More on the Mazda Cosmo

nice headlights

So in the 24 hours or so since I posted my note (both here, and on the Jag-Lovers E-type mailing list) about spotting the 1971 Mazda Cosmo Sport over the weekend, I have received a half-dozen inquiries about the car. I noted it had a “for sale” sign in the window, and several people have expressed interest in contacting the owner. I don’t have his permission to post name & phone number here on my site, but I have replied to the interested parties offline with that info.

I stopped again there to take more pictures. I spoke to a guy at the house (not the car’s owner) who told me that it was one of 3 here in the USA. I can believe it as when I arrived home I tried to assess the car’s value in my copy of Sports Car Market’s annual price guide… and it wasn’t even listed! So if you want to be in a very exclusive club along with Jay Leno, let me know and I’ll pass along the contact info. 😉

My photos are here.

The seller is asking $36,000, and the car has 129,000 km on the odometer. (That’s 80k miles for you metrically challenged Americans.)

Here’s something you don’t see everyday!

Sunday I went for a drive in the E-type. I had an errand to do, buying a PVC elbow at a hardware store for the barn project, and the local hardware store is closed on Sunday. I drove down to the “big box” store by the freeway, which happens to be located on the Tulalip Reservation. I figured rather than drive back on the Interstate, I’d take back roads out to Marine Drive, then north to the Stillaguamish river, which I could follow home. Turning left rather than right out of the hardware store had me heading for the coast, but the roads all started twisting about. I’ve never really been in this particular area, but I have an excellent sense of direction and knew that if I just kept trending west, I’d eventually hit Marine Drive.

Sure enough I got sucked into and completely spun about in one of those new McMansion housing developments with roads all going this way and that, lots of dead-ends, and no straight paths. It was waaaaay up on a hill, which I had no idea existed, with spectacular views to the NE, towards my home and the mountains behind. Wow. I just wandered slowly, puttering about at 25 MPH through the completed and incomplete McMansions. As I crested a rise I caught sight of a bonnet, and a set of headlights that screamed “Series 1 E-type” parked on the right hand side.

Jaguar? nope...

As the car came completely into view, I knew that it was NOT a Jaguar. I came to halt right in front of it and I recognized the name in chrome script in the grille. This is the first time I have ever seen one “in the flesh” so to speak…

A Mazda Cosmo Sport

Mazda Cosmo Sport

It was almost as if an Alfa Romeo and a E-type mated and had a kid… mutt though it is.

This particular one was also white, and for sale. So if anyone wants one, let me know. 😉

Here is an article Jay Leno wrote about his. Maybe he wants another one? If anyone knows him, and he’s in the market for another one, let me know, I can probably find it again.

I eventually did find my way to Marine Drive, and home. A nice Sunday drive. I love doing that… wandering off in the Jaguar, and following roads I’ve never driven. What a great way to get somewhere… in no particular hurry… and occasionaly discover something completely unusual!

Barn Project

meth lab?

Sorry for the lightweight blogging recently… been very busy both at work and at home. The above is a photo of merely ONE of my barn projects of late. Can you guess what it is?

I also dealt the final coup de grace to the fallen tree in our backyard last weekend. Fun story about that, but I haven’t had the time to post it!

I also owe everyone the “day two” of the Classic Motorcar Rally… really behind on that.

Oh yeah… I finished the book about Chile under Pinochet… fascinating stuff. I have some thoughts about it I’d like to share, but again… not enough time for my own writing recently.

Oh well. I’ll get to it, I Promise! 😉

The old Raised vs. Solid debate.

Note to my usual readers: This is something I wrote a few days ago for a technology blog I occasionally write for. They haven’t posted it yet (I think the staff are out on holiday… unlike those of us that never stop working!) so I thought I’d post it here. Let me know if you think it can use some edits. It is deliberately lighthearted, as I was trying contrast the overly dry style of the white paper I was commenting on. Let me know what you think.


I just slogged my way through Douglas Alger’s 5-page excerpt from a Cisco Press White Paper purportedly discussing the merits of raised floor versus non-raised floor designs for datacenters. It spends four paragraphs of the first page telling you why overhead distribution on a solid floor is not good, then rambles on for the next 4.5 pages telling you all about raised floors. It appears by that fact, and from several statements by the author sprinkled throughout the paper, that he has a strong preference for raised floor. Some of his statements about overhead infrastructure are just plain wrong, or easily mitigated. Perhaps he’s never even managed a solid floor facility? So much for a thorough analysis!

