Archive for May, 2008

Accelerated Breathing or Product Evolution

by John Espino
Thursday, May 29th, 2008

You know the feeling when you have a cold and your nose is all plugged and it’s a doggone burden to even breathe? Well, I imagine that is kinda how your vehicle must feel day after day with the stock intake and exhaust system that it was born with. It doesn’t stop there, because if it’s turbocharged, it just might have a terribly restrictive intercooler to boot. With all of the backup in airflow, it’s a wonder your vehicle even moves, and with you behind the wheel demanding more performance to move around that Sunday driver in front of you, the situation is only exasperated. It’s no wonder why the mileage is not really quite what that window sticker said your ride was supposed to get.

Many moons ago, when I worked in the Installation department here at Banks, folks would often ask what we do to get more power and economy out of a vehicle. I simply explained it like this: You have a fantastic athlete under the hood, that being the engine, which is designed and bred to be a winner. The factory tells that athlete that he has to wear an extra heavy backpack and carry arm and leg weights. Next, they tell him to run a marathon, but he has to run the race with a piece of tape over his mouth and an index finger up one nostril. What do you think will be the outcome of the race for the poor fellow under these conditions?

Larger air tubes on the upgrade

I told customers that while we could not do anything about the added weight, we could effectively remove the tape from this athlete’s mouth and tell him to stop picking his nose — just breathe as God intended him to do. Some people asked whether the problem could be solved with a chip? Yeah, that’s like taking that same athlete with the same problems as previously described and telling him that he needs to drink five or more pots of coffee and a six pack of Monster drinks and then run the race. Forget that it’s a machine for a second and think about what that would do to a person. It’s worse-case scenario for motorhomes. There, you put a house on an engine that was designed for a van or truck, fill it up with all your stuff, and hook a boat or car to it. Whew…

We’ve been taking a systems approach here at Banks for forever and a day. Automotive performance starts with the engine’s ability to inhale and exhale unlabored, and even better yet when it’s done with cooler, dense air. Only after you’ve taken care of that part of the equation can you add tuning enhancements. This way, the attributes of the tune can be fully realized, liberating the athlete under the hood. An unexpected and added bonus to a less asthmatic vehicle is better fuel mileage, which in today’s world is on the top of everyone’s list.

This past weekend, we took those same “suck it in/spit it out” principles and applied them to a rather different kind of vehicle for Banks: a Mitsubishi Evolution. Being that it was a “skunkworks” project, why not do something besides a diesel truck? We’re gearheads, and we are supposed to color outside the lines.

The Evolution is a perfect example of a highly tuned, factory-engineered rocket on wheels that is already way too fast for its own good, but could we do more? We started by replacing the stock exhaust system with a CAT-back three-inch mandrel-bent system that used a straight-through muffler. Next, we removed the factory intercooler and the turbo compressor outlet pipe. We replaced the EXTREMELY restrictive stock cooler with a thicker core that incorporated larger air tubes and finished it off with a larger diameter compressor outlet pipe that had fewer bends. We dropped in a free-flowing air filter, shut the hood, and then started ‘er up. The result: low and midrange power that sucker punches you into the rear seat with little effort.

Upgraded intercooler, left, and the stock version
Upgraded intercooler, left, and the stock version

Beefy intercooler and compressor outlet on Mitsubishi Evolution
Beefy intercooler and compressor outlet on Mitsubishi Evolution

Thin black strips on stock intercooler -- talk about restricted airflow!
Thin black strips on stock intercooler — talk about restricted airflow!

Ease on the throttle and provide a little boost, and in a blur you are propelled to redline. With each shift, you’re already in the sweet spot of the next gear. And all of this was done by just improving the way the car breathes; no tune…yet. That’s the next step. And what did the owner think? He raves that it’s a different car now and much more fun to drive. For an Evo, that’s saying a lot.

So there you have it, Banks principles applied to yet another car (and a different than usual one for us). Could this be a new product area? No…maybe…yes…maybe…

Check out the following articles on maximizing airflow for improved power:

Airflow — The Secret to Making Power

How Air Flows

Why Big Density Makes a Big Difference

First Air, Then Fuel

Airflow Equals Fuel Economy

Cool Air Equals Power

Making Your Motorhome Better Than New

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.

Gambling on alternative fuels or A mighty wind

by John Espino
Thursday, May 22nd, 2008

I spent last weekend (not this one that just passed but the other one) in Las Vegas with my buddies from Bosch. We were in the city of sin to set up Bosch’s Learning Center for the Alternative Fuels & Vehicles National Conference that was being held there. It’s kind of hard to think of diesel as an “alternative” fuel since it’s been around for such a long time, but it’s lumped into the same category as all of the future fuels that are making headlines these days. I’m going to list these different fuels in an upcoming blog and go over what makes them real - or just plain wishful thinking - but right now I just want to share a little about the event we were getting ready for on Monday, May 12.

