Archive for the ‘Banks Diesel Power’ Category

Arm Wrestling or Q and A

by John Espino
Thursday, April 2nd, 2009

arm_wrestling

Some of you might have had the chance to see the webcast, while others… well you were probably at work since it was in the middle of the day. For those of you who missed it, or were working for the man, I’ll post video on the whole thing once I get it in. There were great presentations from all of the panel members, including one from BMW explaining how today’s diesel works. Very simple explanation, and easily understood.

All in all there were good questions asked that had good answers in return, except for two that I found sounded a little combative under the surface.

The first one was from a fella from the Air Resources Board who asked the question about the numbers of diesel powered vehicles sold within the recent months. He didn’t really want percentages or an answer prepared by the marketing department. He wanted hard numbers, and it seemed if the numbers didn’t meet his expectation then modern diesel was a total flop today and in the future. That’s kind of difficult to answer or think about really when the first real wave of current diesel powered passenger cars just arrived around eight months ago (give or take). Add that to the fact that they were introduced at the same time that the economy started swirling down the tubes and you really don’t have favorable factors. Does that mean it’s over? Nah… only that it’s getting started. Come on, will ya? What do you think he’d say if he was told that the numbers matched those of the Prius? I imagine that his world would come to an end.

Ok, maybe I was just being a little defensive about the above mentioned question. Perhaps I took it a little wrong, but the next one… you couldn’t mistake the “snarkiness” of it. It was actually from the web and from a nationally recognized vehicle authority magazine. The question was “if diesel is so good then why have companies like Honda, Toyota, Kia, Hyundai and the domestic brands all shelved their plans for diesel vehicles?” Funny thing is that two of the ten best engines for the year according to Wards Automotive were diesels. Most of America still doesn’t know that diesel is totally different than it was just a few years ago. Diesel is not smoky, slow and noisy anymore, yet that is what the majority of the public thinks. To me it’s kind of like you got dumped by a red head and now you think all red headed women are just as bad, so you avoid them at all costs. How do you change the mindset? There’s one catalyst: money. Many auto companies are trying to restructure and reorganize in today’s dismal financial climate, so introducing diesels is now set on pause as they all struggle to make a profit and survive. It takes money to train, set up the sales force, parts distribution, etc. Combine that with the fact that each of them would need to promote a costly ad campaign to change minds and you have a “wait and see” kind of attitude. This is really unfortunate because not only do they all have wonderful diesel products that they all sell overseas, but the German auto companies are left holding the bag right now. Those companies are continuing to introduce new diesel product into their dealership network here, and are making it fairly affordable. VW has the Jetta, which when topped out with options goes for around $24,500. Not too bad, and they are setting to release diesel versions of their other popular cars. So as for the question… kind of a blunder coming from an automotive magazine. They should have a better vision of the domestic automotive marketplace than most of the people in the room. Maybe they’re afraid of red heads, too? Who knows?

Anyways, a good meeting after all was said and done. It was also the best one of the day. More to come later as I get my hands on the panel’s presentations.

Destination: Capitol of California

by John Espino
Thursday, April 2nd, 2009

capitalofcalifornia

I’m writing this from my hotel room in Sacramento, Ca. See, Gale and I were invited to participate in an event Bosch is putting on here at the state’s capital called California Diesel Days. The intention of this outing is to raise the awareness of the legislative group in the toughest and most mandated “Green” state in the Union. Here, there are many on Capitol Hill who only believe in electric and plug-ins or hybrids as the only path to the future, and that diesel technology is where it was 20 or more years ago. The only thought of clean diesel here is when a trash truck or a school bus doesn’t have the engine running. Here the notion about diesel performance is totally preposterous, because a diesel vehicle can’t get out of its own way. That’s why Bosch, Audi, Mercedes, BMW, VW… and Banks are here to talk about just what makes today’s diesel a clean, environmentally (and peppy I might add) alternative to what’s accepted as the standard. Diesel needs to be a part of a level regulatory playing field for all technologies that reduce CO2 emissions, and not excluded. To this end there have been visits to various Congress folk already and a series of roundtable talks planned. Gale, in addition to being a part of the group that visited and made the case for diesel, is the moderator for one of the events planned.

