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Why the Ford Pinto didn’t suck

Why the Ford Pinto didn't suckThe Ford Pinto was born a low-rent, stumpy thing in Dearborn 40 years ago and grew to become one of the most infamous cars in history. The thing is that it didn't actually suck. Really.

Even after four decades, what's the first thing that comes to mind when most people think of the Ford Pinto? Ka-BLAM! The truth is the Pinto was more than that — and this is the story of how the exploding Pinto became a pre-apocalyptic narrative, how the myth was exposed, and why you should race one.

The Pinto was CEO Lee Iacocca's baby, a homegrown answer to the threat of compact-sized economy cars from Japan and Germany, the sales of which had grown significantly throughout the 1960s. Iacocca demanded the Pinto cost under $2,000, and weigh under 2,000 pounds. It was an all-hands-on-deck project, and Ford got it done in 25 months from concept to production.

Building its own small car meant Ford's buyers wouldn't have to hew to the Japanese government's size-tamping regulations; Ford would have the freedom to choose its own exterior dimensions and engine sizes based on market needs (as did Chevy with the Vega and AMC with the Gremlin). And people cold dug it.

When it was unveiled in late 1970 (ominously on September 11), US buyers noted the Pinto's pleasant shape — bringing to mind a certain tailless amphibian — and interior layout hinting at a hipster's sunken living room. Some call it one of the ugliest cars ever made, but like fans of Mischa Barton, Pinto lovers care not what others think. With its strong Kent OHV four (a distant cousin of the Lotus TwinCam), the Pinto could at least keep up with its peers, despite its drum brakes and as long as one looked past its Russian-roulette build quality.

But what of the elephant in the Pinto's room? Yes, the whole blowing-up-on-rear-end-impact thing. It all started a little more than a year after the Pinto's arrival.

 

Grimshaw v. Ford Motor Company

On May 28, 1972, Mrs. Lilly Gray and 13-year-old passenger Richard Grimshaw, set out from Anaheim, California toward Barstow in Gray's six-month-old Ford Pinto. Gray had been having trouble with the car since new, returning it to the dealer several times for stalling. After stopping in San Bernardino for gasoline, Gray got back on I-15 and accelerated to around 65 mph. Approaching traffic congestion, she moved from the left lane to the middle lane, where the car suddenly stalled and came to a stop. A 1962 Ford Galaxie, the driver unable to stop or swerve in time, rear-ended the Pinto. The Pinto's gas tank was driven forward, and punctured on the bolts of the differential housing.

As the rear wheel well sections separated from the floor pan, a full tank of fuel sprayed straight into the passenger compartment, which was engulfed in flames. Gray later died from congestive heart failure, a direct result of being nearly incinerated, while Grimshaw was burned severely and left permanently disfigured. Grimshaw and the Gray family sued Ford Motor Company (among others), and after a six-month jury trial, verdicts were returned against Ford Motor Company. Ford did not contest amount of compensatory damages awarded to Grimshaw and the Gray family, and a jury awarded the plaintiffs $125 million, which the judge in the case subsequently reduced to the low seven figures. Other crashes and other lawsuits followed.

Why the Ford Pinto didn't suck

Mother Jones and Pinto Madness

In 1977, Mark Dowie, business manager of Mother Jones magazine published an article on the Pinto's "exploding gas tanks." It's the same article in which we first heard the chilling phrase, "How much does Ford think your life is worth?" Dowie had spent days sorting through filing cabinets at the Department of Transportation, examining paperwork Ford had produced as part of a lobbying effort to defeat a federal rear-end collision standard. That's where Dowie uncovered an innocuous-looking memo entitled "Fatalities Associated with Crash-Induced Fuel Leakage and Fires."

The Car Talk blog describes why the memo proved so damning.

In it, Ford's director of auto safety estimated that equipping the Pinto with [an] $11 part would prevent 180 burn deaths, 180 serious burn injuries and 2,100 burned cars, for a total cost of $137 million. Paying out $200,000 per death, $67,000 per injury and $700 per vehicle would cost only $49.15 million.

The government would, in 1978, demand Ford recall the million or so Pintos on the road to deal with the potential for gas-tank punctures. That "smoking gun" memo would become a symbol for corporate callousness and indifference to human life, haunting Ford (and other automakers) for decades. But despite the memo's cold calculations, was Ford characterized fairly as the Kevorkian of automakers?