Robert Bosch LLC Ride & Drive at Alternative Fuels & Vehicles National Conference, May 12, 2008, Las Vegas

Basically, Gale traveled to Vegas to kick off a Ride & Drive event featuring a small fleet of diesel-powered vehicles that Bosch uses to demonstrate just how cool diesel really is. These aren’t special promotional vehicles that were cooked up in a lab and are assigned their own 24/7 support crew; instead, they are real vehicles (unfortunately available primarily in Europe) that can be bought today…right now! As with the “future fuels” mentioned above, I’ll talk about each of these cars in future blogs, but right now I will tell you that my favorite car there was the BMW 123d! This little sucker had a 6-speed manual and the M-package, ran hard, and had fantastic handling! It also had a start/stop mode that saved fuel even more…returning 40+ mpg. It’s all the sports car fun you can stuff in an environmentally friendly package and never feel guilty about it. I’ll take hugging this little bugger over a tree any day! (See a comparison between a 123d diesel and the 120i gasoline version.)

Anyways, getting back to the subject: Just as Gale was to kick off the event in came a freak windstorm along with dark, ominous clouds. I wondered to myself if this was some sort of sign as the winds whipped, picking up part of the stage and the tables that were set up close by. The unexpected weather didn’t ward off the anxious folks waiting to get behind the wheel of these modern diesel marvels. At the conclusion of the Ride & Drive, Gale gave a presentation (put together by yours truly) about “clean” diesel performance from our World’s Fastest Sidewinder Dakota to our blindingly fast S-10 drag truck. Lots of folks who were there to see the latest electric-powered people mover were shocked to see the display of such power (I had video, too!) and moreover learn about the fuel economy and total lack of black smoke that’s expected to emanate from the exhaust pipes of a diesel.

So did we make any converts? Dunno, but the folks who took the Bosch vehicles out for a jaunt were left wanting more time in each and ultimately said that they would gladly live with any of them. The statement we made was this: Diesel is here, and it’s clean, powerful and fully capable of meeting the end users’ needs…and it is available today! When looking for a solution to our high fuel price dilemma, diesel is the answer. I guess you could say that in a town built on gambling we demonstrated that diesel was a surefire bet.

Gale Banks on clean diesel offering more power, improved fuel economy and reduced emissions

Banks: “Clean diesel provides Guilt-Free PerformanceTM

Sidewinder S-10 Drag Truck Update

by Gale Banks
Wednesday, May 14th, 2008

Dear gearheads and fellow diesel freaks,

It’s mid-May 2008, and we are now at a power level with the Banks Sidewinder S-10 that is reminding me of all the nitromethane-burning engines I raced back in the day. We are using up pistons like a good thing. We’re not changing them every run like I did with my nitro-burning rails and drag boats, but we’re changing them too damn often for a diesel. We’ve been doing it for a while, and it’s only gotten more problematic as we’ve made more power and gotten down into the 7.70s. Now we are too close to “running on kill” for my liking.

The culprit is injector on-time as measured in crank angle degrees. As we have gained engine speed (now 5,800 rpm at times) and increased fuel rate, our piston position at injector closing has gone down the hole. The truck weighs 2,930 pounds, we’re in the low 7.70s, and we’re making good power (1,280 bhp). Of course there’s more power to come, but first we need to address getting more fuel in and using less crank angle to do it.

Right now, at 1,280 bhp, the thermal energy from the injected fuel is gradually drilling 7 holes in each piston right at the top edge of the firing cup. We have not killed an engine, but this is not good for long-term piston life. We have gotten to this level using a single Bosch 3.3 pump that we have modified for proper fuel control at the flow and pump speed (same as engine speed) that we are demanding. Honestly, with this engine combination, 1,200 bhp is probably the safe limit. Beyond that, we begin to have demanded rail pressure problems.

Banks Sidewinder S-10 Duramax

It works like this: You demand torque with the throttle. The EDC-16 controller commands the rail pressure and injector on-time necessary to produce the desired torque at that rpm. If the pump can’t supply the necessary rail pressure, the software extends the injector on-time to allow the required fuel amount to be delivered to the cylinder. That is just what occurs when we go beyond a nominal 1,200 bhp while turning in the 5,500 rpm range. The extended injector on-time leads to piston crown erosion, and then we need to change the pistons.

That occurred while we were testing last week at Speedworld Dragstrip over in Arizona in preparation for the Alabama meet this weekend. We are now freshening that motor but will not be able to finish it in time to make the tow and be there Saturday…and that bums me out, Big Time.

