Wednesday, August 25, 2010


TWO WAYS OF MAKING AUTOMOTIVE NOISE
By Cammie

The Toyota way:

Home market Prius to be fitted with a whirring under-hood speaker.

That's hardly a new idea.



(I wonder if 'Yoda's new speaker could reproduce the sounds of John Force's AA/FC?)

The Ford way:
440 h.p. 2012 Mustang Boss 302 Laguna Seca!


Ford Racing’s emissions-legal 2.3 liter supercharger kit for 2011 5.0-liter 4V TiVCT V8 Mustangs!


2011 F150: 360 horsepower 5.0-liter 4V TiVCT V8 and 411horsepower 6.2-liter SOHC Boss V8!


You already know which way we prefer . . . . Varoom, Varoom!

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Tuesday, April 27, 2010

THE THREAT WORSENS: GM PERFORMANCE PARTS ANNOUNCES MANUAL TRANSMISSION E-ROD PACKAGE
(Get the latest “Truth With Speedzzter” here)




Comment: FoMoCo simply must address the E-Rod threat more vigorously. If it does not, Ford’s reputation in grassroots motorsports and on the streets will suffer the indignity of an increasing number of pre-OBD II Fords repowered with GM engines. That’s simply unacceptable on many levels.

While Ford Racing Performance Parts’ Windsor-based Boss program and its modular V8 offerings are slowly improving, Truth With Speedzzter is unaware of a factory Ford systems approach to emissions-legal retrofits. Ford should not concede the emissions-legal repower battleground to Chevrolet.

GM TO INVEST $890 MILLION TO BUILD CLEANER, MORE FUEL-EFFICIENT ENGINES


Five plants receive work: Tonawanda, N.Y.; Defiance, Ohio; Bedford, Ind.; Bay City, Mich. and St. Catharines, Ontario, Canada

Investment creates or retains about 1,600 jobs

New engines to save more fuel through direct injection technology and advanced combustion system design

DETROIT – General Motors will invest more than $890 million which will create or retain more than 1,600 jobs in five North American plants to produce a new generation of fuel efficient small block truck and car engines. The investment consists of the following:

Two plants will support the engine production:
Tonawanda, N.Y. – an investment of $400 million resulting in more than 710 jobs
St. Catharines, Ontario – an investment of $235 million resulting in approximately 400 jobs (click here for Canada release)
Three plants will support engine casting and component production:
Defiance, Ohio – an investment of $115 million resulting in up to 189 jobs
Bedford, Ind. – an investment of $111 million resulting in about 245 jobs
Bay City, Mich. – an investment of $32 million resulting in over 80 jobs

The investments include facility renovation and installation of new, highly flexible engine machining and assembly equipment and special tooling designed for manufacturing efficiency and engine quality. At the casting facilities, investments include expansion of semi-permanent mold and precision sand casting technologies that result in a high degree of dimensional accuracy and material strength properties needed to support the newer, more efficient engines in GM’s product portfolio. . . .The next generation small block engine family will have unprecedented fuel efficiency through direct injection and an all-new advanced combustion system design. The new engine family will rely exclusively on aluminum engine blocks, which are lighter and contribute to the improved fuel efficiency. In addition to being E85 ethanol capable, these engines are being designed with the capability to meet increasingly stringent criteria emissions standards expected throughout this decade.

Comment: What exactly GM will be getting for the taxpayers’ $890 million remains to be seen. That’s not really enough money to make huge changes.

Presumably, the “next generation” small block will retain pushrod-operated overhead valves and wide bore centers. Bore center width is the principal technical advantage GM’s LS-series engines have over Ford’s modular family. While a wide-bore-center DOHC Ford (i.e. DOHC Boss) would decimate GM’s antediluvian two-valve OHVs, Ford has not seen fit to match GM cube-for-cube in high performance applications.

However, GM’s apparent commitment to a new generation of “small blocks” probably means that Ford must up its game beyond the quick Coyote V8 “fix.” Direct injection, on-demand ethanol boosting, cylinder deactivation and forced induction will be necessary to balance government-mandated fuel efficiency with competitive size, torque and horsepower. Just relying on EcoBoost V6s and fours won’t be enough.

ADVERTISING FROM FOMOCO’S 1980S RESURGENCE

A video at Bangshift.com of a television ad showing a former Ford ally whipping a fox-body LTD around a road course prompted a quick trip down memory lane . . . back to the days of Phillip Caldwell and Donald Petersen’s commands in the Glass House. Back when “Have you driven a Ford lately” introduced America to a new type of lithe, aerodynamic Ford. (And yes, we’ve spared you the ad of Sir Jackie Stewart pounding out laps in a Tempo)

FLASHBACK: SIR JACKIE STEWART WHIPS A 1984 TURBO COUPE AROUND MONACO


FLASHBACK: TV AD SERIES: 1987 FORD MUSTANG GT , THUNDERBIRD TURBO COUPE



FLASHBACK:1987 FORD THUNDERBIRD TURBO COUPE COMMERCIAL


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Wednesday, April 21, 2010

CHRYSLER: LOST $ 3.8 BILLION SINCE BANKRUPTCY BUT MADE $143 MILLION IN THE FIRST QUARTER
Comment: Short term prospects for “Maria Mopar” are pumped up by $7.4 billion in reserve. But Sergio, where’s the new product?

(Get the latest “Truth With Speedzzter” here)

OH WHAT A FEELING! TOYOTA WOES BOOST CONSUMER OPINIONS OF FORDS AND OTHER AMERICAN CARS
Comment: A nine point gain for American Cars since 2006: Maybe the message that Detroit has turned the corner on quality is finally starting to sink in among the appliance motorists. But with only 38 percent saying U.S. cars are best, there’s still plenty of work to do.


FORD ESCAPE HYBRID AND THE FORD FUSION HYBRID ARE “TOP 10 GREEN CARS FOR 2010.”

Comment: Truth With Speedzzter is already sick of all the “Earth Day” propaganda. But at least Ford is capitalizing on the “green” madness sweeping the globe. But where is Ford’s electric hybrid supercar?

FORD’S SUSTAINABLE MATERIALS STRATEGY IS WORKING

“Ford vehicles are now 85 percent recyclable by weight. In 2009, Ford saved approximately $4.5 million by using recycled materials, and diverted between 25 and 30 million pounds of plastic from landfills in North America alone.”


Comment: If “sustainable materials” allow Ford to keep pumping out RWD V8s, hard-working trucks and turbo cars at reasonable prices, what’s not to love?

“Ford researchers also are investigating ways to use plastics made entirely from sustainable resources such as corn, sugar beets, sweet potatoes and other vegetables.”


Comment: And Henry Ford himself experimented with body panels made from soybeans. He’d likely be proud of the progress.

GM REALIZES THEY NEED A TURBO MARKETING “HOOK” LIKE FORD’S ECOBOOST (tm)

Uwe Grebe, executive director of GM's global advanced engineering:"We didn't have a badge and say, 'This is the most important thing we will put on all our brochures. . . It would not be good to say, 'This is EcoBoost, only better’ . . .People need to know what it is," but "people don't want to know every detail of the technology."

Comment: First, GM has to build something that actually IS better than EcoBoost (tm). And opinion leaders DO want to know every detail of the technology, Uwe.

“MAXIMUM BOB” LUTZ HINTS AT OPENNESS TO ANOTHER OEM GIG
Lutz says: "Now, no other automobile company has yet approached me and said 'Here's a huge wad of money, come and work for us.'"

Comment: Get on the phone, Mr. Mulally!

2011 FORD FIESTA: APPLINK UPGRADE TO SYNC ALLOWS CONTROL OF SMARTPHONE APPS THROUGH VOICE COMMANDS

Comment: When SYNC allows drivers to adjust shock valving and EcoBoost (tm) manifold pressure through voice commands, then maybe Truth With Speedzzter will get excited. Otherwise, this is window-dressing for the technogeek wing of appliance motoring.

AUTOEXTREMIST: LONG BEACH WAS EXACTLY WHAT THE AMERICAN LEMANS SERIES(ALMS) NEEDED

Comment: Long Beach was a decent street race, even if a Honda edged out an ex-Ford Aston-Martin at the wire. But without either Audi or Peugeot, ALMS is looking a bit second-class.

NASCAR’S YANKEES SIGN FORD DRIVER KASEY KAHNE: BAD FOR NASCAR?
Comment: Kahne is vastly overrated. But how can it be good for non-production, common-template sedan racing for one super team (Hendrick) to dominate? And why is it that Ford isn’t competing for the best drivers?

NHRA FOUR-WIDE NATIONALS TO RETURN IN 2011
Comment: The drivers overwhelmingly voted against repeating four-wide in a points event. But Bruton Smith has figured out a way to pump some needed excitement into the long NHRA grind. NHRA is smart enough to see that giving in to the drivers and some hidebound fans by turning Charlotte into another “cookie cutter” event is the wrong move. The drivers should just “shut up and race.”

KEN BLOCK’S MONSTER GYMKHANA THREE FIESTA DEBUTS

“The Gymkhana Three Fiesta was built by the same team that produced his Monster World Rally Team hatch, and includes a boosted 2.0-liter four-pot capable of 850 horsepower (de-tuned with a restrictor plate to output 650 hp in the name of tractability) and 660 pound-feet of torque.”

Comment: If only the production Fiestas were more like this . . . .

VIDEO: SVT RAPTOR 6.2 ON THE DYNO
Comment: Music! Sweet music? But where’s the DOHC version of the 6.2 Boss?