diesel_pump

We talk about Clean Diesel, but exactly does that mean? Well, aside from the stance that we at Banks make about black plumes of smoke bellowing out of an exhaust pipe is nothing to be proud of, and foolish I might add, there is another part to the clean diesel story. Clean Diesel refers to the fact that diesel engines are cleaner than ever before due to today’s advancements in fuel delivery and the fuel itself.

The engines of today are vastly superior to what we had just years ago, and go far beyond what old man Rudy Diesel ever thought of. In fact if he were here today he’d say something like “Nargh… eragh… brains” because he’d be a zombie. Aside from that little “undead” fact I frankly think he’d be blown away at how far his invention has progressed. What started out as a little motor that ran on peanut oil powers most of industry today. Think about it: nothing in your possession made it to your hands without it being trucked. Even a Prius car was delivered to the dealer by a big rig. But I’m getting off the subject a bit. Zombies just have that effect on me.

truck_trailer

The diesel engine of today is one of the world’s most efficient internal combustion engines, period. Today’s technology equipped diesel engines use precision electronics, common-rail fuel injection systems, VVT, advanced VG turbos. The result is a quiet, efficient, clean powerful engine that returns excellent fuel economy. How much MPG you ask… try about 30% or more than traditional means. With today’s diesel engines and today’s ultra-low-sulfur diesel fuel a reduction in harmful CO2 emissions by 25% + can be achieved.

clean-diesel

Today is going to be a pretty jam packed day of meetings, but it should prove to be a worthy effort. We’re on a mission, but need to be polite about it. Some of these folks just don’t know the facts, and that’s why we’re going to go over them today. There should be some great things coming out of today’s meeting, and I’ll have photos and links to post soon. Stay tuned… there’s more to come.

Same Bat-time… same Bat-channel!

THE LENO TANK CAR COMES “HOME” TO BANKS FOR A CHECK-UP

by Doug Stokes
Monday, December 29th, 2008

In the fall of 2008 this magnificent machine came “home” to the Banks tech shop for a short, regularly-scheduled maintenance visit.  Of course we are using the terms “regular” and “maintenance” with some relativity here.

As even the most casual observer would easily note, this bolide is an absolutely unique one-off that did not come with anything even approximating an owner’s manual in the glove box (actually, it doesn’t even have a glove box!).  Be that as it may, it was just great to have this exciting vehicle back in the Banks Tech Bay, all 20+ gleaming feet of it, if only for a few days!

If you’ve been reading about this big silver bullet right all along, by this point you might have come up with  the idea that taking a twelve cylinder, air-cooled, carbureted World War II-era engine, originally designed to haul a 30-ton military tank over hill and dale at a ripping 15 or 20 miles per hour, and making it into the centerpiece power unit of one of the most photographed, most outrageous, most spectacular sports cars ever to roll on the face of the planet was a bit of a long haul.

And you’d be very correct!

Jay Leno's Tank Car

In a different way, but in all candor this project was as difficult a challenge as any that have been in the R&D shops at Banks, including the machines that have set world speed records, and broken many others.

Adapting twenty-first century Formula One V-12 fuel injection technology to an engine that was designed in the 1940’s with toughness as the number one criterion was no easy task.

As you’ve read, every part on the new twin-turbo exhaust and intake system was designed and scratch-built right here at Banks. But, even more important than the hardware (which was very important!), was the all the head-scratching, brain-storming, and number-crunching that went on just to make this one run.  As you’ve seen, this complete makeover almost doubled the horsepower and did the same for the fuel mileage!

