Tesla in the Wild

Maybe for some of you Left Coaster (maybe Right as well) a Tesla isn’t as rare as it is out here in the Southwest.   But for in the smallish city they are rare.   So the excitement of seeing on in our non-assuming neighborhood is a very cool site.

Of course as you might expect I missed the it, (by a day!!) but I have a lot of associates and friends that will snap a shot of something and toss it may way.

These pics were from our personal trainer – outside the very studio I worked out the day before.  Lucky Christine is also friend  and is often tips me off when there’s an AOI (Auto Of Interest) about.

So she when she saw the Tesla she snapped a couple shots for me.  So vicariously I’ve seen my first Tesla in the wild.  (Come on now…that funny!!!)

Here are the shots.  It the S-Model sedan.

Tesla S-Model

Tesla S-Model – I love the wheels

A bit aggressive looking front end.

A bit aggressive looking front end.

Like how the rear window blends into the roof.

Like how the rear window blends into the roof.

Here are some specs:

  • Body
  • Lightweight aluminum body reinforced with high strength, boron steel elements
  • UV and infrared blocking safety glass windshield
  • Rain sensing, adjustable speed windshield wipers
  • Frameless, tempered safety glass front windows
  • Solar absorbing, laminated safety glass rear window with defroster
  • Flush mounted door handles
  • Manual folding side mirrors
  • 19″ aluminum alloy wheels with all-season tires (Goodyear Eagle RS-A2 245/45R19). Note: optional 21″ wheels come with Continental Extreme Contact DW 245/35R21 high-performance tires
  • Aluminum roof
  • Halogen headlights with automatic on/off and LED daytime running lights
  • Backlit side turn signals, front side marker lights and rear reflex lights
  • LED rear taillights and high-mounted LED stop lamp
  • Powertrain
  • Model S is a rear wheel drive electric vehicle. The liquid-cooled powertrain includes the battery, motor, drive inverter, and gear box.
  • 60 kWh microprocessor controlled, lithium-ion battery
  • Three phase, four pole AC induction motor with copper rotor
  • Drive inverter with variable frequency drive and regenerative braking system
  • Single speed fixed gear with 9.73:1 reduction ratio
  • Suspension, Steering, and Brakes
  • Double wishbone, virtual steer axis coil spring front suspension and independent multi-link coil spring rear suspension
  • Variable ratio, speed sensitive, rack and pinion electronic power steering
  • Electronic Stability Control
  • Traction Control
  • Anti-Lock disc brakes (ABS) with ventilated rotors and electronically actuated parking brake; front: 355 mm x 32 mm; rear: 365 mm x 28 mm
  • Charging
  • 10 kW capable on-board charger with the following input compatibility: 85-265 V, 45-65 Hz, 1-40 A (Optional 20 kW capable Twin Chargers increases input compatibility to 80 A)
  • Peak charger efficiency of 92%
  • 10 kW capable Universal Mobile Connector with 110 V, 240 V, and J1772 adapters

Got a Pic of a local Telsa – drop me a note.

Thanks for reading.

Tim

HeyItzDucky

I liked a @YouTube video http://t.co/pYLByqB7Rr Tesla Model S – Megafactories HD 720p Super Carros
Yes, you can get your hand stuck in Tesla Model S door handles [w …

In this short and kind of absurd video, someone tests out what happens if you leave your hand in the Tesla Model S door handle too long.

 

Plush 1973 Caddy – PartingOut.com

Sometimes just wandering the junk yards either in person or virtually can spawn some ideas for a quick  blog entry.

One of my favorite places to conduct my virtual tooling round is WWW.PartingOut.com They put a lot of hard work at delivering a very useful online tool for locating parts.

So while wandering around their site I found this 1973 Caddy.  Now I grew up in the 60’s and ’70 (why does that seem like a long time ago?) and having spent some of those years  either hanging out in or working in one my Dad’s body shops (he started and closed several in that time span) I was close to the car scene (not that I liked it much at the time).  I remember the auto industry’s move into the long, thick cushioned Ford LTDs and Thunderbirds as well as the GM Buicks and Caddies.

With shows like Starky and Hutch and Mod Squad showing off some of the (criminal element or shady characters often drove them) plush mobiles,  the excess they represented was easily noticed – I think Huggy Bear has a plush T-bird – he was often portrayed as a “business man” that organized a all women work force (any one get that?).

The 1973 Cadillac came with two engine.  The most powerful was the standard V8 which displaced 500 cubic inches and had a bore and stroke of 4.30X4.06 inches.  They had 5 main bearings, hydraulic lifters and 10.0:1 compression ratio.  Top it off with the Rochester Quadrajet four barrel and you’d get about 375 hp.