When the motor goes back in the truck, we are going to back it down so it can make a reasonable number of laps between rebuilds. Based on our records, that should be a 7.80s setup and capable of doing that lap after lap. Then we will begin our next engine build using a new combination of pieces.

Our new engine combination involves a lot of revisions to piston design, rings, fuel supply, injectors, camshaft and high-swirl cylinder heads, all of which are being manufactured now. Also, we’re building a new Spitzer-based “Top Dragster,” and we plan to start working that car with a clutch as opposed to the torque converter setup in the S-10. Mike Spitzer is another “senior citizen” who hasn’t realized it…just like me. And he’s got a thing for Bonneville…just like me. I wonder where this is going? Time will tell; both of us have miles to go before we rest.

So best regards to you all, especially the new friends I’ve made the last few months at Famoso and Beech Bend.

I’ll see you soon,

Gale Banks

Fuel-injected childhood dreams

by John Espino
Friday, May 9th, 2008

It’s Friday, but not an ordinary Friday by any means. It’s actually a day that I have waited for most of my life. I’ve never kept it a secret that I’m somewhat of a nerd and a child at heart. Today, both of those traits are in for a treat as I use up a half day of vacation and split work early to catch a showing of Speed Racer! Yep, the show that gave me the automotive bug when I was just four years old is finally a movie!

I’d have to say I’m kinda lucky that my parents didn’t really pay too much attention to me as a kid. There was TV, right, so why interact? No hard feelings; after all, I wouldn’t be who I am today if it hadn’t been that way. I had great playmates and teachers: Captain Kirk and Mr. Spock, Johnny Sako and his Giant Robot, several Japanese super robots, Spider-Man, Batman, Ultraman, and Speed Racer.

I wanted to be Speed, drive the Mach 5, and come home to Trixie. It was from that one show that I developed my love for the art of the machine and for the simple pleasure known as driving. From that show I was given the urge to learn what made a motor vehicle live and breathe and to appreciate the rumble of an engine mixed with the sweet siren song of a turbo. It was a major force that formed an excitement in me that I want to instill in my five-year-old son. I am proud that on the rare occasion when I bring my son to the office that he gets excited to see what we’re working on, and then he asks to see the engine. I couldn’t be happier to answer all of his questions and explain in detail how things work. He’s a sponge, and he wants to know about it. It’s a kick when I hear him talk about his Hot Wheels and whether they’re supercharged, turbocharged or all motor.

So today I get to experience a part of my childhood and share it with my boy. Not only will I be taking a half day, but so will he because I’m pulling him out of preschool to see the movie with his old man. I want him to learn to appreciate this art of the machine that I speak so fondly of as I did when I was his age, and I can’t wait to see what kind of vehicles he will help usher into the world when he grows up.

A very cool “mock” review of the Mach 5…

Don’t forget to see the data sheet on the Mach 5 (Pssst…don’t look at the MPG!)…

Hoist the colors! or With great power comes great responsibility!

by John Espino
Wednesday, May 7th, 2008

I’m on my way back from Tampa and the Truck U shoot. I’m on the plane and just finished watching the third installment of Pirates of the Caribbean for the umpteenth time (a truly bitchin’ movie no matter what anyone says! Naysayers can walk the plank) and I feel compelled to finish my story from my first entry. Arrr… Ye sees me hardies me thinks the show is going to be pretty neat, says I. It focuses on safe towing power (that’s where Banks comes in). Apparently the truck they borrowed for the taping was an ‘08 Chevy Duramax that was used to tow a five-car hauler. That alone takes a lot of grunt, and while the D-max is up for the job, it still could use some help by infusing it with Herculean power. So what we did was put a full Banks PowerPack on it, which if it was FDA recommended would come with a prescription.

Folks are jittery about doing something to a new truck with a particulate trap on it, and why shouldn’t they be? You see, there are a lot of choices out there in Performanceville, but not all products are created equal. Sure, I work for Banks and am going to say my stuff is the best, but really it’s true and not an overbiased opinion. At Banks, we spend a bundle getting everyone’s offerings and then proceed to test the snot out of ‘em with equipment that rivals the original manufacturers. You see, companies rushing to get their products to be “first to market” aren’t really that good for you if quality and efficiency go out the window or, more importantly, out the window goes the safety factor that the stock system afforded you. What will it do to your rig while it unleashes its rush of power? You see, that smile on your face from the extra speed only lasts so long when your investment starts to puke parts like an anorexic model after a hardy meal. Three words can bring confidence to your choice of go-powerful parts: CleanTune™, ActiveSafety® and AutoRate®.