Interestingly enough, when Gale Banks went to partner Bosch and told them that he was developing a huge “former tank engine” into some sort of sports car power unit and that they were pulling out the old carbs and putting in an ultra-sophisticated common rail fuel injection system in their place, they were, let’s just say, a tad skeptical.

Of course when he mentioned who the machine’s owner was , the quizzical looks turned into smiles.  Leno, of course!  Jay Leno, America’s favorite late night host and car guy, suddenly the mammoth mission somehow became more clear …

Tank Car dashboard

So, two years after this monstrously menacing machine rolled out of the Banks race shop and up Duggan Avenue with Leno driving and Banks himself riding shotgun, and after hundreds and hundreds of street miles, and, after one show-stopping appearance after another at a multitude of car shows from Van Nuys to Pebble Beach, it was not deemed particularly unusual to see this thoroughbred cooling its heels in the Banks R&D shops for a bit of a “tune-up”.

For the record, the electronics side of the Banks work shop did all of the work and the only wrenches that turned were the ones that opened the electronic panels under the dash to get at the ECU.

The only issue was one of drivability and that had to do with the fact (as above) that a lot of the conversion from a normally-aspirated engine with twin updrafts carbs to one with ultramodern Bosch/Banks fuel injection and twin turbos took (as mentioned above), some fairly high-strung racing components being brought into play in a “street” car.  In other words, there was more number-crunching to be done to smooth out the engine response.

Strapped down to the Banks chassis dyno and thundering along at a “good rate of knots” (that’s a technical term) the car seemed more like a living thing than a couple of tons of steel and aluminum.   Getting up close for a photo when this beast is running (even when its immobilized) takes a bit of an attitude.  One just keeps sort of saying (to one’s self): “It’s strapped down, it’s only a car, it can’t hurt me.”  It really does seem alive though.

Tank Car on Dyno

The Leno Tank Car’s recent check-up trip to Banks yielded vast improvements in both cold starting and curb idle as well as overall drivability. Remember that the Bosch ECU which was used here was a full-race unit and a nice smooth idle is not one of the top ten items on a modern Formula One racecar’s check list.

Of course there were multiple test drives.  Much to check out and a number of check rides to be given.  After they pulled in and got their collective breaths the Banks engineers had plenty to say about the short road tests which they “had to make in the cause of science”, poor babies.  “The car drives deceptively well …” one allowed. “The sound of those massive Goodyear truck tires howling about two feet from your ear is a bit disconcerting at first …” said another.  “The car’s low speed agility is good, except when the speed falls into the parking lot range, then the steering gets a little heavy”  was postulated.  And one last (rather obvious) one:  “This car is a massive attention draw … No one ignores it as it passes by… I can see why Jay loves it.”  Us too, we all are drawn to this iconic car that’s far more fantastic than the most wildest “fantasy car” ever, only it’s the real (Banks Powered) thing!

Banks Sidewinder Diesel Dragster Arrives

by Doug Stokes
Thursday, June 19th, 2008

Mark down this date: Tuesday, June 17, 2008.

At precisely 8 a.m. the new Banks Sidewinder Duramax-powered diesel dragster stopped being a great idea, a few photos, some artist conceptions, a big stack of PO’s, a bunch of invoices, about a hundred faxes and an equal number of phone calls back and forth to Greenfield, Ind., and actually became a tangible object, a real, honest-to-goodness racing car, all 31.5 feet of it. The 276 inches of that ultra-loooooong wheelbase, swathed in a sleek, all-carbon-fiber body, now sits smack dab in the middle of the Banks Power race shop in Azusa, Calif.

The real thing coming out of its seemingly block-long crate and getting its first taste of the warm California sun made it seem almost as though, with a set of tires and a few decals, the digger would be ready to race.

Crated diesel dragster arrives on June 17, 2008

Just about everyone in the Banks offices on the race shop side of the street was outside to greet the new arrival, many of them noting that it had been what seemed like a long time since Gale Banks was back at his friend Mike Spitzer’s shop in central Indiana putting in his order for this very special chassis.