GOODGUYS' BOSS SNAKE: A CAR SPEEDZZTER LOVES

The BOSS SNAKE features a 770 horsepower Jon Kaase built 520 cubic inch Boss Hemi, Ride Tech suspension featuring Chris Alston components, PPG Goodguys Yellow Paint, Custom one off Intro Wheels, Baer 6 piston brakes with 14 inch rotors, Classic Instruments Gauges, Custom Interior by RPM, Custom exhaust by RPM and Stainless Works, Custom Flowmaster stainless exhaust, a Tremec Magnum 6 speed transmission, Centerforce clutch and hundreds of intricately fabricated parts and pieces by RPM.


Comment: Can you say "Quarter Horse?" If Truth With Speedzzter wins this incredible whip, a brace of turbos are in its future . . . .

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Friday, March 26, 2010

WAR ON V8s: VOLVO TO KILL V8 OPTION?

[Get the latest "Truth With Speedzzter" here]

Jalopnik is reporting that soon to be ex-Ford Volvo is canning all sorts of appealing hardware, including the V8 option for the S80.

For the time being, the Volvo V8 will remain available in the XC90 because a turbo six is not available.

While this move may seem to some as merely consolidation, in the bigger picture, it's a harbinger of what's likely to be a recurring story during the model years leading up to the draconian 35.5 m.p.g. Corporate Average Fuel Economy standard in 2016.

As Truth With Speedzzter wrote on Bangshift.com regarding GM's development of an EcoBoost-fighting 3.0 twin-turbo V6:

But the overwhelming concern is probably future compliance with CAFE standards. These turbo V6s are clearly aimed at V8 territory. And some experts predict that even V6s aren't going to be very common by 2016. http://www.autonews.com/apps/pbcs.dll/article?AID=/20100322/OEM06/303229994/1186 & http://www.autonews.com/apps/pbcs.dll/article?AID=/20100322/OEM06/303229992/1186


To be sure, CAFE and the confluence of lazy marketing (the entire basis of the current EcoBoost "economy of a six with the power of a V8" campaign) and rabid beancounting is shaping up to be a "war on V8s." Just the "Cash For Clunkers" giveaway amounted to a war on vintage V8s (and a backdoor attack on hot rodding and other forms of grassroots motorsports), the current pressures against new V8s amounts to a "second front" in the Anti-V8 war.

As Truth With Speedzzter further explained at Bangshift:

If GM obtains about the same horsepower-per-liter as the EcoTec turbo/DI 2.0 (~130 hp/l), the GM 3.0 will produce around 390 h.p.

Of course Ford's initial EcoBoost engine is tuned more for quick response and a flat torque curve than maximum h.p. And reportedly FoMoCo is working on "Project Bobcat" (supplemental direct ethanol injection), which would easily crest 130 hp/l. Former FoMoCo exec Dr. Neil Ressler is involved in Ethanol Boosting Systems, L.L.C., the holder of key patents on the EBS process. http://www.ethanolboost.com/

[UPDATE: "Project Bobcat" has primarily been a government-grant subsidized research project aimed at light truck powerplants. Mike Harrison, FoMoCo's chief engineer on 5.0-liter and 6.2-liter "Boss" truck V8s, who told Autoblog Green "the 5.0-liter Bobcat was actually derived from the old 5.4-liter V8 currently used in the F150 and the Shelby GT500."

Autoblog Green further reported "For Bobcat use, the longer-stroke 5.4 was used in combination with a smaller bore giving thicker cylinder walls needed to withstand the high internal pressures of the boosted 750 pound-foot engine. According to Harrison, the Bobcat was part of a Department of Energy-funded research project and there are no current plans for a production engine based on the technology. Harrison tells us that the extra cost of the dual injection systems and more robust block and heads negates much of the savings from not needing a diesel after-treatment system."

It would appear that the Modular's FWD-oriented narrow bore centers may have scuttled another promising development. Moreover, Ford may have decided to focus more on turbo-diesels, which will not pay as many "trickle-down" dividends to hot rodders and grassroots motorsports enthusiasts as a "full-throttle" development of a "Bobcat" EBS system would]

It's unlikely that the current regime at Ford is going to get beat in a horsepower war. For example, a recent chassis dyno test of the Coyote-Powered 2011 Mustang GT yielded the following:


Quote:
"Inside Line's tester reliably belted out 395 horsepower at 6,600 RPM and 365 pound-feet of torque at 4,350 rpm. That's at the wheel, natch, and since IL estimates the 'Stang sees only an 11% to 13% driveline loss thanks to its stick axle, the car is likely making somewhere between 438 and 446 horsepower at the crank -- far more than the advertised 412.

This should come as no surprise to anyone, especially Inside Line. After all, last year they did the same thing with a 2010 GT500 only to learn that - surprise! - it was underrated. (Their tester put down 511 horsepower at the wheel. The guys figured the number at the crank to be around 570 horses, not the 540 advertised)."


IS THE COYOTE V8 THE LAST HURRAH FOR MASS-MARKET V8 POWER?

Regardless of how incredible the new DOHC Coyote V8 is (or could be in supercharged, EcoBoost or Twincharged form), the pressure of CAFE will force engine downsizing.

Uwe Grebe, General Motors executive director for global advanced engineering, told Automotive News that meeting CAFE will be costly because "everyone is done picking the low-hanging fruit." He suggests the improvements to conventional engines and drivelines will "include turbocharging, gasoline direct injection, variable valve timing, cylinder deactivation and dual-clutch transmissions. Grebe estimates that 15 to 20 percent more fuel economy can be squeezed out of conventional gasoline powertrains."

Cutting the number of cylinders will be a quick and lazy method to reduce cubic inches.

Certainly, smaller V8s that are scaled-down to equivalent cubic-inch displacement of current sixes and even fours could produce striking fuel economy along with the sounds, driving feel, and aesthetics of traditional V8. But the marketers are simply too lazy to make the sales case for up-to-date "right-sized" DOHC turbo V8s and the green-eye-shade gang is probably too cheap to fund them.

Sadly, V8s are increasingly likely to become an endangered species. They will be sacrificed for no legitimate reason on the altars of uninformed public opinion, cost cutting, and regulatory compliance.

Volvo's decision is just an early warning of this.

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Friday, October 23, 2009

IS THE RUMORED BOSS 302R A "COYOTE" PREVIEW?

[Get the latest "Truth With Speedzzter" here]

Multiple sources, including Bangshift.com, are reporting that Ford will build 50 "Boss 302R" Mustangs in 2010.

Students of recent Ford history will note that Ford has often released an "R model" Mustang or other "special" prior to selling a mass-produced street version with similar power:

300 h.p. 1995 Cobra R, which foreshadowed the 305 h.p. 1996 SVT Cobra;

390 h.p. 2000 Cobra R, which foreshadowed the 390 h.p. 2003 SVT Cobra;

540 h.p. 2008 Shelby GT500KR (as modified by Shelby in Las Vegas or Shelby mod shops) which foreshadowed the 540 h.p. 2010 Shelby GT500.

Now I'm not saying this "R" is a precursor to a street 5.0 "Coyote" Mustang, but it's something to think about . . . .

On the other hand, this move may suggest to some that Ford is going to fumble around and miss the limited window to build an affordable "ultimate" Mustang before Corporate Average Fuel Economy increases kill the party.

As it stands now, GM's 426-horsepower Camaro SS seems to be capturing all of the excitement in the below $45,000 supercar class.

Mustang's sales are reportedly being hurt by the horsepower deficit.

Ford needs to move quick in response to the GM threat. And 50 expensive, track-only cars won't cut it.

Just like the Bosses at the end of the First Supercar Era, the cars that Ford builds in the next couple of years will become legends over the next couple of decades. Let's hope that the bean-counting, appliance-motoring, "steady-Eddie" bureaucrats at Ford doesn't mess this up for all of us.

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Wednesday, March 11, 2009

COOL IDEA FOR AN UNLIMITED BUDGET MUSTANG SUPERCAR

[Get the latest "Truth With Speedzzter" here]

Car Craft magazine Editor Douglas Glad asked readers a while back what they'd build if they had an unlimited budget. Among the responses was this jewel from 460-BBF-In-CC.

The budget for this fantasy build seems higher than anything John Coletti had for a show/go car back in SVT's glory days (remember the audcious "Boss 429"-powered SN95 and the dual-fuel supercharged SN95).

Still, it would be a supercar like none other.

If I had a REALLY unlimited budget, I'd start by engineering a set of bolt-on DOHC 4-Valve aluminum heads for the 460 Ford, with capability for direct injection and Ethanol Boosting System's direct auxillary ethanol injection system . . . .

However, using parts that generally exist, I'd build (probably with the help of Chip Foose, or Troy Trepanier, or Pure Vision or some other pro builder that has industry connections) a "triple-charged" hybrid electric, modular displacement, all-wheel-drive big block Ford-powered 1969 Mustang as follows:

1. HYBRID ELECTRIC MANUAL TRANSMISSION: I'd raid the GM parts bin/insurance wrecking yard for the transmission, high-voltage batteries and electric control gear from a Chevrolet Tahoe Hybrid. I'd then machine the twin electric motor section of the transmission to interface with a beefed T-56 manual (or possibly a strengthened TKO-600 with a Gear Vendors overdrive added on). The Tahoe hybrid controller would be hacked to allow for manual operation of the electric motors. Ahead of the elecric motor pack I'd use a multiplate clutch and a "decoupler" box (allows electric-only operation if desired).

2. VARIABLE DISPLACEMENT: I'd grab a set of either Chrysler or GM "displacement-on-demand" hydraulic roller lifters and send them off to Rhodes Lifters for machining with their patented variable duration grooves and to fit in an Eliminator Products aftermarket 460 Ford block. The DOD oil feed solenoids would be triggered by a manual controller.