Given that I am involved in the management of two facilities, both designed at the same time, but one using raised floor and the other a solid floor with overhead infrastructure, I feel like I can present a more balanced viewpoint. I agree with most of what Mr. Alger says about raised floors, both their strengths and weaknesses. He neglects a few glaring issues with raised floors, and highlights a few of their annoyances quite well, such as tile/cabinet drift. What Alger fails to do is explore the benefits of a solid floor datacenter; therefore let me lay those out for you:

Floor Load
Alger is living in the past when he talks about “heavy” racks weighing 1500lbs. In today’s high-density reality, 1500lbs is a lightweight installation. The average installation we are seeing in our facilities today is 1800 lbs. We have several cabinets that exceed 3000lbs! I don’t see this trend changing any time soon. When people have 42RU to use, or to put it more bluntly, 42RU that they are paying for, they are going to stuff it with as much as they can. This is where a solid floor really shines above raised. Got a big, heavy load? Roll it on in and set it down wherever you please. No ramps to negotiate, no risk of tiles collapsing and your (very expensive) equipment falling down into a hole.

Stability
Steel reinforced concrete slabs don’t rattle, shake, shift, or break, …at least under normal circumstances. If your datacenter is located in an geographic region known for what I like to call “geological entertainment” your datacenter is likely better off with a solid floor. You can solidly secure all your infrastructure to a solid concrete slab far better than to a raised floor. The stress, shaking, and shuddering of a seismic event can displace floor tiles. The last place I want to be in an earthquake is in a raised floor datacenter… tiles popping, racks swaying, and the whole floor structure wobbling around underfoot does not make for a confidence-filled rollercoaster ride. I’ve been inside a solid-floor facility in a 7.1 earthquake; the overhead ladder-rack and server racks all moved in unison, creating an eerie wave, but the floor remained solid throughout, much to my relief.

Calculations of point loads and rolling loads become irrelevant, except for maybe your UPS gear if you are off the ground floor of your building.

Fire Suppression
Fire suppression technologies in today’s datacenter focus on isolation of smaller zones and release of a clean agent to extinguish the fire in that area. If you have a raised floor you instantly double the number of zones you must monitor, and deploy fire suppression systems into. The server spaces as well as the plenum spaces. Zone isolation is achieved through dampers in the air handling system and solid walls. These are trivial to build and secure in a solid floor facility. Air supply and return plenums and ductwork can have automatic dampers driven by the fire suppression system. Try that in a raised floor environment of any scale and it is prohibitively expensive and in some cases just flat out impossible. In the facilities I am involved with the solid floor datacenter is protected by FM-200 and Ecaro-25 fire suppression systems throughout its entirety, whereas the raised floor datacenter’s fire suppression is limited only to the UPS rooms.

Datacenter fires are unlikely, but the presence of suppression systems is a requirement for some users of datacenter facilities. If datacenters are kept clean, dust-free, and combustible materials are kept out (almost impossible as the presence of servers is a guarantee of cardboard proliferation!) then risk of fire is low, but it can not be completely eliminated. The under foor plenum spaces are a magnet for the collection of dirt, dust, loose change, and various bits of paper, cardboard, etc. I’ve never seen a raised floor plenum space that wasn’t dirty after a year or so of installation. How many of you have seen fire suppression extended to the plenum space under the floor? What good is it to deploy in one part of the datacenter and not another?

Cleanliness
The above point leads directly to this one. Datacenters should be very clean environments. Solid floor facilities are much easier to maintain to a very high standard of cleanliness. Raised floors are not. Periodic removal of all tiles is required to clean the plenum spaces. This not only is a messy hassle, it also reduces the effectiveness of the cooling systems during the maintenance interval, it also exposes your cabling infrastructure to risk of damage. My car always needs washing, and my wife will tell you I’m a slob, BUT my datacenters are clean enough to eat off of… but don’t even THINK of bringing food or drink into one of them! I can stand in my solid floor facility and visually scan for dirt and dust with the efficiency of The Terminator. Not so with a raised floor. Unless it was installed yesterday, all manner of dirt, dust, and debris lurks beneath every raised floor used in actual production. The raised floor advocates will try to deny this, but no raised floor will pass the repeated scrutiny of a white-glove test.