Diesel dragster unwrapped

Of course, months of prepping this machine are required before it can do battle in the quarter-mile. Today, it’s all pointing and looking. Look at this! Oh cool! Whoa! We all knew exactly what was specified, but seeing the chassis finally here in the shop, sitting on some quickly commandeered little roll-around “wheelies,” really is cool for everyone on the extended “team.” Today is “Christmas in June” for the engineers, engine builders, and technicians who will start with this basic chassis and transform it into a full-out Banks Sidewinder competition car replete with all of the innovations and forward-thinking diesel technology that name portends.

Banks race shop engineers are ready to roll

The Banks Power performance goals for this machine have been long stated: 200 miles an hour in the quarter-mile and doing that 2 bills in the 6-second elapsed-time range. Ahead are a few miles and more than a few late nights and early mornings, but the dragster project is finally steel, rubber, carbon fiber, and Diesel 2 rather than a colorful artist’s conception on some computer.

Day One … one great day!

The Indy 500s first and only turbo diesel

by Doug Stokes
Thursday, May 29th, 2008

Q: When did the first turbocharged car appear at the Indy 500?

A: It was in 1952, and the car was not only turbocharged but it was a Cummins diesel - a first for both!

The inline 6-cylinder engine displaced 401 cubic inches and made 400 horsepower at 4,000 rpm on 20 inches of boost. The smart-looking yellow and red car sat on the pole for the 1952 Indianapolis 500 Mile Sweepstakes Race with California kid Freddie Agabashian in the driver’s compartment turning a track record 139.10-mph lap.

The diesel engine’s great mileage meant that the race car could theoretically go the full 200 laps of the race without stopping for fuel. Unfortunately, tire wear with the overly heavy car was dismal. (The machine came in at nearly 2,500 pounds dry and weighed a whopping 3,100 ready to race!) In fact, in qualifying trim, future racing hall of famer Agabashian had very nearly worn out a set of tires just running his four laps for the pole!

Freddie Agabashian in Indy 500 Cummins turbo diesel

As it turned out, the turbocharger took Agabashian out of the race at mile 175 of the 500 miles to the checkered flag. A low-mounted air scoop sucked every little bit of tire rubber and other crud off the track and right into the turbo, which did not react very kindly to that much roughage in its diet. On lap 70, the car was out of the race.

The Cummins-powered car was also one of the first true roadsters to run at the Speedway. Built by the legendary Frank Kurtis in Glendale, Calif., the racer was a real “Indy roadster.” A revolutionary design (for those days) offset the engine, placing the driveshaft next to the driver as opposed to having the driver straddle it as before. The side-by-seat driveshaft meant that the driver’s position could be much deeper in the machine, and the whole car looked as long, as low, and as wholeheartedly purposeful as any race car ever built - before or since.

Unfortunately, that was the first (and last) time that a diesel ran at the Speedway. New rules have made doing anything like attempting to get a diesel into the race a dream. Rarely will one who builds Indy race cars (or rather assembles from pre-made kits largely) be heard uttering the words “What if?” anymore.

Pining for the “good ol’ days” is not a very productive proposition these days. On the other hand, with the popularity of diesel power steadily on the rise in the United States and with so much emphasis on racing being the proving grounds for new consumer products, perhaps clean, efficient, smokeless (unless you’re referring to the tires of course) diesel power will once again be allowed to prove itself in the crucible of competition at the Speedway.

Interestingly enough, 50 years later, the Gale Banks Dodge Dakota, powered by a turbocharged Cummins diesel engine, established a new land speed record on the salt at Bonneville with an FIA two-way record of 217.306 mph that still stands!