Perhaps not. In 1991, A Rutgers Law Journal report [PDF] showed the total number of Pinto fires, out of 2 million cars and 10 years of production, stalled at 27. It was no more than any other vehicle, averaged out, and certainly not the thousand or more suggested by Mother Jones.

Why the Ford Pinto didn't suck

The big rebuttal, and vindication?

But what of the so-called "smoking gun" memo Dowie had unearthed? Surely Ford, and Lee Iacocca himself, were part of a ruthless establishment who didn't care if its customers lived or died, right? Well, not really. Remember that the memo was a lobbying document whose audience was intended to be the NHTSA. The memo didn't refer to Pintos, or even Ford products, specifically, but American cars in general. It also considered rollovers not rear-end collisions. And that chilling assignment of value to a human life? Indeed, it was federal regulators who often considered that startling concept in their own deliberations. The value figure used in Ford's memo was the same one regulators had themselves set forth.

In fact, measured by occupant fatalities per million cars in use during 1975 and 1976, the Pinto's safety record compared favorably to other subcompacts like the AMC Gremlin, Chevy Vega, Toyota Corolla and VW Beetle.

And what of Mother Jones' Dowie? As the Car Talk blog points out, Dowie now calls the Pinto, "a fabulous vehicle that got great gas mileage," if not for that one flaw: The legendary "$11 part."

Why the Ford Pinto didn't suck

Pinto Racing Doesn't Suck

Back in 1974, Car and Driver magazine created a Pinto for racing, an exercise to prove brains and common sense were more important than an unlimited budget and superstar power. As Patrick Bedard wrote in the March, 1975 issue of Car and Driver, "It's a great car to drive, this Pinto," referring to the racer the magazine prepared for the Goodrich Radial Challenge, an IMSA-sanctioned road racing series for small sedans.

Why'd they pick a Pinto over, say, a BMW 2002 or AMC Gremlin? Current owner of the prepped Pinto, Fox Motorsports says it was a matter of comparing the car's frontal area, weight, piston displacement, handling, wheel width, and horsepower to other cars of the day that would meet the entry criteria. (Racers like Jerry Walsh had by then already been fielding Pintos in IMSA's "Baby Grand" class.)

Bedard, along with Ron Nash and company procured a 30,000-mile 1972 Pinto two-door to transform. In addition to safety, chassis and differential mods, the team traded a 200-pound IMSA weight penalty for the power gain of Ford's 2.3-liter engine, which Bedard said "tipped the scales" in the Pinto's favor. But according to Bedard, it sounds like the real advantage was in the turns, thanks to some add-ons from Mssrs. Koni and Bilstein.

"The Pinto's advantage was cornering ability," Bedard wrote. "I don't think there was another car in the B. F. Goodrich series that was quicker through the turns on a dry track. The steering is light and quick, and the suspension is direct and predictable in a way that street cars never can be. It never darts over bumps, the axle is perfectly controlled and the suspension doesn't bottom."

Need more proof of the Pinto's lack of suck? Check out the SCCA Washington, DC region's spec-Pinto series.

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My Somewhat Begrudging Apology To Ford Pinto

ford-pinto.jpg

I never thought I’d offer an apology to the Ford Pinto, but I guess I owe it one.

I had a Pinto in the 1970s. Actually, my wife bought it a few months before we got married. The car became sort of a wedding dowry. So did the remaining 80% of the outstanding auto loan.

During a relatively brief ownership, the Pinto’s repair costs exceeded the original price of the car. It wasn’t a question of if it would fail, but when. And where. Sometimes, it simply wouldn’t start in the driveway. Other times, it would conk out at a busy intersection.

It ranks as the worst car I ever had. That was back when some auto makers made quality something like Job 100, certainly not Job 1.

Despite my bad Pinto experience, I suppose an apology is in order because of a recent blog I wrote. It centered on Toyota’s sudden-acceleration problems. But in discussing those, I invoked the memory of exploding Pintos, perpetuating an inaccuracy.

The widespread allegation was that, due to a design flaw, Pinto fuel tanks could readily blow up in rear-end collisions, setting the car and its occupants afire.

People started calling the Pinto “the barbecue that seats four.” And the lawsuits spread like wild fire.

Responding to my blog, a Ford (“I would very much prefer to keep my name out of print”) manager contacted me to set the record straight.

He says exploding Pintos were a myth that an investigation debunked nearly 20 years ago. He cites Gary Schwartz’ 1991 Rutgers Law Review paper that cut through the wild claims and examined what really happened.