Raised floors also provide a false sense of order. If a single cable is out of place, or some rat’s nest of shameful cabling lies beneath… it is hidden. No difference to the casual observer. The CEO that tours through once a year may not know whether it is the one cable or the rat’s nest, but YOU will… and YOU are the one that has to manage it. Every production facility is under constant change management, and if things go unchecked for even a little while what started as a well-ordered cable plant can turn into a rat’s nest pretty fast. Tracing cables under floor tiles is one of the biggest pains in the posterior any datacenter manager has dealt with. I have found that with all the infrastructure in plain sight, keeping it in order is at least easier. There are no surprises lurking when everything is in plain sight.

Density and Growth
The reality of high-density computing is that the datacenter must be able to support far more cable, power, and number of servers-per-rack than ever before. The days of eight 4U servers, a patch panel and maybe a few bits of 1U network hardware in a rack are long gone. Todays racks each need hundreds of cat-5 ports for multiple NICs, various storage connections, etc, room for forty-plus 1U servers, or maybe even a half-dozen blade chassis, and enough power to drive a Tesla Roadster from San Francisco to Seattle. If your raised floor was built even as recently as five years ago there likely just isn’t enough space in your plenum to handle that much cable anymore, at least not without seriously compromising your airflow. Once you build your raised floor, you are locked in to that design. You must peer far into the future and assume infrastructure needs way beyond what is expected today. With a solid floor and overhead infrastructure, you can keep adding network and power without any compromise to cooling or air flow. Those two facilities I work with of either type? The raised floor one has hit the limit of what it can power and cool, based on a seven year old design, but it stil has empty spaces that will remain unused, forever. The solid floor facility is currently being expanded, while still remaining on-line and operational. It will soon be capable of more than double the Watts-per-square-foot its original designers planned for in the year 2000. It’ll be able to pack every rack full to 42U. The cooling system, which originally was giant air-diffusers up in a 15′ ceiling are being modified with ductwork to concentrate cold air right in front of each rack, with hot-air return plenums being routed out of the hot aisles and back into the the HVAC system on the roof. The ladder rack cable trays are not even at 20% of their capacity. This scenario is not possible with raised floor datacenters, unless you can shut them down for a complete overhaul.

Access
Contrary to Mr. Alger’s claim, every solid floor datacenter I have worked in has had power and network terminations within reach of an average sized human being, no stepladders required. In the current solid floor facility I manage, the ladder rack is substantial enough, and the ceiling high enough to enable workers to walk on the structure itself. Ladders are only needed to ascend to it, once up you can walk around the entire facility quite safely, nine feet off the floor. The only time one needs to go up there is to install new cabling, or access the HVAC ductwork, which is rare. Working beneath the floor tiles by comparison is a miserable chore.

Having worked in both environments over the years, I’m leaning towards avoiding raised floor in the future, and sticking with solid floor facilities. To me raised floor stands as an echo of older days, when “The Datacenter” contained a handful of mainframes, a minicomputer or two, and men with white shirts and pocket protectors loading tapes and sitting at terminals. Entirely raised floor design just does not effectively scale to the density needs of a modern facility. I have seen hybrid facilities with raised floor plenums used solely for cooling and overhead ladder rack for power and network delivery, and that seems like a good compromise to me. But the overall benefits of a solid floor have convinced me to never look back at raised floor except as nostalgia. I suspect that I am in the minority though, as so few people have had the opportunity to experience both options first-hand. Inertia has lead people to only think of datacenters in the context of raised floors.

Do you agree? Or do you think I’m wrong? Let me know in the comments.

Chuck’s Canonical “HowTo” on avoiding speeding tickets

Doing The Ton.

I’ve read a lot of articles on the Internet about avoiding speeding tickets. These have frequently been linked from Digg.com, as they seem addicted to “how to…” type articles. (I genuinely hope I don’t get linked by digg, mostly because my images are being hosted by an aging server. 😉 ) Most of these “how to avoid speeding tickets” articles play it safe and say “run with the pack” and/or “don’t exceed the limit by more than 5mph” or similar simple solutions. I’m sorry, but advice like that is… as my friend Jeff would say… “A big no-shi**er!” How about some advice for the serious lead-foot? Well here it is:

Please Note: This photo was taken while PASSING a Ferrari.