3. VARIABLE GEOMETRY INTAKE MANIFOLD: I'd engineer and have built by one of the sheet metal manifold companies a "variable geometry" EFI intake manifold that would allow a low r.p.m. intake runner length (to the valve) of 26" with butterfly valves in the runners to shorten the effective ram pipe lengths to 19" and 13" as the r.p.m. increased.

3. DUAL FUEL INJECTION: I'd buy a top-of-the-line Motec EFI/Ignition system and a datalogging system and at least 16 injectors (so that the vehicle could run off-boost on pump gas and immediately switch on-boost to alcohol(E100) or E85). I'd run two fuel cells (one 16 gallon and one 8 gallon) with two sets of lines, filters and pumps.

4. LONG BLOCK: Bored and stroked 460 Ford with aforementioned aftermarket block, fitted with oil squirters for the pistons, billet main caps, billet crank, billet rods, forged reverse deflector pistons featuring anti-scuff and thermal barrier coatings, Total Seal gapless top and second rings, hydraulic roller cam in the 230-degree (at .050 lift) range, ported Jon Kaase P-51 aluminum heads [The NEW KAASE BOSS NINE HEADS WOULD SEEM A BETTER CHOICE FOR AN ULTIMATE MUSTANG], roller rockers (no shaft rockers for me, even with an "unlimited" budget) ARP main and head studs, fabricated reverse-flow cooling system, true-roller timing chain or gear drive (no belt cam drive, even with "unlimited" budget); cam phaser added to the timing set; chain-driven dry sump oiling system (no belts to break).

5. FORCED INDUCTION: A "twincharging system" similar to what I described in the "We're not rich but we're not Stupid" thread (Turbos into air-air intercooler into Roots or bypass into air-water aftercooler), with these modifications: Heavy-duty 4-into-2 (bifurcated) exhaust headers with four Turbonetics racegate wastegates (one for each exhaust channel), dual sequential ball-bearing, divided entry-turbine turbochargers (four turbos -- two per cylinder bank), Lancia Delta-style stainless steel flap valve at the exducer of both secondary turbines to prevent exhaust flow at low RPM and an electric secondary throttle to prevent flow out of both secondary compressors at low RPM.

6. JOHN COLETTI "SUPERCOOLER" SYSTEM: The second stage aftercooler/intercooler would be augmented with an the AC-cooled "supercooler" designed and patented by John Coletti when he was chief at Ford SVT.

7. REAR AXLE: Dana 60 with an Auburn ECTED (limited slip with an electric locker), NASCAR-style full-floating axles (would consider a quick change rear if strong enough and the ECTED could be made to fit).

8. FRONT AXLE: adapt in an AWD Chrysler 300 differential and beefed half-shafts (obviously, the torque split would have to be limited).

9. CENTER DIFFERENTIAL/TRANSFER CASE: Single speed, non-locking viscous differential modified to transfer no more than 150-200 lbs/ft of torque to the front axle (Source and modifications to be determined).

10. CHASSIS: Art Morrison pro-touring with Air Ride Systems air springs and weight jackers, Koni adjustable shocks (I would add a solenoid controlled external bypass to the front shocks so that they could be switched on-the-fly to loose-rebound "drag" shocks), huge swaybars with a remote off-road-style disconnect of the front bar (for drag racing).

11. TIRES AND WHEELS: NO DUBS! NO PRO STREET! 17" diameter "Mini-lite"-style or billet Magnum 500s (8" wide front, 10" wide rear) with Goodyear F1s on front and drag radials on the rear (Of course it still wouldn't hook up, even with AWD!).

12. BRAKES: Baer/Brembo four-wheel discs with modified ABS adapted from factory Ford Mustang parts, line-loc, dual Tilton master cylinders with balance bar.

13. BODY: Boss 302 rear scoop delete, Black Boss 302 stripes with "Boss 555" call-outs, Thunderbolt hood bubble (the greatest FoMoCo hoodscoop of all time) on a blacked-out hood, revised Boss 302 front spoiler with a small splitter, "Off-road-only" High/Low-beam H4s bulb assemblies in the high-beam headlamp sockets, HID conversion in the low-beam head-lamp sockets, discrete but period-correct fog lamps below the bumper, fiber optic lamp monitors from a 1980s Cadillac, rear spoiler, hood tach nacelle fitted with fuel pressure gauges (one for each fuel system), legal window tint on rear and side windows, NASCAR-style rear window straps and windshield retaining tabs, hood pins with lanyards on hood and trunk (trunk pins are weather-sealed), Shelby Cobra-style mirrors modified to add heat, electric adjusters and auto-dimming glass, two recessed flip-top Cobra-style fuel caps (one for each fuel system), 1970 Mustang tail lamp panel and taillights, blacked out and with tasteful, period-style "honeycomb" accent, tail lamp segments converted to Cougar-style sequential operation with high-intensity LED bulbs.

14. SAFETY: Full cage with triangulated swing-out side bars that can be pinned either to the doors (street) or the cage (track) and removable main hoop cross-bar on the passenger-side for rear seat access (driver's side cross-bar is fixed and tied into the main hoop diagonal bar), all safety equipment required for bracket racing, HRM Drag Week (tm), CC's new Street Car contest, open road events, HRM Top Speed Challenge at Maxton Mile, ECTA events, integrated fire suppression system, Five-panel WINK rear view mirror refitted with electric auto-dimming glass.

15. INTERIOR: Leather and wool in the style of the original interior, but with fully power-adjustable RECARO front seats (driver's seat can be removed for certified racing seat), Taurus-style lighted sun visors modified to work with the cage and the Wink mirror, Engine-turned auxiliary gauge/control panel with carbon-fiber accents (panel can be turned to face "riding mechanic/tuner" in the front passenger seat, dome light with map lights, courtesy lighting, center console with drink holders, rear seat with fold-down center arm rest, stereo, tilt and telescoping steering column with modern "stalk" controls for accessories and a vintage-style Shelby Mustang steering wheel.

16. MISCELLANEOUS EQUIPMENT: A/C (pirated off the hybrid Tahoe?), electric power steering, power windows, power door locks, custom security system (schematics known only to me), electric vacuum pump (if Tilton master cylinders can be interfaced with a brake booster), cruise control, Valentine One, interval wipers, automatic headlamp system, automatic emergency brake release with an override system to facilitate "bootleg" e-brake turns.

17. EXHAUST: Expansion megaphones after each turbo lead to manual dump caps and split into four three-inch pipes; four catalytic converters; two after-cat pipes run to the sides, through minimal "race" mufflers to NASCAR-style side outlets, but flow through the side pipes is regulated by "cut-out" valves; the other two pipes run through turbo mufflers and exit through polished MEGS at the rear.

It'd probably be cheaper to just buy a Bugatti Veyron . . . .



Something like that will be fun to contemplate as we putt around in our 2020 Obama Car Czar Central Committee-approved, 60 m.p.g. toll-booth microcars . . . .

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Friday, March 06, 2009

MULALLY’S WAY: A BLUEPRINT FOR OBAMA’S AUTO CZARS?

[Get the latest “Truth With Speedzzter” here]

The recent BusinessWeek PR puff piece profile on Ford Motor Company Boss Alan Mulally ought to be informative to the inexperienced know-nothings President Obama selected for his Car Czar “Central Committee.”

Of course, General Motors and Chrysler might not hang on long enough to suffer – or in the longest of long-shots, benefit – from the collective wisdom of a group of political/environmental hacks (some of which do not even own cars, and none of which have ever built or tried to sell one).

But miracles may happen.

One or both of the “Beg 2" might make it into summertime without being totally bankrupted by the confluence of: (a) the traitorous Japanese invasion, (b) the insatiable greed of the United Auto Workers union,(c) the corrosive, anti-Detroit drum beat of the automotive press, (d) the virtual collapse of the American financial system, (e) the crush of Federal regulations that have bled the life out of the American automakers for nearly four decades (and which cede huge cost advantages to places like India, China, South Korea, and even Japan in some instances), (f) America’s “U.S.A. Last” trade polices; and (g) the twenty trillion dollar spending binge at the heart of Obamanomics.

If they hang on, Obama’s “Car Czars” “Central Committee" could actually influence the direction of the U.S. auto industry. And they could do worse in taking a few cues from Alan Mulally.

Mulally is an attractive example because he cannot be tagged with the claim that he’s one of the Detroit insiders that Senator Richard Shelby and the “let’em die/let the Japanese win” crowd claims caused the entire problem (ignoring Washington D.C.’s expensive interference in the free markets). He’s an “outsider,” just like the clueless rookies on the “Central Committee.”

Of course Mulally rolled into Dearborn as a seasoned manufacturing executive, and not some idealistic think-tank/academic/bean counter who knows more about “Earth Day” than the day-to-day operations of a Fortune 5 automaker. But Mulally was not a consumer of American automobiles or even an automobile enthusiast.

So how has he kept FoMoCo out of the hands of the bankruptcy court or the Obama “Car Czar” “Central Committee?”

1. He listened.

By the time Mulally took Ford's helm, he had met with every senior staffer and asked a trunkful of questions. "Alan said there was a lot he didn't know, but that he was a quick study," says [William Clay Ford, Jr.]. But once he settled in, Mulally began providing the answers, meeting with employees in groups ranging from 25 to several hundred. No speeches. Just off-the-cuff remarks followed by 45 minutes or so of Q&A.


2. He required realistic transparency.

The old Ford way rewarded the creation of fiefdoms, top-down decision making, rejection of outsiders, delayed responsiveness, me-first careerism over teamwork, frequent reassignments among leaders, and “CYA” hiding of problems.