Schwartz methodically determined the actual number of Pinto rear-end explosion deaths was not in the thousands, as commonly thought, but 27.

In 1975-76, the Pinto averaged 310 fatalities a year. But the similar-size Toyota Corolla averaged 313, the VW Beetle 374 and the Datsun 1200/210 came in at 405.

Yes, there were cases such as a Pinto exploding while parked on the shoulder of the road and hit from behind by a speeding pickup truck. But fiery rear-end collisions comprised only 0.6% of all fatalities back then, and the Pinto had a lower death rate in that category than the average compact or subcompact, Schwartz said after crunching the numbers. Nor was there anything about the Pinto’s rear-end design that made it particularly unsafe.

Not content to portray the Pinto as an incendiary device, ABC’s 20/20 decided to really heat things up in a 1978 broadcast containing “startling new developments.” ABC breathlessly reported that, not just Pintos, but fullsize Fords could blow up if hit from behind.

20/20 thereupon aired a video, shot by UCLA researchers, showing a Ford sedan getting rear-ended and bursting into flames. A couple of problems with that video:

One, it was shot 10 years earlier.

Two, the UCLA researchers had openly said in a published report that they intentionally rigged the vehicle with an explosive.

That’s because the test was to determine how a crash fire affected the car’s interior, not to show how easily Fords became fire balls. They said they had to use an accelerant because crash blazes on their own are so rare. They had tried to induce a vehicle fire in a crash without using an igniter, but failed.

ABC failed to mention any of that when correspondent Sylvia Chase reported on “Ford’s secret rear-end crash tests.”

We could forgive ABC for that botched reporting job. After all, it was 32 years ago. But a few weeks ago, ABC, in another one of its rigged auto exposes, showed video of a Toyota apparently accelerating on its own.

Turns out, the “runaway” vehicle had help from an associate professor. He built a gizmo with an on-off switch to provide acceleration on demand. Well, at least ABC didn’t show the Toyota slamming into a wall and bursting into flames.

In my blog, I also mentioned that Ford’s woes got worse in the 1970s with the supposed uncovering of an internal memo by a Ford attorney who allegedly calculated it would cost less to pay off wrongful-death suits than to redesign the Pinto.

It became known as the “Ford Pinto memo,” a smoking gun. But Schwartz looked into that, too. He reported the memo did not pertain to Pintos or any Ford products. Instead, it had to do with American vehicles in general.

It dealt with rollovers, not rear-end crashes. It did not address tort liability at all, let alone advocate it as a cheaper alternative to a redesign. It put a value to human life because federal regulators themselves did so.

The memo was meant for regulators’ eyes only. But it was off to the races after Mother Jones magazine got a hold of a copy and reported what wasn’t the case.

The exploding-Pinto myth lives on, largely because more Americans watch 20/20 than read the Rutgers Law Review. One wonders what people will recollect in 2040 about Toyota’s sudden accelerations, which more and more look like driver error and, in some cases, driver shams.

So I guess I owe the Pinto an apology. But it’s half-hearted, because my Pinto gave me much grief, even though, as the Ford manager notes, “it was a cheap car, built long ago and lots of things have changed, almost all for the better.”

Here goes: If I said anything that offended you, Pinto, I’m sorry. And thanks for not blowing up on me.

Best engine and 5 speed trans mount-ups

Started by tyanite, March 01, 2013, 06:00:40 PM

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ToniJ1960

 My old camaro had a RV camshaft in it. I always thought it was because it was a higher lift that they used it. What is different about rv camshafts? Is it the lobe seperation?

lateniteauto

high compression: 10.5 to one is a good target for premium pump gas. needs a better cooling system.

port and polish only the exhaust ports on the stock head, only polish the cast marks on the intake ports. keeping the intake ports smaller will increase velosity of the fresh incoming air/fuel mixture. having the exhaust work done will clean the cylinder of burnt air/fuel better, making your engine more efficeint.

a rv style cam: big torque down low, wont have to down shift as often

two barrel carb: smaller is better for torque

good combo for good fuel mileage in my opinion.

tyanite

Thanks very much, Wittsend, for your comments.  Reading your responses to my questions, I see you know a lot more than I do about each item.  I will rethink, based on your input.  My hope is to research as much as possible and go in with solid ideas.  Your comments helped tremendously.  I hope to clarify things here.