First off: The Disclaimers

If you follow this advice and get a ticket, have a wreck, kill somebody, whatever… it is YOUR fault, not mine. If you haven’t had any driver training other than “Driver’s Ed” in High School, don’t use any of this advice. If you haven’t taken a high-performance driving course, or spent time on a track, don’t drive near your personal skill limits on a public road. If you don’t know the limits of your car’s performance envelope, don’t push them on a public road. If your car is not well maintained, don’t push it on a public road. Know the condition of your tires, they are the most important part of your car’s ability to go, stop, and turn properly. Check your air pressure regularly.

Use good judgement at all times.


somewhere in Florida

Priority: Don’t Get Caught.

1. Get a good radar detector.

The police have made this electronic warfare, you need to be armed. Don’t bother with those little battery powered beepers… get a REAL detector/locater. I use a Valentine One. Yes, it is expensive, but worth every penny. Mine has paid for itself many times over.

A good detector will alert you to what is happening out there. A REALLY good one will be able to tell you a LOT about your surroundings. Get one and learn to use it.

Mine makes noises and lights lights, and 90% of the time I can safely ignore it, but once in a while it speaks to me and I listen. Sometimes it demands my attention and requires immediate action. It has even stopped me from getting tickets when I have been caught… more on that later.

Law enforcement uses several types of speed measuring devices, from radar to “laser” (light based tools) and low-tech systems such as observation aircraft and pacing. Patrol cars in motion (especially the unmarked ones) seem to use K-band radar, and a good detector will pick these up well over a mile away. I have never, ever been stopped by K-band. Motorcycle cops and occasionally police cruisers will use Ka-band radar. They are usually “point & shoot” devices, where the officer aims at the car he wants to measure and invokes the device. With a good detector you will be hinted by the officer’s early targets before he selects you. You may not get much warning, especially if the officer is around a curve or hill.

A detector won’t help you with aircraft and pacing. For that you’ll need to…

Somewhere in California

2. PAY ATTENTION!

When you are driving, you are propelling a multi-thousand pound hunk of steel, glass, rubber, and plastic down the road at lethal speeds… you really should be paying attention to what you are doing. This means no cell phones, no eating, no satellite navigation systems, no text messaging, nothing that distracts your attention from the act of driving. Your eyes are the most vital driving tool you have. Put them to use scanning the road, the cars around you, the overall environment. Don’t just passively look out the window, actively SEE what is happening outside. Don’t let yourself be visually distracted by things inside the car.

There are times I feel like I’m the only guy on the freeway that is seeing what is going on. You should always know:

  • Your current speed
  • Your car’s condition, fuel, temps, etc
  • Traffic around you
  • Your current speed
  • The road ahead of you
  • Traffic way ahead of you (see #6 below)
  • Objects in your mirrors
  • Weather conditions, wind direction, precipitation, etc
  • Your current speed
  • The attention levels of the drivers around you (cell phone to their head?)
  • Potential spots for cops ahead
  • Your current speed

Did I mention your current speed, that plays an important role later…

Paying attention will help you spot things that could lead to a ticket. Patrol cars parked up ahead on an overpass. Motorcycles in the median. Aircraft doing lazy circles over the road miles ahead. Unmarked cars… usually Fords or Chevrolets with suspiciously nondescript exteriors, steel wheels, no “my kid is an honor student” bumper stickers, no plate frame with a dealer name on it, etc, and overly clean-cut drivers.

Paying attention is also the best way to avoid accidents. Keep your eyes open folks.

U-turn

3. Go back and read #2 again.

It really is that important.

Somewhere in Idaho

4. If you are going to go REALLY fast, do it alone.

Search out abandoned, lonely roads. Limited access, no intersections, no lights, no traffic, nothing but you, your car, and wide open spaces. If you are near a town, or there are any other cars around SLOW DOWN. Those of us in the western US are lucky, as there are plenty of open, lonely roads out here. Montana, Idaho, Nevada, Utah, etc are crisscrossed by empty Interstates, state highways, and county roads where you can find the space and time to drive.

But what about normal every day driving? Read on…

Love those curves!

5. When in traffic on freeway, stay out of the “fast lane” when you can.

I lived in Europe in the mid-90s and really appreciated the fact that Europeans understand and embrace the concept of Lane Discipline. They adhere to the idea that the “fast lane” is for passing only. Trucks stay in the slow lane and NEVER leave it, except to pass another truck. Cars move over when you approach them at a higher rate of speed. Good lane discipline and courtesy does wonders for keeping traffic moving along smoothly. This is how they have unrestricted Autobahns in Germany… because the drivers there know how to drive properly on multi-lane freeways.