From the “Who Knew?” file: The Champion Spark Plug Company, eager to claim that its wares were “in every car in the race,” had to improvise when it came to the Cummins diesel, which didn’t use spark plugs. Just as the race was about to start, one of Champion’s savvy PR people slipped a miniature Champion spark plug into the pocket of Agabashian’s driving suit so that the company could make its claim with complete confidence.

Being the middleman or Fire-breathing exhaust

by John Espino
Tuesday, May 6th, 2008

Wouldn’t you know it, I’m trapped in the middle seat on this leg of the flight to Florida. It’s not a good situation due to the fact that the gents on either side of me are asleep with their mouths open, a trait I deplore among sleepers. That and folks whom you can hear chomp, slurp and downright overly masticate their sustenance - be it gum or a meal. Worse yet is their lack of understanding for my personal boundaries as their lifeless appendages rest on me. Under these circumstances, I can’t use my laptop and have to write this on my trusty pocket PC using a tiny keyboard. Urgh…good thing I’m a techno-geek.

Anyways, so I’m flying to Tampa. I’ve never been there, maybe because I’ve never needed to or the fact that it sounds like a medical condition. But now I’m headed there as a technical representative for Banks Power during a shoot for an episode of Truck U, which airs on Speed Channel. It’s a companion show to Two Guys Garage, which is a pretty good show in its own right. The episode will cover safe power for DPF-equipped diesel trucks. (Aw geez! The guy next to me has frequent spasms while sleeping. Maybe he’s dreaming about being in school again and not having his homework turned in…that or cobras.)

A diesel particulate filter, or DPF, is something relatively new to a diesel’s emission system, and it is both misunderstood and feared…kinda like the Hulk. Unlike the green goliath, however, a DPF unit isn’t infused with gamma radiation and can’t tear up a city, but it can breathe fire and destroy property if provoked. Let me explain: The filter is in place to load up with soot particles that would normally make their way out of the tailpipe. After a certain amount of miles, the DPF goes through a regeneration cycle to burn itself clean. In order to do this, the ECU commands the injectors to spew an extra amount of fuel and plays with the timing so that it can be ignited, causing an afterburner effect. This event effectively makes the trapped soot burn to ash and makes the DPF clean again. The byproduct of this “event” is a stunning EGT level. This same exhaust that burns the soot into ash also blows out of the tailpipe, bringing about the need for a special kind of exhaust system that draws in colder outside air to mix with the blowtorch-hot exhaust.

This is where the tricky part comes in: Cooling that exhaust means doing it right! The OEs did a pretty good job with the factory setup, but in doing the job, it looks kind of industrial. I actually know the guy at GM who designed it, and he was a little surprised when I asked him what the inspiration for the design was. He told me that he knew something needed to be done to cool the exhaust after the bushes in front of the test facility’s office caught fire. I’d say that was a good sign, maybe even a biblical one at that.

For those searching for a better-looking aftermarket system, some of the choices out there come with a bonus along with the good looks: danger and excitement. You see, some of the competition…well, really all of them…attempted to reproduce the cooling ability of the stock system in different ways. Little louvers here, pinched steel there, and pretty exhaust tips with decorative holes all try to mix the air and mimic the stock effect. All fail miserably. Sure it looks great, but that’s where danger and excitement come in as the temps out of the pipe during regen can hit as high as 800 degrees. When you figure that the stock exhaust reaches 500…well, you can see where this is headed. And chew on this: Regen events last 15 to 20 minutes. So if you’re driving alongside someone on the freeway and the exhaust is hitting their tire (or window, depending on how tall your rig is) with blowtorch heat or pulling into your garage…let’s just say there’s plenty of time to leave your mark.