Mulally has instead encouraged a constant data stream, reduced leadership shuffling, quick responses, collaboration, and transparency. In other words, Mulally is attempting to apply the same lean, realistic management methods used by successful motorsports teams for decades.

3. He appreciated the immediate problems and took decisive action.

Within three months of his arrival, Mulally sold Wall Street on a $23 billion recapitalization, one that Ford had been working on but about which investors had been lukewarm before Mulally's arrival. That has meant the difference between death and just being sick. Because he had no loyalty to Ford's luxury brands, Mulally overrode internal opposition and sold Jaguar, Land Rover, and Aston Martin before buyers became scarce.


He also recognized the obvious – that the Volvo-based, orthopaedic-shoe D3 cars were duds and reached back to what made the original Taurus a success (notwithstanding its boring, non-sporting specifications, the handicap of low-performance front wheel drive, and the lack of optional V8 power). While renaming, repowering, and ladling some chrome and a Fusion grill on the Taurus, nee Five Hundred couldn’t make steak out of Hamburger Helper (tm), Mulally has focused FoMoCo’s interior and exterior design efforts toward a more internationally competitive, high value language. The next Taurus, due out in the summer of 2009, bears the fruits of this handiwork. The improvements to the 2010 Mustang (excluding the major let-down in the engine room) are also evidence of this strategy.

4. He didn’t kill off motorsports or high-performance to save money.

Certainly “Truth With Speedzzter” has long been a critic of the Mustang’s mismanagement.

But for the near-death of Chrysler and GM and the cratering of the broader market, Mustang would be in a more uncompetitive position because of Ford’s under-the-hood penny pinching, Shelby price gouging, and virtual abandonment of the blue-collar high performance niche.

Nor has Ford hasn’t optimally managed its SVT brand.

And “Truth With Speedzzter” remains skeptical of Ford’s long-term commitment to serving its performance and racing customers.

However, new products such as the amazing SVT Raptor, the upcoming Boss 6.2 SOHC and Coyote DOHC V8s, improvements in the Ford Racing Performance Parts crate engine program, Ford’s investment in EcoBoost technology, Ford’s recognition of the value of Australia’s indigenous FPV line, and Ford’s continued commitment to motorsports (albeit at too low of a level to replicate the domination of the “Total Performance” era), all indicate that Mulally at least has some minimal appreciation for the essence of Ford.

Ford was founded on motorsports.

Ford’s 1908 Model T, segment-busting 1930s V8s, original Thunderbirds, 1960s Mustangs, and 1980s Mustang 5.0s all revolutionized their market niches through providing more “bang for the buck,” more driving excitement (relative to their competition), and attractive platforms for decades of individualization, hot rodding, and grassroots motorsports.

Ford’s involvement in professional motorsports over the past half century has benefitted virtually every form of racing, has trickled down to the products Ford has offered to consumers, and has kept the Ford brand vital as an international force, even after blowing the huge lead of the Model T era.

Mulally apparently understands that Ford’s most loyal customers are those who identify with Ford’s high-performance and motorsports traditions.

Given the precariousness of the auto market and Ford’s shrinking cash reserves, it may be premature to celebrate Mulally and his team as the ones who pulled FoMoCo out of the fire once again. Ford may still have to ask for the Feds to pony up some loan money to survive the crisis the Government mostly created. Ford still has lots of problems to solve and is still mismanaging much of its heritage and potential. And Ford must still fight into the regulatory, energy policy, and trade policy headwinds that are buffeting nearly every OEM.

But even so, Obama’s hapless and unqualified“Car Czars” would be well-served to put aside their political ideologies and wishful thinking to follow Alan Mulally’s thoughtful and realistic lead.

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Tuesday, March 03, 2009

IS THE 2011 FORD “COYOTE” V8 A DOHC?

[Get the Latest “Truth With Speedzzter” here]

Since the first photos leaked in January 2009 of the 2011 Mustang “Coyote” V8, internet speculation has been rampant about whether the “new 5.0" is an OHV, an OHC or a DOHC.

The valve covers tell the tale.

The coil-on-plug ignition starts well aft of the front of the valve covers, indicating overhead cams. OHV engines have no technical need for the valve covers to extend so far ahead of the front spark plugs.

The plugs run down the center of the valve covers, indicating twin cams per bank -- unlike the early photos of the Boss/Hurricane SOHC V8 drag tested by Roush and available in the upcoming SVT Raptor high-performance off-road pickup.

The valve covers are similar (but not identical) to the pattern of the 3.5-liter “Cyclone” Duratec V6. This suggests that the Coyote has similar direct-acting mechanical bucket tappets instead of the rockers used on the Modular.

This photo also shows a couple of curious electrical connections at the front of the passenger-side bank, possibly related to the cam gear phasing or cam position sensors.

Thus, the “Coyote” engine in the internet “spy” photos appears to be a DOHC four-valves-per-cylinder engine, hopefully with wider bore centers than the DOHC 4V 4.6/5.4.

The only real defect in the Modular DOHC design is that the bore centers were set far too narrow in order to accommodate FWD applications that never really materialized (save the forgotten FWD Lincoln Continental).

A wide-bore-center DOHC 4V engine should produce greater power density than the comparatively low-tech 3G Chrysler Hemi and the GM LS. 80-85 horsepower-per-liter (naturally aspirated) should be easily achievable with a DOHC 4V V8.

In comparison, the ultimate “all motor” LS engine (the expensive 2V 7-liter Z06) yields a paltry 72 horsepower-per-liter in emission-legal trim. The stock SRT-8 Hemi even fails to break the 70 horsepower-per-liter barrier.

More power with less displacement promises the possibility of improved part-throttle efficiency because of reduced pumping losses, albeit at the cost of some low-end torque (which could be easily replaced -- and surpassed -- with on-demand forced induction).

Given Ford’s reluctance to build high-horsepower naturally-aspirated Modulars (the best unblown OEM Modulars were in the low 70 horsepower-per-liter range due to Ford’s reluctance to add variable cam timing and other torque-broadening technology), a 400-horsepower 5.0 “Coyote” would be a significant milestone in Ford's proud V8 tradition.

The “Coyote” code name is also historically interesting. When A.J. Foyt took over development of Ford’s 1960s DOHC Indy V8 (which was based upon the pushrod Fairlane/Challenger/Windsor V8) after Henry Ford II’s disastrous retreat from racing in November 1970, Foyt’s cars were “Coyotes.”

Thus, based on the “spy” photos now available, “Truth With Speedzzter” predicts that the 2011 "Coyote" V8 is a DOHC.

Now if Ford would just start work on a EcoBoost Coyote V8 . . .

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Tuesday, November 25, 2008

KAASE BOSS IS BACK; ALMOST WINS 2008 ENGINE MASTERS!

[Get the latest ""Truth with Speedzzter here]

[Get More on the incredible Jon Kaase Racing Engines Boss 429 here http://speedzzter.blogspot.com/2008/06/is-street-boss-429-really-coming-back.html]

John Kaase is a veritable saint in Ford Motor Company's pantheon of racing heros (even though he's at times toyed with the occasional Pontiac and GM DRCE).

Kaase engines currently hold both ends of the IHRA Pro Stock record. And Kaase has now won Popular Hot Rodding's "Engine Masters Challenge" a record three times!

Kaase won the 2008 Engine Masters with a small-block Cleveland. But the bigger news is that he almost won it with his reengineered Boss 429!

The BOSS IS BACK! See http://www.jonkaaseracingengines.com/component/content/article/40-kaase-products/189-kaase-nine-semi-hemisperical-bbf-heads.html

Kaase has even swapped an all-aluminum 589 cubic inch "Kaase Boss" into a 2008 Mustang GT!

Although no pricing has been announced (it probably won't be very cheap), Kaase is making it possible for scores of Ford Muscle enthusiasts to live the BOSS dream!

Now if Brian Wolfe and Jon Kaase could work together to get the Kaase Boss parts into the Ford Racing Performance Parts catalog . . . .

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Tuesday, October 28, 2008

DOES FORD MOTOR COMPANY NEED GM & CHRYSLER TO MERGE?

[GET THE LATEST TRUTH WITH SPEEDZZTER HERE]

Joann Muller, writing for Forbes.com thinks so.

In an article entitled Why Ford Needs The GM-Chrysler Deal Done, Muller posits that FoMoCo needs the GM-Chrysler deal so that both General Motors and Ford can avoid a date with the bankruptcy court.

Muller also points out a few things that the hapless William Clay “Bill” Ford, Jr. and Alan Mulally did right.

In short, they mortgaged the company before the credit crisis, dumped some luxury brands, and did not follow GM by selling of their financing arm or plunging it into the home mortgage market.

Muller’s story prompted one reader (Iconoclast 421) to opine:
“Until Ford finds a way to turn a profit on a $13,000 40 mpg US-built car, it isnt [sic] worth even $2 a share.”


The idea that "F" (Ford) isn't worth a measly 200 cents a share unless it profitably builds a 40 m.p.g. car in the U.S. is simply insane.

While sales are down and Ford is losing billions as it “right-sizes” its business, FoMoCo still has strong nameplates in Mustang, F-Series, Fusion and Focus. It also continues to dominate the police, taxi and "black car" fleet markets with its anvil-tough "Panther" series vehicles (Police Interceptor/Crown Victoria, Town Car)

While FoMoCo missed some of the mistakes of GM during the housing bubble, they made plenty of other ones. Here’s a few of the big goof-ups:

--Ford had no contingency plan for high fuel prices (other than contracting in size and riding out the storm).

-- Ford missed the market on large sedans with its slow-selling D3 (Five Hundred/Taurus/Montego/Sable).