Now the Eldorado came with the Eldorado V8 which had a smaller stroke 4.306 inches, reducing the compression ratio to 9.0:1 and produced only 365 hp.

You’d need every bit of that power, because these cars topped out at over 5,000 lbs

1973 was the year GM produced their five millionth Caddy (it was a DeVille, however, not an Eldorado).

Now days these cars are being restored and finding used parts keeps the cost down, most cars of the 70’s aren’t going to bring you big bucks when they are done.  This 1973 Caddy has a lot of parts and looks to be a project car that’s either taken to long to finish or replaced  by a ‘cooler’ project.

Still has the Engine

Still has the Engine

Grill and Headlight assemblies are all there!

Grill and Headlight assemblies are all there!

Looking at the pics all the lenses seem to be there as well!!!

Looking at the pics all the lenses seem to be there as well!!!

Check out the other parts cars at WWW.PartingOut.com

 

PartingOut.com

PartingOut.com

 

Thanks for reading

Tim

Highlight Car – Jensen Interceptor

Call me crazy, but I love these cars.  I have only seen one in running condition and it was well restored.  I’d love to own one.

The Jensen Interceptor debuted in 1966, but not originally – that was back in 1950 (I’ll cover those in a separate post.).  These hand-built in Kelvin Way Factory, West Bromwich  in the England from 1966 – 1976.   The body style designed by Carrozzeria Touring of Italy and changed from fiber glass bodies to steel.

1966 Jensen Interceptor

1967 Interceptor

So what was this car made of?   Let’s take a look.

Engines:

These cars were by….wait for it…………………..Mother MOPAR!!!

Yup these cars sported a Chrysler V8.  The Mks I – III  used either the 6.3 or 7.2 liter engines.

The 1966 started with the 383 CID which continued through 1970 knocked out 335 hp.  The 383 was nurtured in 1971 dropping down to 250 hp.  So Jensen decided to use the 440.  They offered to versions, one had a 4bbl  Carter carb making about 305 hp.  The second  was topped with three 2 barrel Carters and pushed 330 hps out of the block – we know this engine as the 440 Six Pack – only 232 of these were produced.!!!

In 1972 the 440 suffered the same fate as the 383 – the Six Pack was no longer available and the 4 barrel was de-tuned to 280 hp and again in 1976 dropped to 255.  Jensen continued to use the engines.

Transmission:

The Jensen team selected the Chrysler’s TorqueFlite 727 automatic (3 speed) and 4 speed manual.

The curb weight was between 3500 – 3600 hundred pounds (about the same as a 1969 Cuda).

Other features:

Electric windows

Reclining front seats

Wood rimmed steering wheel

Radio with twin speakers

Reversing lights

Electric clock

Power steering  (after Sept ’68)
Jensen produced the Mk I, MK II and MK III from 1966-1974.  They came in 2 door convertible, hatch back and coupe.

Jensen Interceptor ‘Vert

 

Power specs:  0-60 in 6.4 seconds and top speed 137 mph (oh…I’m betting it would do better than that).

 

From Wikipedia:

Variants

A convertible with powered soft top was introduced in 1974 mainly intended for the American market but also sold in Europe. 267 convertibles were made.[3]

Rarer still is the Coupé version with just 60 made,[3] derived from the convertible and therefore without the distinctive rear window of the regular car that was introduced in 1975, a year before the company’s demise.

Jensen FF

Main article: Jensen FF

Jensen were one of the first manufacturers to equip a production car with four-wheel drive, in the 1967 Jensen FF (Ferguson Formula). At the time it was hailed as a remarkable development, coming also with Dunlop Maxarat mechanical anti-lock brakes and traction control. The car is five inches (127 mm) longer than the Interceptor, and although looking virtually the same the extra length is identified by an additional side vent ahead of the doors on the front flanks, an extension to and additional swage line in the leading edge of the front wing (fender). Press articles from the time quote “drag-strip” performance when describing the car. In total 320 FFs were produced; 195 Mark I, 110 Mark II and 15 Mark III. [4]

The Jensen Interceptor R

A Jensen specialist based at Cropredy Bridge rebuilds original Interceptors using modern components.

In May 2010, Jensen International Automotive was set up, with the financial backing and know-how of Carphone Warehouse founder and chairman Charles Dunstone who joined its board of directors. A small number of Jensen Interceptor Ss, which had started production under a previous company, are being completed by Jensen International Automotive (JIA), in parallel with JIA’s own production of the new Jensen Interceptor R; deliveries of the latter have started (beginning of 2011) at the Oxfordshire-based manufacturer and restorer. Tony Banham is JIA’s Managing Director.

 

The New Interceptor? Jensen Interceptor XL concept!!

 

Thanks for reading.

Tim.