Oh yeah, and I almost forgot to mention that the regen for this all-important diesel particulate filter can happen even when you’re at idle. Once it goes into “clean me up” mode, it doesn’t care if you are moving at highway speed or if you’re parked; it’s hot time in the city (or wherever you live). You know what that means? Those boxes or stacks of paper in your garage will catch fire if they’re nearby…not to mention burning your kid(s), your wife, your pets, your house, your grass, that bratty little kid who rides his bike on your lawn and shoots your windows with his BB gun all the time (hmm… that one’s not too bad, really). Plan on taking that camping or fishing trip? Well, unless you have a great fake alibi, Smokey the Bear, Woodsy Owl, and the state authorities are going to come for you when you set the forest on fire! Why live so dangerously?

Banks Power’s answer for playing it safe is the CoolCuff exhaust system we’ve come up with. We know that the OEs didn’t just make an exhaust that was ugly without a purpose. They did so because they want to be safe; they want you and what’s important to be safe. The engineers at Banks Power feel the same way, so we set out to design an exhaust that not only reduces backpressure (which means more performance) but accomplishes the factory’s safety margin and then some. Check out our latest ad. It’s brutally honest, but it is honest.

Well, that does it for now. I’ll blab more later, but right now I want to see how many Mentos I call toss into the gaping maw of the guy to the right of me. This is gonna be fun, and to think I have only 90 more minutes until we arrive at our destination.

High School Biodiesel Brain Power

by Gale Banks
Wednesday, July 20th, 2005

There are lots of articles being written about “home-brewed” biodiesel today but I’ve felt that most of these backyard projects getting ink are the automotive equivalent of brewing moonshine. I say this, because while the end result is probably combustible in a diesel engine, the biodiesel fuel produced is not refined and finished to any known standard.

Here’s a project worth mentioning for a variety of reasons. Technology Teacher, Michael Winters, at San Gabriel, California’s Gabrielino High School’s Tongva Technology Center began an Eco-Fuel Research Project five years ago to educate his students on the benefits of alternative fuels.

Most importantly, the project is being performed in a scientific manner with full recognition that when each sample of biodiesel fuel is complete, a fuel refined to the current ASTM standard is the result.

After designing, building and learning from their three original batch processing machines (1 liter, 14 gallon and 150 gallon), the students will soon build ten 1-liter batch processing units that will go out on loan to other science classrooms throughout the state of California.

The Eco-Fuel Research Project also has a social purpose and that is to make the students aware of energy-driven emissions and, most importantly, the impact diesel can have on improving these areas.

Finally, if we’re really lucky, their college education may be influenced and perhaps as an end result we’ll have some enlightened pro-diesel college engineering graduates 4-5-years from now.

Gale Banks Engineering is continually investing in the education of individuals necessary to support the growth and service of the burgeoning light-duty diesel marketplace in the United States. We call upon our peers within our industry to join with us in our support.

Gale Banks Engineering recently hosted Gabrielino High School’s demonstration of the manufacture of biodiesel fuel from soybeans using its 1-liter batch processing machine (shown). Left to right: Brian DuVardo (graduated; Citrus College student), Michael Winters (Technology Teacher) Adam Arce (Senior), Leneve Ong, (graduated; U.C. Berkeley student), Malcolm McLaren (Senior), Colleen Tan (Senior), Gale Banks, Losmeiya Huang (Senior)

Cooling That Powerful Itch

by John Espino
Monday, May 9th, 2005

Some tough questions should be asked when venturing into the world of diesel power: Are you shopping for a product to speed up your truck for quick 0 to 60 sprints and quarter mile bragging rights, or are you looking to enhance its towing brawn? Is there a way to get both? Just why does my truck need to blow plumes of black smoke to make power, and what is it really doing to the engine?

So… what’s the fix? Most folks turn to whatever is the easiest thing they can do to scratch that lustful yearning for road domination: tuners. Tuner manufactures have popped up like crazy in the recent years and due to the advancement of automotive technology these devices can “hack” into the vehicles systems and alter a number of signals to get the desired results. More fuel, more timing, more boost, pulse width modulation, blah blah blah. These work like the man behind the Great Oz by interrupting signals to the various systems, modifying them and making the ECU think that’s its message was received in its original form by saying “pay no attention to the man behind the curtain!” Most of them offer internal systems that monitor the monkey business going on and offer safety nets, but those are the good ones. Some don’t go that far, but reprogram the factory’s OE settings to get the job done. What makes these so tempting is that they can all be installed in a matter of minutes by plugging them in, the majority have multiple power levels and they cost very little to buy. Best part of all is that there’s nothing to maintain.