Unfortunately I live in America, where the citizens are selfish and self-centered to the point of having NO lane-discipline, or concept of courtesy on the roads, especially while driving on that most American of roads, “the freeway.”

My daily commute consists of a good portion of the main west coast concrete arterial, Interstate 5. I have been driving this stretch of road almost every day for a decade, and I have discovered many things about my fellow Americans along the way. They rarely look in their rearview mirrors. They compulsively avoid the “slow lane.” The majority of them it seems spend their commute time chatting on their cell phones. They are terrified of being alone and congregate in slow-moving herds… “Utah blobs” they are called out in the West… that clog all lanes across the highway at a time, with no lane moving faster than any other. Lanes are important, but their function is merely to provide a space for forward motion, except of course the “slow lane” whose function is merely a merging space for on- and off-ramps.

To anyone familiar with lane discipline, this situation is frustrating as hell. I have literally seen, on many occasions, drivers merge onto a freeway, left turn signal blinking, and immediately traverse all lanes of a multilane freeway and place themselves in the far left, aka “fast lane” and continue on their way. Many of them have done this RIGHT IN FRONT OF ME, while I was travelling ~10 MPH faster than them, forcing me to “undertake” them, by passing on the inside. The simple fact is, Americans are poor drivers.

American drivers make easy prey for the revenue collectors of the nation’s highways though. Cops rely on the fact that the average American driver doesn’t pay that much attention. They also pick the “low hanging fruit”… meaning drivers in the “fast lane.” I usually see the State Patrol’s speed traps set up in the inside median cross-overs, or if being run by motorcycle cops, leisurely sitting on the jersey barriers… almost invisible. The State Patrol around here use optical SMDs (aka “laser”) and optical SMDs are “line of sight” devices. The cop has to be looking right at you through his SMD to measure you. He is aiming a beam at you and his device is reading the reflected light. As such they really need to be STRAIGHT AHEAD of you. This limits their ability to measure much beyond a single lane. If you are NOT in the lane he’s patrolling, then you are safe from detection. I have rolled through speed traps on I-5 going 90 MPH. The key was that I was in the right hand lane and they were focussed, like a laser, on the left hand lane. The exception for this is overpasses and/or hills/curves. This is where paying attention pays off. Scan ahead.

Let them catch the unaware.

The Ultimate Rabbit: Jerry Mouton's E-type!

6. Get a “Rabbit”

A tried and true method that does wonders. If somebody is driving like a bat out of hell, take advantage of them. I love doing this on long-distance cruises. Find somebody going real fast and fall in about a an eighth to a quarter mile behind them. Close enough to see them and stay on pace, but far enough to let them be the only one caught should Smokey be on patrol. This is where your radar detector can REALLY pay off. You can roll with confidence and it will alert you when they get tagged. I have personally had at least a dozen “rabbits” take the fall for me over the years.

The best rabbits are “boy racers” with big wings and bad judgement (redundant, I know.) If you can find one of those, you’re set! They are easy to trick into rabbit duty too. 😉

Finally, there are always “rabbits” out there, that may not even be driving fast. Remember up above in the “pay attention” segment, I noted that you need to be observant of traffic way ahead of you. People REFLEXIVELY tap their brakes when they see a cop doing speed patrol. Keep an eye on the traffic a quarter-mile ahead of you. When EVERYONE on the freeway semaphores with their brake lights at or around the same spot, chances are Smokey is waiting for you up ahead.

wide open road

7. Learn to properly modulate

Spend some time getting to know your car and how it performs. Learn to shed speed efficiently. Know how to drop from any speed to within 5mph of the speed limit with minimal effort and drama.

If you are speeding, and you see a cop, you want to lose speed fast, but without tearing up asphalt with your car’s front bumper. Tire smoke is a dead giveaway. If you can shed speed before he has a chance to get an accurate measure of it, you are halfway there to beating the rap.

Practice makes perfect, and awareness pays off.

stormy weather

8. Be aware of context!

Weather can make safe roads dangerous. Stopping and braking are harder on wet or slippery surfaces. Use your friggin brain and don’t speed in bad conditions. If it is snowing or there is snow & ice on the roadway, I drive VERY conservatively. Snow is not the time for speeding!

