Ronda did not need a quiet, heater-equipped Galaxie with a pleasant radio. He needed enough Galaxie to satisfy the rulebook, enough 427 to beat whatever was in the other lane and as little dead weight between those two requirements as Ford could arrange.

For a while, that worked beautifully. More important, it taught Ford exactly where the idea stopped working.

Dearborn eventually admitted that the diet had reached its limit. It did not remove another piece from the Galaxie.

It removed the Galaxie from the 427.