Sounds great, right? Ah, but there’s a catch to taking that easy road. See, tuner manufacturers advertise numbers you’ll never really reach for long… or at all. Most of them tell you all the benefits you’ll receive under the best of conditions and even feature “Backdown” as a precautionary safety measure, but “Backdown” is actually an amount of fuel and power that the tuner is pulling out when it reaches a given safe EGT. The longer you stay on the throttle the hotter the exhaust gasses get and the more precious power it removes. Hell, some even tell you what percent of the power you’re not getting. Now that’s informative, but wasn’t this purchase about adding power? So what now? Turns out that most of these tuner sales depots recommend a better air filter and a free-flowing exhaust for the cure, but that’s only part of the solution. Getting the vehicle to breathe is a step in the right direction, but it’s not the magic cure. EGTs will go down a bit, but not enough to use that power you were seeking for any real length of time. Why settle for the game of give and take that some tuners play with your truck?

The cure is density my friends! Cool, refreshing density! It’s a rule in the universe (at least this dimension) that a byproduct of power is heat. The more power… the more heat is generated. When was the last time that you got on the treadmill and ran 30 miles without sweating and getting tired? Ok, 30 miles is a little out of reach for most of the human race, but you get the idea. Run whatever you can in an air-conditioned room with plenty of fluids and you can last a whole lot longer. Why is your truck any different?

Why play games when it comes to power? We designed a charge-air cooler that replaces the stock component. The Banks Techni-Cooler System removes the restrictions caused by the common tuner with the ability for greater airflow and density for proper fuel combustion. The result: more power and torque at any EGT… period! Pressure drop and charge air temperatures are reduced while exhaust temperatures are lowered enhancing power anywhere the engine is operating. Mash down the throttle and get the results they promised you while reducing the thermal load on the engine and its cooling system… kinda like that well air-conditioned room stocked with plenty of water I spoke about earlier. Bam! You’re now making smart, lasting power.

Towing? If it’s a boat, a horse trailer or a house on wheels you need that power to eat up the hills. With density added to your system the power remains when you need it most on long, hard pulls and never jumps overboard. What, are you really going to pull over so that the temps can go down just so you can get a glimpse of that muscle you were promised? Not with all those vehicles backing up behind you.

Ok, so I sound like a commercial… I know, but it’s all true. Reap all the benefits of doing the job right and protect your investment at the same time. I’m going to make these points about our system then I’ll bring you back to the program all ready in progress:

* Banks’ boost tubes are larger than stock, streamlined to reduce the number of bends and eliminate the crimped spots
* The CAC design increases density by up to 10%
* Core area is up to 25% larger than stock for greater cooling capacity
* Our bigger end-tanks optimize airflow across the coolers fins for greater cooling
* Melting or bursting caused by extreme boosting conditions is eliminated with the coolers all-aluminum design. No plastic end-tanks to worry about
* Our High-Ram intake ensures the delivery of the oxygen-rich air through its larger and less restrictive shape
* Benefits of the denser air charge and better fuel burn will also result in something everyone’s searching for these days: better fuel economy.

I’m done now. Nah, I have one more thing to say to all the naysayers out there. You know… the ones that want you to believe that we’re just trying to shove more parts on you and shake you down for your lunch money. Ask anyone running a modified turbocharged or supercharged Sport Compact car if more fuel, boost, timing and installing a better intake and exhaust make big power that can be counted on. They’ll look at you with a puzzled expression and ask “what about the intercooler, dude?” These speed freaks are netting power out of a four banger that gas V8s wish they had, and when properly done they live race after race: on the street or on the track. Draw your own conclusions from that.