Porting and polishing.  Yes, I can see where porting too much would reduce mileage.

Good point on turbos and superchargers.  I had the same thing in the back of my mind.  You need rpms, especially with turbos, to make more power (and turbos requiring less  compression).  You're right, what I need is not rpms, but low-end torque.

Looks like I'll be seeking out the OHC 2300 and the 5 speed from a Turbo Coupe.  I'm glad all were carb engines.  I can actually work on them and it's not terribly expensive.

The tube frame, crew cab truck is a very unusual idea, I admit.  The thing is, I can control the weight, width, length, balance and aerodynamics.  If it was absolutely necessary, I could make doors and borrow some windows from another vehicle.  I can't make glass.  A 'for instance' is my Kelmark GT kit car, inspired by Ferrari Dino.  It uses Pinto door and window mechanisms and windows.  It also uses a Pinto windshield.

It is an odd application.  I'm looking to make a highway vehicle to suit my needs.  My trips between states here in the southwest is 540 miles each direction.  Gas gets awfully expensive considering these distances.  A few percent gain in efficiency over these long distance add up to decreased costs.  Occasionally, I need to haul light but oddly shaped furniture, appliances, etc.  A station wagon or minivan is not quite right for the job; it has to have a truck bed.  Also, lots of interior room is needed. 

My old Geo gets 46 mpg, but it doesn't haul much.  It did do a full size recliner without propping open the hatch.

I need to meet the aforementioned specs while maximizing economy.  I think I can get far more mileage and build this truck much cheaper than buying a crew cab truck.  In addition to being very pricey, they guzzle the gas.

I don't need to accelerate fast at all.  One highway; straight shot.  I just need good top end economy and to deal moderately well with slight uphill grades.  Cruising around 75 to 80 would be great, although I know the law of decreasing returns kicks in when speed is pitted against mileage.  No off-roading is needed, so the vehicle can have a lower stance.  It could stand like a car.  Being lower to the ground improves aerodynamics. 

About rotating mass.  When cruising, more rotating mass/angular momentum will preserve the energy from each piston stroke and can enable you to very temporarily store that power in the form of angular momentum - and then draw upon it.  I learned this first hand in India from watching a building crew use a weak, old single cylinder engine for a pile driver.  Once the engine got going, the little horsepower and torque it had was preserved in the flywheel and kept elevating that pile-driver until drop time.  If you're familiar with hyper-mile fuel saving techniques, this helps with the pulse on/off technique, which means you're on the pedal then off the pedal - pulse with a little gas and glide using your built momentum. When accelerating, it takes more energy to get all of that mass moving.  It is a double-edged sword.  I only need steady highway speeds over long hours.  Acceleration and deceleration will hopefully be very infrequent.

I can see where the progressive 2bbl would be a good choice.  I do have a Weber 32/36 lying around.  It fits a great, great number of intakes.  Let's hope it fits a Ford intake for the 2300.

Air conditioning, unfortunately, is a must.  My destination city is above 115 degrees in summer.  Temps in my portion of the Mohave Desert exceed Phoenix or Vegas temperatures.  Temps on the other end of my route reach below freezing.

Good thoughts on the cam.  You're right about the power range.

Good thoughts on the rear end ratio.  What ratio might you suggest?

And about compression:  My thought was a stronger bang for each compression cycle to increase efficiency.  Does that idea have merit now that I've dropped the turbo or supercharge idea?  What I was asking was regarding a maximum reasonable compression level that won't keep me blowing the head gaskets all the time.  The idea is to increase compression to eek out more power, but still allow for a good engine life.

Your suggestions helped clarify things.  I hope my reply helps clear up some things.  Do you have other suggestions?  Open to suggestions from all.

Deep Appreciation,

Tyanite

Wittsend

Hello, you are very polite and seem to have much enthusiasm. Still, I struggle to grasp your project as some parts seem to to contradict themselves. Regardless I'll try and fill you in as best I can.

*What's your all time favorite, strongest and most reliable year of engine and which car did it come from?

The Pinto came with four different engines.  A push rod 1600 made in England, an OHC 2000 made in Germany, an OHC 2300 made in the USA  and a push rod V-6 (2600/2800) I believe also made in Germany.  The year doesn't matter much (especially since you indicate modifications). All were carburetor engines.

*What's the best and hopefully the easiest 5 speed to mount to the engine and what car did it come from?