I only drive fast in cars. I have an old pickup truck that transforms me into a grandfather with regards to my driving. It has a high center of gravity and handling like… well a truck. It was built for utility, NOT speed. My wife has a Jeep Liberty. When I drive it I rarely go much beyond the speed limit. This is also a vehicle not designed to go fast. If I’m going fast I want a car that handles well at speed. High CoG kills handling at speed. It might kill you. Don’t speed in an SUV.

Note to Americans: Four wheel drive does NOTHING to improve stopping distances on a slippery surface. Nor does it make you invincible. Having power applied to all your wheels does not mean you can drive like an idiot at high speed on snow.

Arrest Me Red

9. Make a dull catch

Part of the dynamic of the predator/prey relationship is the value of the prey to the predator. Now think back to high school and those guys you knew who wanted to be cops when they grew up… think about their personality and ego. If they were stalking speeders, what would they want to catch? “Red Ferrari” is probably #1 on their mental list of big game to bag, right? See the photo above? Within an hour of me taking that photo we were stopped for speeding by a County Sheriff in rural Colorado. He asked us “what sort of car is this anyway? Is this a Ferrari?” When we replied “It is a Mercedes-Benz sir.” He sent us away with a warning. I bet that would not have happened IF it were a Ferrari!

The car I drive the fastest on a regular basis is my “daily driver”… you will note I have no pictures of it here… not because I am trying to hide it… just that it is dreadfully boring to look at. It is a compact 4-door sedan. Dull and dirty as dishwater. It is also invisible. It is small, underpowered (Diesel!) and not at all sexy. It holds no attraction to police. It honestly holds no attraction for anybody. If you are going to speed, it is best to do it in as nondescript a car as possible.

Oops! Hello Officer.

What happens if you DO get caught?

“Getting Caught” is a multi-step process, I’ll start at the beginning:

1. Detection

In order to catch you, they have to detect two things: Your presence & your speed. If they are using a optical SMD they have to have DIRECT line of sight. If they are using a radio-frequency SMD they need to be able to pick you from surrounding traffic. If they are moving the opposite direction, it is even harder. If they are using aircraft, they should be easy to see from a long way off as they’ll be slowly circling the area before you get there. You should be able to avoid all of the above by using all my advice above. However, sometimes they are REALLY good. They have good hiding places. They have come up from behind you. They are in unmarked cars and moving along with you. (The State Patrol around here has done things like stationed a cop in the median on a lawn tractor, or patrolled in Volvos and Pickups. They haven’t caught me with these tricks yet though.) Your detector will let you know WHEN you have been detected.

If you have been detected, SLOW DOWN. Use those skills you picked up by practicing #7 in the section above. Shed your speed as much as possible in as undramatic fashion as you can.

I have been detected from hiding places before, and have responded by slowing down. In several cases the officer appeared discretely behind me and paced me for a while before pulling me over. Since I was not going as fast as I was before and he didn’t KNOW that I KNEW I’d been detected, he made the assumption that my speed at the time of detection was unusual. I’m not a mind reader, but I have been sent away with warnings after detection and swift and undramatic behavior modification.

blur

2. Camouflage

I don’t recommend it as a full-time strategy, but if you can “disappear” after detection take advantage of that opportunity. By “disappear” I mean blend in with your surroundings… traffic, like cars, changes of lane or direction, parking lots, exit ramps, whatever. This works best at night, when perception and confusion can work on your side. DO NOT “RUN” but go ahead and hide if you can. Sometimes a slight lane change, trading places with another car, is all it takes. If the cop is right on you, light-bar active, you have no choice but to surrender, but if you have been detected, but he can’t keep an eye right on you from the moment he detects until he has you pulled over, do what you can given the situation. Again, let me repeat DO NOT TRY TO OUTRUN THE POLICE. That is just stupid. But hey, if he can’t find you

In my adventurous youth I took camouflage to an extreme once, but that is a story for another time.

Yes sir.

3. The Roadside Stop

Should all the above fail you and they’ve got you, pull over. This is probably the most important advice I can give, and it is the sum-total of all the above wisdom. Pay attention:

Select a SAFE spot for you and the officer to be, out of traffic and potential harm. Despite all I have said above, I have a deep respect for law enforcement officers. Their lives are at risk every day on our behalf, and they have to deal with the worst of what our society has to offer on a continuous basis. Here is your opportunity to make their lives easier. Consider their safety in your actions. Be courteous in speech and action with the officer. Turn off your car, turn on your emergency flashers. Lower your windows and keep your hands visible. Don’t make any sudden moves. Don’t unbuckle your seat belt and start digging out your wallet until asked. Just sit still and wait for him to approach your car. This may take a while as they all have on-board computers and he’s likely “running your plate” to get as much information about you and the car as possible. Be patient.