–Ford destroyed the Taurus franchise by failing to keep up with Camry/Accord and by consigning a poorly styled, poor performing, and generally uncompetitive model to daily rental car sales, which cheapened an already damaged nameplate.

--Ford failed to move soon enough on B-cars (Fiesta), turbocharging (EcoBoost), light-duty turbodiesels, an expanded lineup of hybrids (i.e. a Panther-series hybrid, an F-Series hybrid, a high-performance V8 Mustang hybrid, and a C-class sedan hybrid).

–Ford fiddled around too long on the wide-bore center Hurricane/Boss V8 and may have lost the opportunity to develop it properly into the LSX/Hemi/Tundra beater it could have been.

--Ford killed the iconic SVT brand (instead of expanding it) and missed out on the sport compact niche.

--Ford failed to redesign the Ranger and was not poised to take full advantage of the effect that higher fuel prices had on the light truck market.

--Ford failed to make the Thunderbird into a credible and profitable sports car and did not develop an affordable version of the mid-engine GT that could remain in production.

–Ford failed to properly leverage its Australian and European assets to expand product competitiveness in the U.S. (In other words, some of Ford’s most desirable vehicles aren’t sold “at home” in the U.S.A.)

–Ford failed to move fast enough on variable valve lift and timing, multivalve engines, variable geometry intake manifolds, twincharging, direct ethanol injection, six and seven-speed transmissions, Colletti “SuperCooler” charge-air cooling and other advanced technologies.

–Ford failed to develop and market a credible Scion/Honda fighter.

–Ford totally wasted any opportunity to reposition Mercury as a “value-added,” risk-taking, high-tech boutique division.

–Ford failed to develop sufficient platform flexibility to match the versatility of Toyota.

–Ford failed to develop fun, desirable and affordable models that would capture a larger share of Generations X and Y.

Now Ford may have to hope for the “Hail Mary” of a GM-Chrysler merger so it can survive long enough to do some of the things it should have done years ago.

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Thursday, August 21, 2008

FORD MOTOR COMPANY’S “REVIVAL MEETING”

[GET THE LATEST "TRUTH WITH SPEEDZZTER" HERE]

The latest “bold move” marketing slogan for Ford Motor Company is “Drive One.”

It's a truncated remake of another marketing slogan from another time when FoMoCo was on the ropes ("Have you Driven a Ford Lately")

Yet not enough customers are taking Ford up on the offer.

“Ford sales are off nearly 14 percent through the first seven months of the year, with U.S. car sales off almost 5 percent and trucks down just over 18 percent. Overall, the U.S. market is down 10 percent with growth in small cars and drops in truck and sport utility vehicle sales, Ford's traditional profit centers.”

“The sales slump has contributed to Ford losing $8.7 billion in the second quarter as it races to adjust from trucks to a stronger car lineup. The company has said it will bring over several small car models from Europe including the Fiesta subcompact and the European Focus compact, but those won't arrive until 2010.”


With a share of FoMoCo (F) now trading for less than a good hamburger at Red Robin, a mostly lame-duck vehicle line-up, and an operation hemorrhaging billions each month, the Glass House Gang decided it was high time for the dwindling number Ford staffers “Drive One.”

“Last week, Ford started pulling around 4,000 workers from their desks at sites near the Dearborn headquarters and onto a test track for a few hours of driving and learning about how Ford hopes to set its vehicles apart from other automakers.”


One could think of it as FoMoCo’s version of a “dream cruise” (not to be confused with the Woodward Dream Cruise) with a healthy dose of chautauqua mixed in.
Hey it’s better than workin’ . . . or worrying about the next round of layoffs.

However, how does a company-paid revival meeting for “true believers” that are hopefully already committed to FoMoCo address what “Autoextremist” Peter DeLorenzo call the “perception problem?”

The perception problem in a nutshell is that the general public’s perceptions about quality improvements, style and competitiveness lags behind the actual product developments. In other words, most people are lemmings who make decisions based on hunches, obsolete data and imitating what their neighbors do.

That’s tough sledding for appeals to “Drive One” if almost no one down the street is.

The America-killing Japanese brands have a lot more “paid in” capital in the mass perception “bank.” Until the natural cycles of decay, obsolescence and brand hubris take their toll and the entry-level markets are bloated with worn-out Japanese “hoopties,” (and Ford has a bolder line-up of market appropriate products, supported by quality “entry level” used vehicles) Ford will have a tough time undoing a generation of mixed perceptions borne out of FoMoCo’s missteps in the late 1980s and 1990s.

Obviously FoMoCo has to do what it can to hang on until:

(a) Alan Mulally’s European rescue plan has a chance;
(b) fuel prices stabilize and (hopefully) abate, improving the weak economy that is challenging most automakers;
(c) somebody at Ford can figure out how to counteract the growing Japanese menace; and
(d) some future Ford hits the illusive combination of style, value, exclusivity, design, economy and performance that makes it a red-hot “must have” sales hit and automotive icon (such as the original Mustang or even the original Taurus, notwithstanding the bull-mobile's handicap of low-performance front wheel drive and its obvious lack of staying power as a “classic”).

Prominent in FoMoCo’s in-house “Drive One” revival was the vaporware of “Eco-Boost.” Some startled desk jockeys planted the obligatory quotes of amazement in the press coverage of the event.

But sadly missing in action is any suggestion of a V-8 Eco-Boost engine. Such a high efficiency and high performance engine is necessary if Ford hopes to weather the coming 1970s-style Corporate Average Fuel Economy storm with any hope of marketing anything remotely satisfying to FoMoCo’s loyal Mustang and SVT customer bases.

If Ford doesn’t do it. Somebody else will.

Similarly, if Ford doesn't build a technology-leading high performance Eco-Boost V8 electric hybrid muscle car (with necessary features such as Ethanol Boosting System's direct "on-demand" ethanol injection , variable geometry intake manifolds, DOHC, variable cam timing and phasing, and perhaps even VW-style "twincharging"), somebody else will.

And if FoMoCo doesn't address the Modular V8 bore center problem in it production and Ford Racing Peformance Parts aftermarket engine programs to counter the Hemi and GM's LS-series V8s (i.e. a big cube DOHC version of the too-oft delayed Boss engine) then FoMoCo's share of the huge, influential automotive aftermarket will continue to decline as "hot rodders" and tuners avoid "Powered by Ford" like the plague.
Ford’s blind-eyed neglect of its loyal enthusiast base apparently continues.

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Wednesday, July 09, 2008

COBRA JETS, BOSS MUSTANGS, SVOs AND T. BOONE PICKENS

As Ford Motor Company’s (tm) stock (Stock symbol: F) settles in a range approaching a one-share-for-a-gallon of gas exchange, a number of conflicting signs are emerging from the Blue Oval’s fun and games sectors:

1. NO MORE DAN DAVIS: On the troubling side, Autoweek is reporting long time FoMoCo racing boss Dan Davis is retiring.

Of course, SVT went in the tank when John Colletti bailed out with his “gold watch” after the Ford GT control-arm recall fiasco. For those fearing a reprise of the infamous and idiotic 1970 abandonment of racing in the U.S.A., the loss of Dan Davis might just be a harbinger of bad, bad, bad times on the horizon.

2. NO BOSS MUSTANG: More troubling is a Jalopnik report that the way-overdue, wide-bore center BOSS V8 may not make it into any Mustangs. The Glass House gang has always toyed with the possibility of a BOSS V8 with all the resolve and vision of Hamlet, directly leading to a market-missing delay of the program.

Now the chance of the BOSS to power future Mustangs is undoubtedly a casualty of FoMoCo’s sad finances, the crushing burden of the increasing Corporate Average Fuel Economy standards, and $4.00/gallon fuel costs.

The real tragedy in Ford’s apparent “firing” of the BOSS is that it guarantees that FoMoCo will not have a late-model homologated “big” V8 for any streetable purpose. This will insure that GM’s LSX and Chrysler’s Gen III Hemi will continue to dominate the aftermarket and traditional grassroots hot rodding/amateur motorsports for decades after such engines are “CAFE’d out” of OEM fitments. Remember that about the only way enthusiasts survived the 1970s was by building combinations based on 1960s muscle cars. Yet FoMoCo has selfishly chosen to send its troops into the reprise of the 1970s without a Hemi-sized bullet in the arsenal.

Had FoMoCo homologated the BOSS in the Mustang during the narrow window when such engines would still fit within CAFE’s straightjacket, enthusiasts would have been able to retrofit literally thousands of crate BOSSES into lesser Mustangs, and probably a host of other Fords.

Ford decision to can the BOSS will lead to an increased number of “bastardized” GM LS-into-Mustang swaps over the next two decades, regardless of what the EPA and CARB does. Why? Because until at least a couple of generations of hot rodders die off, relatively large cubic inch engines will remain popular for limited use sporting vehicles, drag racers and hobby performance cars. FoMoCo will be left out.

Sadly, no one with any real power at FoMoCo seems to get “it.”

3. RETURN OF THE SVO: FoMoCo is getting slaughtered in the sub-V8 niche of the performance market.

Ford has “nothing” for buyers considering the EVO, WRX STI, turbo Cobalt SS, Dodge SRT-4 and a number of other mini-turbo cars (excluding a couple of Mazdaspeed offerings). Since the death of the underperforming SVT Focus, FoMoCo has completely and utterly ignored the “tuner/youth market.”

Long ago, Speedzzter suggested a return of the SVO as a standard-bearer for a “tuner-focused” Mustang. A number of sources are claiming that FoMoCo may plug an Eco-Boost engine into a lightened Mustang and call it an SVO in 2010 or so.