 

 

 

Fake Patina: It’s Not Over Yet? New Flat Paints at SEMA 2012 – Hot Rod Magazine Blog

I am a fan of Flat/Satin look, to a point, but not the fake “rust” look however.

 

Fake Patina: It’s Not Over Yet? New Flat Paints at SEMA 2012 – Hot Rod Magazine Blog.

SEMA 2012 Fake Patina

 

You know an underground trend has peaked when it goes mainstream; like when punk rock becomes Green Day. Driving rusty beater rods is punk rock. Faking patina is Green Day. Ya know how we know? Because phony rust is on display at SEMA 2012.

 

Cumberland Products has a Vintage Line of flat and satin paints that were used on this ’33 Ford to create what’s certainly the the most convincing fake patina we’ve ever seen. Even so, we can’t endorse fake rust.
However, we’re not so cynical about flat and satin paints, and what makes the Cumberland stuff cool is that it does not collect fingerprints or smudges. We fondled that ’33 to prove it. The company also claims “this coating is formulated to withstand the same atmospheric conditions as any single-stage urethane system.” So perhaps it won’t get all chalky like primer and other flats. Cumberland also has a clear that can be mixed for flat, eggshell, or semi-gloss.

 

See CumberlandProductsInc.com.

 

Think we’re wrong about patina? For that matter, do you think flat and satin are overplayed? What are the paint trends that interest you now?

 

1956 Bel Air Roadster Project “Open Air” Unveiling SEMA 2012 – Hot Rod Magazine Blog

1956 Bel Air Roadster Project “Open Air” Unveiling SEMA 2012 – Hot Rod Magazine Blog.

1956_BELAIR_ROADSTER_PROJECT_OPEN_AIR

On almost every season of Chop Cut Rebuild, Classic Industries builds an awesome project and 2012 SEMA’s project is no exception. Project “Open Air” is an LSA-powered ’56 Bel Air Roadster (that’s not a misprint, it’s a roadster not a convertible). The entire build will air on Chop Cut Rebuild’s 9th season. The first episode will air mid January.

 

LSA SUPERCHARGED 1956 BEL AIR 650x433 image

 

 

 

It started from a ’56 Bel Air found in a backyard in Compton, California. They got it back to Classic Industries’ shop in Huntington Beach, CA, only to realize that the entire car had started to bow in the middle because of rust. They called upon Art Morrison for a chassis and Real Deal Steel Bodies for a convertible body. Chevrolet Performance supplied the LSA crate engine and 4L85E transmission. Dakota Digital helped out with the gauges and C.A.R.S. Inc. stepped in with the interior.

 

The project was finished only hours before loading it on a trailer to be unveiled at the 2012 SEMA show. The build coincided with Classic Industries’ new tri-five catalog that was introduced April, 2012. Check back later as we will have build photos of project “Open Air.”

 

Cops and Rodders – Car, Truck, Motorcycle Show, Tucson Arizona, Tucson Police Foundation

Cops and Rodders | Car, Truck, Motorcycle Show, Tucson Arizona, Tucson Police Foundation —.

DO NOT MISS THIS!!!!

I’ll be there wandering around – not taking my cars, but it is a great cause and a ton of fun!!!!

Support First Responders.

2000 HP Vette – 3 runs down the track.

This is an awesome looking car.  Love how this intake is mounted lower front.

3rd trip down the track doesn’t go well.

Thanks for reading.

Tim

Neil Armstrong Corvette heads toward preservation | Hemmings Blog: Classic and collectible cars and parts

Neil Armstrong Corvette heads toward preservation | Hemmings Blog: Classic and collectible cars and parts.

 

 

Neil Armstrong Corvette heads toward preservation

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Photos by Roger Kallins.

Of the dozens of Corvettes famously linked to the astronauts of the moon-shot Sixties, only a handful of documented Apollo-era astronaut-owned‘Vettes survive, none of them as original as the 1967 Corvette once owned by the late Neil Armstrong. Now, thanks to a new initiative, that Corvette will undergo a preservation effort that will keep it just as Armstrong had it.

One of the many Corvettes that Florida Chevrolet dealer Jim Rathmann sold to those with the Right Stuff, Armstrong’s Marina Blue mid-year coupe emerged from the St. Louis assembly plant on December 9, 1966, and passed into his possession six days later. Equipped with the 390hp 427-cu.in. V-8, a four-speed transmission, air conditioning, power brakes, power windows, tinted windows, transistorized ignition, and the AM-FM radio, the coupe served Armstrong for the next year, until he traded it in at Rathmann Chevrolet for a 1968 Corvette convertible. A day later, a fellow NASA employee bought it, beginning a 44-year stretch of ownership that ended earlier this year when current owner Joe Crosby bought it.