CleanTune is what we call our tunes or calibrations. They are made specifically to grant you the full power potential of your truck by not only adding fuel and twisting the timing to what we prescribe for work, sport or race, but doing so by ensuring that all the extra fuel that we add will be used. Running a dirty tune gets you a plugged-up DPF on new trucks and more frequent regens, which equates to overall lower performance, extra wear on the filter and lower fuel mileage. Plug the filter up too much and that extra soot that you added by running that “other product” will need to be burned to ash so that it can be ready to accept more crud you’re going to load it up with. The substrate ceramic core is actually pretty fragile, being that it basically starts to melt at temps of 1,200 degrees. Seeing that DPF outlet temps were measured at the DPF outlet at 1,100 degrees, I’d venture to say that regular regen cycles get pretty close to the danger zone…without help. Now put a dirty tune on and it has to clean itself more often because it is loading up with more soot, further degrading the internal material. A full filter lowers performance and mpg. Plug it up too much and it’ll work harder to burn itself clean, which causes excess temps and possibly an uncontrolled regen event. If that sounds like a bad thing, then give yourself a gold star. And here’s something funny: Some of these products allow you to force the regen. Maybe they think you’d like to impress your pals by setting things on fire by command, or maybe the tunes are so bad that you’ll need to do it more often to get more performance. The fun ends quickly when you realize that replacing a trap costs thousands of bucks. Oh, then there’s the fact that the ECU keeps track of how many events have taken place and rats you out when you visit the dealer.

Good: Inlet side of DPF
The good side of the DPF. Note that the internal ceramic substrate is intact and was doing its job of grabbing the diesel soot.

Bad: Compromised outlet side of DPF
Same filter, just the outlet side. The inside material has taken enough of the excess heat caused by a dirty tune and has begun to collapse, break and plug up the airflow. This DPF is now toast.

Ugly: Result of a dirty tune on DPF
Just one of the hunks of material from the failed DPF. Figure that this and smaller parts are eventually going to shoot out of your tailpipe — that or rattle until you get it changed. By the way, premature failure of the DPF is not covered under warranty, and a new one can cost a couple grand.

ActiveSafety really does one thing: Through a series of redundant systems, it ensures that in the event (an unlikely one at that) that the tuner fails, it will take itself out of the equation and allows all of the stock signals to reach their destination uninterrupted. Good? You bet, as this action will keep the engine running in stock form while other tuners kill the engine by creating roadblock for the essential signals. No signals=dead truck, be it in a safe place or on the railroad tracks.

Now for AutoRate, our system of checks and balances. We give you power, but you know that absolute power corrupts absolutely. What the heck am I saying? We give you performance, but not at the cost of your truck. The tuner becomes an active member of the truck, monitoring things like temperatures and the transmission. Fluids get too hot; we pull power to keep things safe. When readings reach acceptable levels, AutoRate gradually gives power back to you. Start the vehicle up in subzero temps and we won’t give you all the power until your truck warms up and the various temps are in check. Power is pulled out just before the automatic transmission shifts, and then we give you the power after the shift, thereby allowing the shift to be made on stock power. And there’s more, but for that you should take a look at the test section on our website  You’ll learn all kinds of neat stuff there.

In closing, I’d say that our power products don’t rape and pillage your truck…or plunder your wallet at the pump. We honor your investment and you as a customer.

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.

What’s my motivation? or Trucking in Tampa

by John Espino
Tuesday, May 6th, 2008

For the plane ride back, I’ve got to remember to at least try for a window seat. It was bad enough being the middle child in my family, but it was torture being in the middle on a plane ride across the country. Heck, I even ran out of mints! At least sitting by the window on the plane trip back I can spend the hours looking for the gremlin that crawls on the wing and jacks around with the engine. I’m going to get that little jerk some day! Some day!

Anyways…

So here I am in Tampa, on the set where they film Two Guys Garage and Truck U. It’s always cool visiting where TV and film magic happen. Most people think that it all happens in sunny California, but really it can happen anywhere. For example, the set where I am now happens to be in a very inconspicuous area next to what looks like an auto repair joint. Inside this bunker is everything you need to film whatever you want, really, and through the magic of HD recording gear, the process is a short one. Edits and all the other film stuff can be done on the fly, saving huge amounts of time. The shoot is expected to wrap up early this evening.

So what am I doing here? Well, you just can’t expect everyone to know what Banks Power stuff does, how it does it, and why it does it so well. I’m here to advise the hosts, or “talent” as we call ‘em in showbiz, about the features and tech regarding the install. So far it’s going well, and I like the fact that they don’t work off of a script or a teleprompter. They may make small flubs, but that adds to the credibility of it all. They’re real people, and this kind of info is more believable coming from a real person than from a wind-up robot.

(Hours later…)

Well, it’s all over…and at 4:53 p.m. all that’s left is for me to jump in my mighty Dodge Caliber rental car and speed off to the airport. Now what was I supposed to remember to do? Oh well, it’ll come back to me when I’m sitting on the plane.