What took them so long?

4. RETURN OF THE COBRA JET: Apparently one of the last gasps of the Dan Davis administration at Ford Racing is to revisit the 1968 invasion of the NHRA by the legendary Cobra Jet Mustangs by offering a turn-key factory, not-street-legal FR500CJ pony car for “stock class” drag racing.

According to the Ford Racing press release:

The 2008 Ford Racing Cobra Jet Mustang (FR500CJ) will be a factory-built race car, ready for the drag strip with only minor additional prep required of the racer.

The Cobra Jet Mustang (M-FR500-CJ) joins Ford Racing's two successful road racing Mustangs, the M-FR500-C and M-FR500-S, as turn-key race cars available only from Ford Dealers. A limited number of units are under consideration for 2008; the specific number remains TBD.
Ford Racing Part Number: M-FR500-CJ
Vehicle content:
400hp (est.) 5.4L DOHC supercharged engine
6-speed manual transmission standard; optional automatic TBD
NHRA legal to 10.00 second ETs
NHRA Stock Eliminator legal interior
Lightweight – 3,300 lbs (est.)
Unique trim and appearance package
Drag race wheel/tire combination
Cobra Jet graphics package
Program intent:
Provide a Mustang that is a true A Stock competitor
50 units initial build
Off-road only (VIN replaced by serial number)
Estimated pricing, $69,990 (MSRP)
2008MY designation
Built in 12/2008; vehicles delivered 2/2009


Believe this one when you see it at a strip near you.

If it pans out, hopefully it will stick around longer than the original CJ Mustangs and will lead to an affordable “trickle down” on-road version. (Don’t bet on it).

While Speedzzter is encouraged by FoMoCo’s Porsche-style turn-key race car operations, arguably Ford is still not doing enough to stimulate Ford’s competition fortunes in lower forms of grassroots motorsports. Certainly, Ford Racing isn’t repeating all of the mistakes of the “Total Performance” era (i.e. limiting its focus to professional racing while allowing Chevrolet to steal the streets, strips and dirt bull-rings with cheap over-the-counter speed parts), Ford’s competition program has a huge gap between the minor “pack” bolt-ons and expensive, full-blown, track-only limited production racing cars.

As emission/fuel economy regulations increasingly take their toll on late-model streetable high performance, grassroots enthusiasts will rely more on Ford to homologate street-legal “combinations.” The FR500CJ does nothing to serve the huge street/strip market or to homologate anything for use by anyone who races a dual-purpose machine.
So in a way, it does sort of repeat one of the "mistakes" of the "Total Performance" era (ignoring the "real" grassroots -- folks who will never compete at an NHRA national event).

5. THE PICKENS PLAN: Octogenarian oilman T. Boone Pickens – who is most notorious for a series of high profile acquisition moves in the 1980s and, more recently, some record-setting donations to a certain college in the pastures of Oklahoma – is engaging in a high-profile campaign to convert much of America’s electric generation capacity to wind power and divert natural gas into vehicle propulsion.

The Pickens Plan apparently sets up a show-down between the alternative fuel forces of ethanol and compressed natural gas.

The web version of the "Pickens Plan" is not sufficiently detailed on issues relating to the collateral and direct effects of creating a huge, new NGV infrastructure on various forms of recreational motoring, such as grassroots motorsports, automotive hobbies (such as "hot rodding," automobile collecting and vehicle restoration), and power boating.

Presumably, the Pickens Plan (as presented) does not advocate the OEMs converting future high performance vehicles, motorcycles, ATVs, and certain classes of recreational off-road vehicles to NGVs. In fact, the Pickens Plan's focus seemingly fails to even acknowledge such uses of petroleum, notwithstanding that a sizeable and influential minority of Americans hold such special purpose vehicles central to their automotive liberty.

Moreover, the Pickens Plan (as presented) does not seem to endorse any conversion of existing gasoline vehicles (high performance, special interest, or otherwise) to natural gas. It fails to address the the significant and wholly unnecessary regulatory barriers erected by the U.S. EPA, CARB and a handful of similar state environmental agencies to the retrofitting of vehicles manufactured after 1993.

Finally, the Pickens Plan (as presented) does not educate potential supporters as to the "performance benefits" (if any) of natural gas in comparison to any other petroleum alternatives. In contrast, advocates of ethanol and E-85 have selectively used enthusiast media and several motorsports venues (e.g. "Indy Car" racing, Dynomax "Power to the Wheels" competition) to establish the high performance properties of these alternative fuels among the leading edges of the motorsports community, which undoubtedly will pay future dividends in the battle for broader market perception and demand.

These "gaps" in the Pickens Plan are undoubtedly troubling to millions of serious motoring enthusiasts and hobbyists -- who have little interest in supporting the introduction of a new, competing motor fuel unless it promises tangible microeconomic and individualized performance advantages.

Touting a a bland, four-cylinder front-wheel-drive Honda as the prototypical "car of the future" simply will not engage the millions of hands-on, grassroots automotive opinion leaders who comprise the broad and diverse automotive hobby throughout the U.S.

These impassioned automotive hobbyists/motorsports enthusiasts and practitioners are virtually the only consumers paying any attention to the "alternative fuel" debate (other than even smaller numbers of techophile environmentalists (most of whom are skeptical of CNG as a "greenhouse gas" fuel that will delay their ultimate dreams of vehicle electrification and forced mass transit), investors, OEM engineers, environmental regulators, and the discrete and insular energy production community).

The majority of non-automobile enthusiast Americans are vastly ignorant as to automotive technology and see their vehicles as "black box" appliances. To expect a groundswell of support for a "revolution" in motor fuel from people who are not the least bit interested in automobile technology and view their vehicles simply as a commodity is a daunting task. While focus on the macroeconomic and geopolitical implications of oil importation may scare some into action, it will undoubtedly be dismissed as a too-remote, too-abstract clamor by most non-automobile enthusiast Americans.

However, if CNG could be positioned in the minds of professional and grassroots automotive opinion leaders as a clean, abundant, cheap and higher performance alternative motor fuel, this "premium" niche can drive public demand for expansion of the CNG infrastructure. Analogous efforts on other automotive technologies and vehicle marketing plans have been at the heart of the old saying "Win on Sunday; sell on Monday."

A switch to CNG on the scale apparently anticipated by the Pickens Plan presumes a paradigm shift.

One only need to look to automotive history to identify a roughly similar (albeit far more simple) marketing problem. In 1953, GM engineer Zora Arkus-Duntov believed GM was faced with the challenge of making Chevrolet's Corvette and the upcoming 1955 RPO OHV Chevrolet V8 an economically-viable success in a crowded automotive market place. He sent a legendary memorandum to his bosses which outlined, in part, a strategy which GM employed to create a huge paradigm shift in vital opinion-leading segments of motoring. Arkus-Duntov wrote, in part:

"The Hot Rod movement and interest in things connected with hop-up and speed is still growing. As an indication: the publications devoted to hot rodding and hop-upping, of which some half dozen have a very large circulation and are distributed nationally, did not exist some six years ago."

"From cover to cover, they are full of Fords. This is not surprising that the majority of hot rodders are eating, sleeping, and dreaming modified Fords. They know Ford parts from stern to stern better than Ford people themselves."

"A young man buying a magazine for the first time immediately becomes introduced to Ford. It is reasonable to assume that when hot rodders or hot rod-influenced persons buy transportation, they buy Fords. As they progress in age and income, they graduate from jalopies to second-hand Fords, then to new Fords."

"Should we consider that it would be desirable to make these youths Chevrolet-minded? I think that we are in a position to carry out a successful attempt. However, there are many factors against us:

- 1.Loyalty and experience with Ford.
- 2.Hop-up industry is geared with Ford.
- 3.Law of number-thousands are and will be working on Fords for active competition.
- 4.Appearance of Ford’s overhead V8, now one year ahead of us."

"When a superior line of GM V8’s appeared, there where remarkably few attempts to develop these, and none too successful. . . ."

"Like all people, hot rodders are attracted by novelty. However, bitter experience has taught them that new development is costly and long, and therefore they are extremely conservative. From my observation, it takes an advanced hot rodder some three years to stumble toward the successful development of a new design. Overhead Fords will be in this stable between 1956 and 1957."

"The slide rule potential of our RPO V8 engine is extremely high, but to let things run their natural course will put us one year behind-and then not too many hot rodders will pick Chevrolet for development. One factor which can largely overcome this handicap would be the availability of ready-engineered parts for higher output."


Zora Arkus-Duntov, "Thoughts Pertaining to Youth, Hot Rodders, And Chevrolet." (December 16, 1953).

Arkus-Duntov's views were correct and Chevrolet's focus in marketing high performance Corvettes, "Corvette-powered" V8 sedans, and a prodigious selection of over-the-counter performance parts to grassroots hobbyists and lower-level professional motorsports participants ultimately caused a dramatic paradigm shift which affected mass market perceptions and, correspondingly, increased demand for more ordinary Chevrolet products for decades.

The task of a paradigm shift to CNG, of course, is much more daunting than the popularization of Chevrolet's 1955 RPO V8 because of the interrelated retail supply and demand side problems. However, a useful component to increasing public pressure for increased retail-side infrastructure (and government encouragement/subsidy thereof) would be a targeted "demonstration" campaign to focus automotive opinion leaders on the potential localized advantages of CNG. Such a campaign would likely include (in addition to more traditional methods of creating demand/subsidy/participation for infrastructure investment) the following components (This would also work for the Ethanol forces):

1. Obtaining the OEM manufacturing and retail sale of high performance "flex-fuel" CNG vehicles which are programmed to achieve higher levels of performance on CNG (i.e. with computer-controlled turbocharging to take advantage of CNG's purported octane superiority over unleaded gasoline on a flex-fuel basis).