Crosby, a Corvette restorer from Merritt Island, Florida, actually first got wind of the Corvette in the summer of 1979, when the second owner still had it on the road. “My brother and I both talked about buying it,” Crosby said. “At the time we didn’t know it had something to do with Neil Armstrong, we just knew that it was a big-block car with its original engine. All the Corvettes I’ve restored have had their original engines. But I had two other Corvettes I was working on at the time, so I passed.”

Regardless, he kept in touch with the second owner, calling him about once a year to chat and see if the Corvette was still for sale. At one point over the years the second owner revealed that Armstrong originally owned the Corvette, but the answer always remained no. In the meantime, the second owner moved the Corvette into a heated and air-conditioned garage and put it up on jackstands with the intentions of turning it into a family project. He modified it with fender flares, as was the fashion of the time, but got no farther with it.

Even up to late 2011, the second owner refused to sell, but then one day in late February he called Crosby and asked him if he still wanted to buy it. “It took me about five minutes to get the trailer ready to pick it up,” Crosby said. After getting it home, his initial assessment showed the Corvette to be in largely original condition, apart from the flares, thanks to its 31-year hibernation and the 38,000 miles on the odometer. “The rubber fuel hoses were like potato chips, dry and crumbling, but the gas tank was clean and shiny, and the spare tire had never been out of its carrier.” With careful pre-lubrication and some new lengths of fuel hose, the 427 actually fired up for Crosby. The water pump and mufflers had at some point been replaced, but for an experienced Corvette restorer like Crosby, finding date-coded replacements took little effort. Finding four NOS fenders, however, proved a challenge. “I took a six-week safari around the country to find four GM fenders,” he said. “I paid a fortune for them all, but I could not bring myself to get reproduction fenders if the real ones were still out there.”

As for authenticating the Corvette as Armstrong’s, Rathmann did keep files on all of his astronaut cars, but subsequent owners of the dealership destroyed those records. Still, Armstrong’s name appears on the Protect-O-Plate, and Crosby convinced Jack Legere, a friend of his who works at NASA, to show Armstrong Crosby’s photos of the Corvette during one of Armstrong’s periodic visits to Florida. “He immediately recalled it and grinned ear to ear,” Crosby said. “He didn’t have time then to check it out in person, and we all know what happened next.” Armstrong died in late August at the age of 82.

Up until this summer, Crosby intended to subject the Corvette to a full restoration, as he had with all of his other Corvettes, but then mid-year expert David Burroughs, a champion of original and preserved cars, convinced him to call preservationist Eric Gill of nearby Port Orange, Florida. Like Burroughs, Gill prefers preservation over restoration, particularly when it comes to cars with provenance, such as the Neil Armstrong Corvette. “Preservation is the cutting edge in the hobby right now,” Gill said. “The term is deceptive because some people think it just means sitting on the car, but we’re actually developing protocols for retaining the history of a car, as opposed to wiping away all that history in a restoration. A historically significant car is only as interesting as the people who gave it that history.”

After several conversations between Crosby and Gill, the two put together a team – including restorer/preservationist Allan Scheffling, videographer Chris Hoch, photographer Roger Kallins, and Legere – that will carefully document the Corvette as it sits now and identify steps to take in the coupe’s preservation. “I’m calling this a reactive preservation, which means that we have to react to a situation that exists that is inappropriate to the historical integrity of the car, in this case the fender flares,” Gill said. “We want to take it back to the condition it was in when Neil Armstrong traded it in.”

The hardest part of the preservation, Gill said, will be replacing the flares with sections of unflared fenders and then distressing the new paint over the replaced sections to harmonize with the existing paint. “We won’t be replacing the full fenders, which will inflate the number of hours we’ll have in the car, but will also give us the opportunity to disturb as little of the original paint as possible. We hope to do it in such a way that you can’t tell even though you know it’s been replaced.”

Crosby has since come around to Gill’s line of thinking, at least for this car. “Once you restore a car, you can’t ever go back to the way it was,” Crosby said. “Some people might see it as a beat-up old car, but people like us see that if you undo all that, it’s no longer Neil Armstrong’s car. This isn’t a car, it’s a piece of history, and the chance of having just one car like this is just astronomical.”

Due to the detailed nature of the process that Gill and his team have outlined, they have no set timeline, but they plan to post more information to their website, RecaptureThePast.com, and provide Hemmings Daily with updates to the preservation as it proceeds.

What does a Harley and a 1938 Buick have in common?

The answer is nothing (other than being American made) normally.

However this Harley is owned by one of my co-workers.  It’s a beautiful bike with some unique features.

See  if you can pick out the features.  They easily discernible in these pics.

Drop me a note with what you see.

 

 

Thanks for reading.

Tim