The President Digs Diesel

by Tim Gavern
Tuesday, May 3rd, 2005

President Bush told a business group last Wednesday (April 27, 2005) that anti-pollution measures for diesel “will remove more than 90 percent of the sulfur in diesel fuel by 2010.” He also announced plans to provide similar tax credits to those already in place for hybrid and fuel cell vehicles for consumers who purchase light-duty clean diesel cars and trucks.

The President went on to say, “Clean diesel technology will allow consumers to travel much farther on each gallon of fuel, without the smoke and pollution of past diesel engines.” Those statements prove that President Bush “gets it” and hasn’t been snowed by the media machine’s hype that hybrids and hydrogen-powered cars are going to save the world.

Understanding diesel is the only viable short-term solution to less dependence on foreign oil. President Bush’s tax incentives are right on the money and should stimulate consumer interest and spark sales of new clean diesels.

To top it off, the following day, a group of clean diesel proponents held a “Clean Diesel Drive” at the United States Senate in Washington D.C. The drive was sponsored by Senator George Voinovich (R-OH) and Senator Carl Levin (D-MI), Co-chairs of the Senate Auto Caucus in association with the Diesel Technology Forum. (http://www.dieselforum.com)

As Allen Schaeffer of the Diesel Technology Forum offered to drivers of these vehicles, “…today’s diesel cars, trucks and SUVs are clean, quiet and fun to drive. They offer a unique balance of power, performance, utility and economy that is unmatched by any other powertrain available today.”

Representatives from the Environmental Protection Agency and the Department of Energy were on hand as well as reps from General Motors, Robert Bosch Corporation, DaimlerChrysler, Delphi Ford Motor Company, and Volkswagen of America.

Clean diesel vehicles from Europe, including a Chrysler minivan, Jaguar luxury and sport sedans, and several Ford Focus C-MAXs, as well as U.S.-spec diesels, including a Jeep Liberty CRD, a Volkswagen Passat and a Mercedes E320 CDI sedan were available for the senators and staffers to drive. The Mercedes E320 CDI is capable of 780 miles on one tankful of diesel! That’s a lot of rides around Washington D.C.

As a final note, it is rumored that President Bush drives a Ford Power Stroke turbodiesel pickup truck on his ranch in Texas. Of course, he does…he gets it.
Sincerely,
Your faithful,
“Corporate Blogger”

Who am I?

by Peter Treydte
Friday, April 29th, 2005

I said in an earlier blog that I was a Ford guy. Today I think I am changing my identity a bit. I think I am starting to consider myself a Diesel guy. I drive a gas-powered F-150 every day and keep thinking about what my fuel costs are going to be this summer. I would sure love to have a small diesel-powered car to commute with. Unfortunately being in California, it doesn’t look like that will be available to me anytime soon. The only readily-available diesels in this Left Coast state are full-size trucks. I can’t quite justify the purchase of a diesel pickup right now, and even if I did, I don’t think I would be saving much in fuel costs. I am currently getting 14-16 MPG at a fuel cost of around $2.40/gal (and that’s optimistic), which works out to an operating cost of about 16 cents a mile. Our Test Group Manager commutes in a Duramax dually and reports an average of about 18 miles to the gallon. At a fuel cost of $2.50/gal, that’s a little less than 14 cents a mile. A savings indeed, but not quite enough to justify the purchase of a $40,000 vehicle in my situation.

Now what if there was a diesel-powered car for around $13,500 that got around 55 MPG? That brings us down to 4-1/2 cents per mile. Now we’re talking. That car is available in Canada. It’s the Smart car. We had an opportunity to drive one that Bosch brought to the states for show-and-tell. It was cool, but so far, it’s not available here. I say, bring them on! With that car, I would be a full-fledged card carrying Diesel guy.