2. High performance CNG conversion demonstration projects by prominent aftermarket engine builders (perhaps culminating in an annual CNG-fueled engine dynamometer competition similar to the popular "JEG's Engine Masters" competition).

3. Aftermarket targeting of high performance CNG conversions/crate engines for the non-emission controlled enthusiast market (i.e. pre-1948 "street rods" and pre-1968 "muscle cars" and replicas), to be followed up with certified CNG conversions for later model high performance vehicles. (U.S. EPA and CARB rules would likely need to be adapted to reduce market-chilling disincentives for conversions of certain emission-controlled high performance and sporting vehicles).

4. Specific targeting of certain grassroots motorsports venues for contingency-based CNG fuel use (this would require working with influential sanctioning bodies on rules modifications and equivalency formulas in a limited number of national, grassroots/semi-professional competition formulae with identified strong analogs to street performance).

5. Obtaining a series of technical stories in popular enthusiast and professional media publications detailing the technology involved in applying CNG to high performance and sport motoring.

The foregoing plan, while not inexpensive or easy, would rapidly build a substantial base of enthusiastic customers for CNG and provide a demand-side base of support for the implementation of a paradigm shift to CNG on a broader basis.

It should strongly be noted that motorsports and the motorsports aftermarket have historically been strong drivers of OEM technological shifts. Merely relying on an OEM-only strategy with no high performance component will dramatically slow any increase in retail demand for CNG, as well as expansion of OEM offerings. However, reliance strictly on aftermarket forces would obviously doom a paradigm shift to failure.

Gasoline has almost a 150 year lead on CNG, a loyal market following, broad public acceptance, and a huge installed base. Overcoming all of this will take an attack plan that is far broader than anything evidenced by the Pickens Plan. The foregoing ideas suggest one alternative to building a niche of market pressure for CNG to overtake gasoline in important, opinion-leading automotive segments and pave the way for a broader paradigm shift.

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Tuesday, June 24, 2008

IS THE "STREET BOSS 429" REALLY COMING BACK?

. . . Just ask legendary engine builder Jon Kaase . . . .

[Looking for the "Click and Clack" entries? Scroll down, or see links in the sidebar. Now back to our "Street Boss 429" expose']

Sure, there's a lot of bad news in the world of Ford Motor Company.

And while GM is still offering a host of big block crate engines, the 2008 Ford Racing Performance Parts catalog offers NONE and only contains a cryptic reference to some future 385-series engines (reportedly based on a heavy-duty four-bolt main block, instead of the lame two-bolt main rebuilds of the discontinued crate big-blocks).

But perhaps there's hope on the horizon.

The following was seen in the legendary "big block turbo" thread at Car Craft.com:
It's old news now, but Jon Kaase is in the process of cooking up the "ultimate" pushrod, 2V "street" head for the BBF . . . .

"JonKaase wrote:
The P-51's made a best of 810, Ford Motorsport SCJ's made 775, and the hemi's made 910. All on the same block with the same cam. The hemi did have different pistons. All were about 10.9 compression. .... Jon"

"On the long test (2500 to 6600)[dyno sheets at http://www.460ford.com/viewtopic.php?t=20447], I stopped before peak power. That was an Enginemasters test. After the Enginemasters, I have no fear of choking one down to 2500. You can see it still has pretty good poop down low. If it were a real Enginemasters entry, it would have 15 degrees less cam.
I'll list some specs:

block--------------stock 460
bore---------------4.390
stroke-------------4.300
crank--------------cast iron Motorsport, 2.500" rods
rods---------------eagle CRS 6605 F3D
pistons-------------Diamond flat top
compression------10.9
head cc------------84
carb----------------BG king Demon 1150
cam----------------Comp Roller 273-280 110* .457 lobe

This is the same old short block we have been testing with since 2000. We even did all the original SCJ prototype head testing with it. The heads are our prototype Boss Hemi that we are going to be making. Pix on other thread. It has the same valve spring that we install on the P-51 roller heads. (Manley 221243 dual, 1.550") Same retainers also (steel Comp) We ran it to 7500 with no problem. ... Jon

"JonKaase wrote:
JDM, the heads we have been running as prototypes flow about 420 and 295 CFM. But here's the problem with air flow numbers and computer programs that use them. We can port a set of old A-429 CJ heads to flow 420 CFM. Then port a set of P-51's to flow 420. Finally, the new hemi's flow 420. The exhausts are not that much different in flow, although the hemi has a .140" larger ex. valve and a .050" larger intake valve."

"With everything else being the same, same 521" short block, same 273* roller cam, same intake and carb, the CJ would make 700-720 HP, the P-51 would make 800-810, and the hemi would make 900-910. All with the dry air flow. There is almost 200 HP difference between the CJ and hemi, with the intake air flow being the same. The middle lift air flow numbers on the hemi would be way better, along with bore shrouding, etc. As you can probably tell, I'm not big fan of the flow bench and use it very little. ... Kaase"

"Guys, the 466 made about 700 with the P-51's, 801 with the hemi prototypes. The 521 made 810 with P-51's and 910 with the hemi's. Bottom line is that the P-51's are a little better than Ford's SCJ's, and the hemi's are about 100HP better than the P-51's on any cubic inch short block. I hope this clears things up. ... Jon"

Now if we could sneak away a set of these "Street Boss" heads, drop the compression a little and run a milder cam, . . . and add a pair of B-I-G intercooled turbos . . . .

Don't be surprised if the "Boss is REALLY Back" in the next edition of the Ford Racing Performance Parts catalog . . . or at least at http://www.jonkaaseracingengines.com/


Sure, all of this is vaporware and speculation at the moment.

But a new "Boss 429/460/514/5xx" would steal a lot of "thunder" from GM's aging rat and Cerberus/Chrysler "Mopar Performance" "Gen II" Hemis.

It's almost too much to hope for in the twilight of the "Second Supercar Era." And if the BOSS is back for '09 (even if just in pieces), it would be an eerie eco of 1969-1970.

Let's all hope that the BBF "Street Boss" makes more of an impact this go 'round.

Maybe, just maybe, that light at the end of the tunnel isn't a train.

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Friday, April 18, 2008

ECO-BOOST ENDANGERS THE FALCON V8?

[GET THE LATEST "TRUTH WITH SPEEDZZTER" HERE]

Australia’s “Drive” website is reporting that “With sales of Falcon dipping and emissions rules getting tougher, Ford Australia’s recently appointed president Bill Osborne is offering no guarantees a V8 engine is part of the Falcon’s future.”

Ford’s only V8 in the new 2008 FG Falcon is a 5.4 liter “Boss” modular V8 in the “XR8" model.

Apparently due to the developmental malaise which has enveloped the “Glass House” during the past decade or so, the tasty 5.4 liter “Boss” reportedly takes a back seat in maximum power output to an Australian-only inline six cylinder turbo.

[None of that should be big news to those savvy "Truth With Speedzzter" readers who understand the profound power production and efficiency advantages of forced induction over natural aspiration]

Of course “Yanks” who want a new Ford have to make do with much, much fewer than 32 valves and 331 cubic-inches of V8 hotness (save the virtually unobtainable Eaton supercharged 5.4 Shelby GT500).

Even so, a number of jaded Australian motorheads fail to realize how blessed-by-Dearborn they still are and whine obnoxiously about the whole FG Falcon concept. (see Julian Edgar's satrical "The Ideal Car for the Times" at Autospeed)

Maybe if they’d had a drought of Blue Oval sports sedans as long as the one still raging in the U.S.A., they’d be a tad more appreciative of the “Boss” V8 and a modern car which will accept such mills.

The problem going forward for the “land down under” apparently is Dearborn’s new commitment to “Eco-Boost” fours and sixes.

Meanwhile, General Motors (GM) brilliantly rolls along a multiple path strategy, including large-cube LS-style V8s, V8-electric hybrids (e.g. Chevrolet Tahoe) and turbocharged, direct-injected Ecotecs (e.g. Chevrolet Cobalt SS, HSR SS, Pontiac Solstice GXP, and Saturn Sky Red Line).

Such stories about FoMoCo's gross mismanagement of its V8 heritage lead Speedzzter to conclude that FoMoCo is in a virtual “give up” mode around the world. Apparently nobody in Alan Mulally’s regime understands that V8 power is a fundamental part of Ford’s heritage.

Nothing inherent in the storied V8 arrangement prohibits application of high performance efficiency technologies -- such as downsizing, forced induction, cylinder deactivation, variable intake manifolding, variable cam phasing and timing, direct injection, on-demand supplemental alcohol fueling, multiple electronic engine management programs with increased R.P.M. range, or even electric hybrid assist! Yet Ford continues to seriously lag behind numerous other OEMs in bringing these technologies to market.

Certainly, and long before the current fiscal crisis at FoMoCo, Ford has basically conceded whole segments of the performance market to others. In Australia, Ford gave up the V8 market to GM’s Holden from 1982 through 1991. In the U.S.A., Ford began falling behind GM in maximum power output in 1993 and has never caught up in several segments. Times only became worse (with the notable exception of a few limited production efforts by Team Mustang and SVT) during the failed tenure of William Clay Ford, Jr.

Undoubtedly, this “phone-it-in” mentality that seemingly pervades the Ford bureaucracy has lead to the faulty thinking (that would have been abhorred by notorious six-cylinder hater Henry Ford) that a forced-induction six will be “good enough.”

Ford’s apparently growing lack of competitiveness is augmented by the rampant “bean counter” fixation of Ford’s penny-pinching management. This directly lead to the unjustifiable delay in the “Hurricane/Boss” engine project and is seemingly at the root of Ford’s withholding of “Eco-Boost” from V8s.