There are basically two 5 speeds. One from the Murkur (least desirable) and one from the Mustangs/Turbo Coupes. I believe the Turbo Coupe is the most desirable. These I know fit the 2300 and with modifications the 2000. I don't know about the other engines


It will be in a custom frame.  This is a high fuel mileage project for a light tube frame crew cab truck.  No original car body parts will be used, except that I will select doors and the door frame from another vehicle.  It is too hard to build doors, windows, etc.

Now this really confuses me. I just can't envision this.


There are lots of mods I want to do to the engine, and any extras or suggestions would be great.
Mods:

*Mill the head to raise compression to the maximum reasonable limit.  What's the max reasonable compression?

Reasonable compression based on what??? Fuel grade is a factor. You mention Turbos and Superchargers and they require a lower than stock compression ratio.

*Port and polish the heads and intake

While this can be an advantage it must be done right. With you high mileage goal, larger port will likely reduce you mileage.

*Best head gasket?

Depends on the engine.

*Do you suggest a timing chain or gear drive?

The 2000 and 2300 are belt drive.  The 1600 and 2600/2800 likely are chain drive.


*I plan to use a 1 bbl carb.  What suggestions might you have; or are there any reservations about a 1 bbl?

A 1 bbl carburetor is likely not the way to go.  At the least a progressive 2 bbl would be more beneficial.

*I have to add Air conditioning (I live in the desert southwest)  Any suggestions?

Air conditioning will not help your mileage goal.

*I want to use a 2.73 ratio rear end for max highway miles

While this ratio will lower engine RPM's it might also place an unwanted load on the engine that will lessen, not increase the mileage.

*I'm thinking about using a supercharger (Thunderbird, perhaps?) or turbo.  Do's and dont's?

Again if your goal is high mileage the forced air of a supercharger or turbo will not help.  There is no ready made supercharger kit for any of these engines (that I am aware of).  Some of the 2300 Mustangs and the Turbo Coupes came with turbos.  These were all fuel injected not carburetor type.

*I plan to add some extra rotating mass to the front of the engine, another modest flywheel to preserve angular momentum built by the engine. An air-cooled VW guru had success with this.

Again, I'm just not grasping this.

*What about cam suggestions for a high mileage car but with enough power to pull a reasonably long uphill grade?

Nothing that will make power in the high RPM range.  You probably want a cam that works best in the 1,500-4,000 RPM range.

*Do you have suggestions for a special or high powered coil?

There are many. Take your pick.

*Any other mods or suggestions?

It is hard to make any suggestions.  This project seems to contradict itself at many points.  I wish you the best, but frankly I would rethink the concept.

Thanks very kindly in advance.

Tyanite (tie-uh-nite)

dga57

Pinto Car Club of America - Serving the Ford Pinto enthusiast since 1999.

tyanite

I'm glad to be joining this forum, and hope I'm asking the question in the right place.


I'm hoping to select a carburetted pinto (I know it goes by many names) engine and mount a 5 speed transmission. 

*What's your all time favorite, strongest and most reliable year of engine and which car did it come from? 

*What's the best and hopefully the easiest 5 speed to mount to the engine and what car did it come from?


It will be in a custom frame.  This is a high fuel mileage project for a light tube frame crew cab truck.  No original car body parts will be used, except that I will select doors and the door frame from another vehicle.  It is too hard to build doors, windows, etc.


There are lots of mods I want to do to the engine, and any extras or suggestions would be great. 
Mods:

*Mill the head to raise compression to the maximum reasonable limit.  What's the max reasonable compression?
*Port and polish the heads and intake
*Best head gasket?
*Do you suggest a timing chain or gear drive?
*I plan to use a 1 bbl carb.  What suggestions might you have; or are there any reservations about a 1 bbl?
*I have to add Air conditioning (I live in the desert southwest)  Any suggestions?
*I want to use a 2.73 ratio rear end for max highway miles
*I'm thinking about using a supercharger (Thunderbird, perhaps?) or turbo.  Do's and dont's?
*I plan to add some extra rotating mass to the front of the engine, another modest flywheel to preserve angular momentum built by the engine. An air-cooled VW guru had success with this.
*What about cam suggestions for a high mileage car but with enough power to pull a reasonably long uphill grade?
*Do you have suggestions for a special or high powered coil?
*Any other mods or suggestions?

Thanks very kindly in advance.

Tyanite (tie-uh-nite)