Remember #2 in the “Don’t Get Caught” section? You should have been paying attention and known exactly what your speed was when your detector went off. You should know your speed at all times, right? Now is the time to put that knowledge to use.

The very first question (besides a request for your lic, registration, and proof of insurance) the officer will likely ask you is “Do you know how fast you were going?” or something exactly like that. In almost every case I respond with the complete, honest truth. I tell them EXACTLY how fast I was travelling when my detector went off.

I essentially confess to my “crime.” My wife is an attorney. In fact, she is a criminal defence attorney. She tells me I’m an idiot for doing this, and that one day it will backfire on me. So far though, it hasn’t.

Ask any cop when you have the chance. They’ll tell you that most of the time, in fact nearly 99% of the time the person will respond with a noncommittal reply. “I don’t know.” “I wasn’t paying attention.” “No sir, I don’t.”

As far as I’m concerned, you might as well say “I’m supposed to be in control of a motor vehicle, but instead I’m oblivious!”

The MOST IMPORTANT aspect of driving is the goddamn driver paying attention to what they are doing! By telling the officer exactly how fast I’m going I am communicating in no uncertain terms that I AM paying attention. I am in control of my motor vehicle, and am aware of my surroundings and my actions.

Let’s be honest, speed limits are the most-often broken law that we have. Just about EVERYBODY has broken speed laws. The fact that there are some places on earth that have unrestricted speed limits confirms that speed laws are arbitrary in nature. A skilled driver, in reasonable conditions, with good judgement, who is paying attention can safely drive at well above the speed limit. The police know this… hell they do it all the time!

In my experience, when you tell the truth like this, and communicate that you will be careful and observe the limit in the future, they send you away with a warning.

Oh yeah… It also helps if you are over the age of 35 or so.

Smile!

What do you think? What have you experienced?

Persistence pays off!

Those of you that know me are aware that two of my linked personality quirks are patience and persistence. I am nothing, if not persistent. Occasionally it pays off. Tonight I FINALLY finished a task I’ve been working on for the past month. Mind you, this is merely “step one” in a larger project.

I’m building a BioDiesel processor, specifically an “Appleseed” processor. Step one of building an Appleseed is finding an electric hot water heater as the reactor vessel. I found one about a month ago on craigslist, and brought it home. Step one of having the hot water heater is cleaning it out. Step one of cleaning out the water heater is removing all the elements and plumbing. The bottom element is absolutely fused to the tank. It. Won’t. Budge. I spend several hours trying to twist it off. All I manage to do is break the electrical connections off.

I buy a special wrench… it breaks. I buy a special socket with a breaker bar. It breaks. Thankfully the hardware store has a good return policy! I drill holes in the element, drive screws into it and twist them with a wrench – they break. I buy a cold chisel and smash my hand with a the hammer. It still won’t budge. Every weekend I go out to the barn and give it another try. Finally this weekend I decide I’m going to beat this thing, or give up. I get out the Dremel and the cut-off wheels and start carving a channel straight across the element to make a giant flat-head screwdriver head of it. It takes a while but I finally carve a nice, straight channel. I try the cold chisel as a screwdriver… no luck. I pull out a three foot steel bar that slides right into the channel and start levering it counter-clockwise… it BENDS!

This thing is just wedged in there so tight. I actually start looking at craigslist again for another water heater. I even go to the point of emailing a couple of folks offering one. I’m still not really ready to surrender though.

I get the Demel again and start slicing off the edges of the element head with the idea of exposing the threads so I can soak them with Liquid Wrench. It takes me a LONG time with the Dremel… and I literally go through over 25 cut-off wheels, but eventually I get the whole top of the threads exposed, give it a good soak, and go into the house. Later I come out and set the chisel in and give it a turn with the wrench… well… to be honest I press against it with the full weight of my whole body… and it turns! Just slighty, but it does turn. Success! I keep twisting it, and sure enough, it comes undone. I’m a happy guy.

The element threads are still in great shape, but the tank is filled with mineral deposits. I spend some time washing those out, install the plumbing back onto the tank and refill it to test for leaks. Step Two and Step Three. I’m on my way.