The bottom line is that Ford won’t survive by imitating Lee Iacocca’s failed 1980s “new Chrysler” plan of reliance upon FWD turbos.

Ford’s enthusiast customer base relies upon FoMoCo to develop the next generation of V8s and a range of useful cars and trucks to install them in. Ford's enthusiastic V8 customers cannot do it alone. Without V8s, Ford is simply another boring “me-too” company that will fail dismally in competition with cheaper Asian imports.

To be sure, in the current environment, future V8s will need to be “assisted” with a whole plethora of high technology to balance performance with economy. However, as GM’s large V8 hybrid SUVs prove, such technologies can preserve much of the aural, sensory and psychological impact of traditional V8 motoring.

Certainly a electric hybrid V8 Shelby Mustang could not only serve as a “proof-of-concept” vehicle for more efficient high performance V8s, it would help justify the obscene price markups that Ford is forcing onto its loyal enthusiast customers. And it would preserve Ford’s V8 tradition into another generation.

Ford’s product planners should note that many performance enthusiasts will tolerate a more active motoring experience than the general public. Thus, the initial forays into hybridized V8s can be more “driver dependant” than a Toyota Prius. In fact, many enthusiasts would relish manually managing the balance of electric assist, regenerative braking, cylinder deactivation and manual gear selection as part of an active motoring experience. To offer enthusiasts a de-automated, high-performance V8-electric hybrid would be an instant segment buster. It would also allow FoMoCo to spread out mainstream development efforts over a longer time frame.

Ford will have abjectly failed in their leadership responsibility to their millions of enthusiast customers if it fails to adapt modern technology to V8s. On the other hand, a “right-sized” DOHC 32-valve V8 with turbocharging or “twincharging,” hybrid electric assist/ “high/low hybrid” capability, and the other aforementioned efficiency technologies would be a legendary power plant that would be adaptable to a number of sporting machines.

Ford is better situated than most to create such a V8 legend.

Unlike Toyota, Ford has a strong heritage of V8 power and motorsports, as well as a handful of appropriate RWD platforms. Unlike GM and Chrysler, FoMoCo has abandoned antediluvian 2-valve pushrod engine technology in favor of modern multivalve OHC engines. Unlike BMW, Porsche, Audi and Mercedes – all of which offer some modern V8 technologies in lands of high fuel costs – Ford has a strong moderate-price, mass market customer base.


Ford’s performance customers are searching for a way to integrate the advantages of smooth, responsive and satisfying V8 power in the 3-10 percent of “performance” motoring experiences with the 90-97 percent of “economy” modes of vehicle operation. A hybridized, Eco-Boost V8 of appropriate displacement would be the most flexible and operationally-satisfactory way to address this need.

And it would likely guarantee that our “mates” down in Australia will have the choice of modern V8 Falcons for years to come.

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Monday, September 24, 2007

BOSS LOSS? SOMEBODY’S WRONG ON FORD’S BIG V8

A "hurricane storm surge" of speculation has surrounded the notorious "Ford Experimental" V8 displayed under the hood of the Roush Engineering/Don Bowles Mustang at Michigan’s Milan Dragway.

Roush is using Bowles’ National Mustang Racing Association Open Comp Roush Mustang for severe duty testing of this "experimental" engine. Based on the low 9-second elapsed times posted, automotive journalists have estimated the "experimental" engine’s output at 800 naturally-aspirated horsepower.

Virtually everyone who has ventured a guess has assumed this "experimental" mill is a development mule for the new "Boss" production engine.

Michael Galimi provides additional speculation in the November 2007 issue of Muscle Mustangs and Fast Fords("MMFF"). In a minor cover story entitled "Alternative Gas, Experimental Power," Galimi reports:

"Our source in Detroit tells us it’s 7.0 liters (about 427 ci), and can go as big as 7.5 liters. We also hear it has favorable 4.250 inch bores, and from that we can calculate that the stroke is roughly 3.75 inches, offering nice revability. As for the heads, we hear the valves are laid out in a Hemi-style configuration, and we think there’s a camshaft in the block and some pushrods in there."

SOMEBODY’S WRONG.

Speedzzter strongly hopes that Galimi’s "source in Detroit" is as phony as a room full of Elvises. The photographic details suggest as much.

FIRST, unlike common, old-school pushrod engine practice (but exactly like a modular OHC V8), the valve covers clearly extend a couple of inches over the front timing cover. This strongly suggests a camshaft over each bank of cylinders. It would be wholly unneccessary for a cam-in-block engine.

Second., a glimpse of blue paint in front of the "experimental" air box shows a deep, modular-style valley between the cylinder banks. Given that recent cam-in-block designs (Speedzzter will not call any pushrod engine "modern") position the camshaft high in the block for better valvetrain geometry and lighter valvetrain weight, the deep valley strongly contra-indicates a pushrod design (unless it's hopelessly out-of-date).

Third, the deep setback of the intake in relation to the front of the valve covers is substantially more indicative of an OHC than a cam-in-block pushrod engine.

Fourth, the spark plugs apparently do not run down the middle of the cylinder heads as would be expected with a true hemispherical combustion chamber.

Fifth, the width of the valve covers seems to be substantially less than any "hemi" with a 4.2+ inch bore. While the valve covers are wide enough for some splaying of the valves, the valve angles would need to be far narrower than a true "hemi" design (or extremely short) to fit within the modest valve covers of the "experimental engine." On the other hand, the valve covers appear well within the width parameters of an OHC.

Sixth, based on the relationship of the engine to the shock towers, the engine is too wide to be a pushrod powerplant with a mere 7.5 liter maximum capacity.

Thus, a number of possibilities present themselves:

A. MMFF and their "source in Detroit" are wrong, and the "experimental" engine is an wide-bore center OHC modular V8!
B. MMFF and their "source in Detroit" are correct on the disappointingly low-tech specifications of the new "Boss" . . . and the "experimental" engine is something other than a new Boss prototype.

C. MMFF and their "source in Detroit" are correct and Ford Motor Company (F) has decided once again to "reinvent the wheel" for no reason.

THE ONLY THING REALLY WRONG WITH THE CURRENT MODULAR V8s IS BORE CENTER SPACING.

As has been reported ad nauseam, the Modular V8 was unnecessarily compromised by narrow bore centers. This limits the expansion capacity of the current Modular V8 family. Although FoMoCo should have learned this lesson with the FE-series, Ford’s engine shop narrowed the Modular’s bore centers for anticipated use in front wheel drive vehicles. But except for the underwhelming and mostly forgotten FWD Continental, the Modular has been a RWD powerplant, and the narrow bore centers have prevented Ford from building the 350-430 cubic inch V8s necessary to be competitive au natural with GM’s LSx and Chrysler’s Gen III Hemi.

Of course, unless restricted by archaic rules packages (e.g. NASCAR, NHRA), limited engine compartment space or hide-bound tradition (GM LSx), no "clean sheet" engine designer would engineer any new engine with pushrods or a cam-in-block design.

Fordophiles have been patiently waiting since the abortive S.O.H.C. 427 of the 1960s for a big-cube OHC/DOHC engine. Merely enlarging the bore centers of the 5.4 Modular would suffice. The 5.4 Modular has ample stroke capability and fits within the engine compartments of virtually all modern RWD Ford products.
  • A wide-bore-center Modular would immediately make GM’s LSx and Chrysler’s Hemi appear obsolete. (Such engines are only kept alive in motorsports by antique rules packages and lack of factory-backed alternatives)
  • A wide-bore-center Modular would set the stage for huge four (or more) valve high-performance cylinder heads that could "rev" and breathe better than any old-fashioned two-valver ever conceived.
  • A wide-bore-center Modular would establish Ford as technologically head-and-shoulders above their Detroit competitors. It would also promise domination of the 7-liter classes in progressive and open forms of motorsports.

But if MMFF and their "source in Detroit" are correct, Ford is absolutely wrong!

Developing yet another incompatible pushrod V8 family is a huge mistake. While bringing an updated Windsor/Cleveland architecture back to production would have a few advantages, starting from scratch to build an incompatible LS/Hemi clone eliminates most of them.

There’s simply no reason to change such well-established Windsor "hard points" as the bore centers and head/bellhousing bolt patterns if all Ford wants is another me-too pushrod engine in the 7 liter range. Developing hemi heads, variable valve timing, and a modern cross-bolted, deep-skirt "NVH" block for the Windsor would suffice (and be far cheaper than starting over again).

While a clean-sheet pushrod engine might satisfy a dying breed of antediluvian luddites who refuse to see the inherent advantages of OHC designs, it would set back American engine design at least a generation. It would also further feed the popular notion that America cannot compete on the world stage (Other than for NASCAR, how many pushrod engines have been developed over the past twenty years by any OEM outside Detroit?)

Of course Ford has a history of needlessly starting over on incompatible (or mostly incompatible) V8 engine families (Flathead, Y-block, FE/FT, MEL, Windsor, 385-series, Cleveland, 335-series, Modular (Romeo and Windsor versions), Yamaha) . This inability to stick with important retrofit "hard points" has hamstrung the acceptance and development of Ford engines for grassroots motorsports for more than fifty years.

Another pushrod V8 would unnecessarily overlap with Ford’s existing pushrod V8 families and create more confusion than it would be worth. It would unnecessarily divide development resources at both the factory and aftermarket levels between essentially similar architectures. A OHC/DOHC Boss, however, would firmly plant Ford in the future.

Let’s all hope that MMFF and their "source in Detroit" are wrong.
Dead wrong.

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