Archive for July, 2005

23.6 MPG from a Truck that Runs 222 MPH!

by Peter Treydte
Thursday, July 28th, 2005

OK, you haven’t heard from me in a while and I’m going to use the same excuse as everyone else; Power Tour, blah, blah, blah. But since I am doing so, I would like to continue my theme on fuel economy with a report from the Power Tour. As you know, we took five vehicles on the Tour, four trucks with diesels of various flavors and one truck with a twin turbo small block Chevy. One of the trucks that completed the entire 1700+ mile trip was the Banks Sidewinder Dakota. You remember this truck, it holds the world record as the fastest pickup truck at a top speed of 222 mph. The cool thing is, it is completely street drivable and is actually fun to drive. Now here are a couple of interesting factoids to consider:

* There were many exotic vehicles on the tour with a lot of horsepower. The Sidewinder was most likely the fastest vehicle that was on the tour with a verifiable (time slip) speed of 222 mph. Even with all the exotics there, I could not imagine any one of them being faster than the Sidewinder.

* During the trip, I kept track of the fuel economy on all of the vehicles. I was amazed to find that the Sidewinder Dakota achieved 23.6 MPG! It occurred to me that this might be the best fuel economy achieved on the Power Tour. The only possible exception that I can think of is that there were a few tuner cars of the 4-cylinder variety, and possibly some cars that the drivers didn’t really consider hot rods that may have gotten a little better fuel economy, but certainly none that were on a par with the Sidewinder in terms of power and speed capability. And mind you, none of us were driving conservatively in order to achieve a decent fuel economy number. Heck, this was the Hot Rod Power Tour, you can imagine how these vehicles were driven.

So, you might ask, how do you achieve such good fuel economy with such a powerful vehicle? The trick is really as simple as…airflow. Part of an engine’s power output is consumed with overcoming restrictions to airflow. We call that the pumping losses of the engine; power that is consumed to overcome restrictions. As you remove the restrictions, the power is freed up to either deliver more power to the rear wheels, or that additional power can be conserved, resulting in better fuel economy. That, along with a proper tune on the engine results in great fuel economy. This is a principle that we use with all of our products and is the reason that customers commonly report improvements in fuel economy between 10 and 20 percent depending on their driving habits.

So having great power available doesn’t necessarily mean that you have to sacrifice fuel economy. The Sidewinder Dakota is proof of that.

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)

The World’s First Roadracing Pickup Truck

by Tim Gavern
Wednesday, July 6th, 2005

How many of you know that Banks’ Race Shop is building a roadracing truck? Did you know that the truck is going to be diesel powered? That’s right! A diesel powered roadracing truck! And it will be twin-turbocharged!

What’s the big deal you say? Well, diesels have several advantages over gasoline. First is mileage. Diesels generally achieve 20-40% higher mileage than gasoline-powered equivalents. Improving mileage means less fuel stops in an endurance race. This is a huge advantage and one that can shave critical minutes off of a team’s total time.

Secondly, producing massive amounts of torque from less than 2,000 r.p.m. is a distinct advantage. Getting more power to the ground quicker at the exit of a corner can play a big factor in determining who wins the drag race down the straight. Advantage two.

Banks likes the advantages of diesel and is gambling that his newest diesel showcase, dubbed the D-Max Type-R, for its full-race General Motors 6.6-liter Duramax V-8 will be a smashing success.

If Banks last racing diesel gamble is any indicator, the new truck should be successful - Banks’ Sidewinder Dakota set several world records at the Bonneville Salt Flats in 2002. And, how about this for a test? The fully street-legal Sidewinder Dakota just returned from Hot Rod Magazine’s 2005 Power Tour, where it got an unbelievable 23.6 miles per gallon on the 1,700-mile tour.

Here are a couple of sneak peeks to show you how the truck is coming along. The engine photo shows one of the new Banks twin-turbocharger intake manifolds mounted on the engine. The entire buildup of the Banks D-Max Type-R is updated continually on the bankspower.com website. It can be found at: http://www.bankspower.com/DmaxTypeR.cfm

There are over 200 Banks employees on pins and needles waiting to see how Banks’ D-Max Type-R does at its first race. If nothing else, Banks’ D-Max Type-R should gain a new audience and following for performance diesel.