Dom Romney

 

 

Bandwagen

Vintage Volkswagens & Photography
September 28, 2012

Dom Romney


Dom Romney is an internationally award winning automotive and motor sport photographer working out of London, England. At only seventeen Dom started as work as a press photographer before decided to set up his own business – Dom Romney Photography was born in the spring of 2010, and has grown quickly in to a brand with clients across the globe.

Working solely with editorial and commercial clients, Dom’s high contrast vibrant work has already won him numerous awards and recognition from his peers. Along with his success as a photographer, Dom also provides lectures at the world renowned Citylit centre in london, teaching on a mix of techniques and technologies.

Dom writes “I got the call from Fast Car magazine to shoot this awesome aircooled for their wild card section, however to do justice to its American barn-find heritage, it needed to be shot in barn! Typical English barns are normally of concrete and corrugated steel construction, a far cry from the traditional timber barns you get in the States and hardly a nice photographic backdrop. After locating a plausible wooden barn in middle england (a task that was harder than you’d expect) we set about shooting it. To add to the vintage, weathered feel and to give the image the same feel as that satin, suede patina, we processed the images with some warm muted textures which I think really make the feature. Here is a small selection of my favourite images from the shoot.”

You can view more of Dom’s photography at domromney.com

 

Auto Factoids for the week of Aug 26, 2012

Here are your auto factoids for the week of Aug 26.

Aug 27, 1902 the Cadillac company was founded and on the same day in 1877 Charles Rolls was born in London, England.

1902 Caddy The Runabout

Rolls Royce 1904

On the 29th in 1898 Goodyear was incorporated and on the same day Charles Kettering was born in Dayton, Ohio…who?   Well so you don’t have to GOOGLE it ….. He was a founder of Delco, and was head of research at General Motors from 1920 to 1947. Among his most widely used automotive inventions were the electrical starting motor and leaded gasoline.

 

English: Charles F. Kettering, pictured with h...

English: Charles F. Kettering, pictured with his first electric starter. (Photo credit: Wikipedia)

 

 

And that finishes up the month of August.

Last chance this month to Win the  1/32 scale  of the 1969 Dodge Coronet Super Bee.   Add a comment and you’ll be entered to win our monthly drawing.

Thanks for reading.

Tim

 

Ford’s Windsor and Cleveland Engines Prt II

Ok, so one engine plant is located in Canada and the other Ohio.  What else is different?

The 351 Windsor (biggest displacement of the Windsor family  – which included the 289 and 302) had a beefier block than the Cleveland, which in theory allowed for more abuse and longer life-span.

The Windsor also came first in the history  being used from 1969 to 1998.

The Cleveland was used from 1970 to 1974 (much, much shorter run), with 1971 bringing 351 C Cobra Jet.

Unlike the Windsor the Cleveland had canted multi-grooved valves.  It also required larger rounded intake and exhaust ports.

There is another major difference and that was how the engined were cooled.  No we aren’t talking water vs. air (these weren’t VW engines) we are talking about water flow.

Like the 289 and 302 the 351W used a front cover and water existed the intake manifold face of the cylinder head through intake manifold to the radiator.  The 351C don’t have the front cover.  The block is extended and the covered with a flat stamping.  Water existed the combustion face of the head and into the block and then to the radiator.  This is important to note, particularly for me.  Why:

The Cleveland and Windsor heads are interchangeable only with modifications to the water passage.  I currently have a set of 351C Cobra Jet heads to put on my Windsor family 302.  I’ll have to have those mods done when I have the heads rebuilt.

Not the same location as the 302 Windsor.

There you have the basic differences between the Cleveland and Windsor families.

Thanks for reading.

Tim

Vacuum – Tune it up!

Checking the vacuum on your old car is an important part of a thorough, but most of the average guys don’t bother, or don’t have the gauge.  Most often if you do have the gauge, you might not be exactly sure what the reading might be.  For the recorded I’ve never had a car where the readings were stable.  Normally you’ll get a fluctuating reading that move around.  Below are a few ‘ranges’ and what they may indicate.

Standard Vacuum Gauge

These are for V8’s only:

–  A good reading will be between 15 and 22 in. hg (a steady needle).  Closing the throttle you should see a 5 notch drop and reopening it should settle back previous span (15-20).

– If you get a reading where the needle has a swing 4-5 in. hg ethier side of normal, you are looking at a possible simple carb adjustment.

–  If the reading is higher than normal you need look at replacing your air filter or check to ensure your choke is not stuck.

–  Low reading would be fairly steady reading around 5 hg will have you looking for a vacuum leak on the intake/carb area.  Look for poor connections at the carb or any “T” or “Y” or straight though connection.  Baring that look for cracked hose.  You know I hate vacuum leaks.  I recently restored a 1984 corvette with the Crossfire injection set up.  Rather than chase down a single spot, I just replaced them all.  That was a lot of vacuum hose and tucked in some stuff spots.  But you are working on something bit older, like my 1970 Mustang, replace it all, it’s going to go back sooner or later, especially with the kind of temps we have out here in the Southwest.

–  If you get a reading that between 8 and 14 you are looking at a timing issue at the least to leaking piston rings at the worse.  Do a compression check for the leak and use your timing light before you tear it apart.

–  If the needle is swinging (unsteady) between 14 and 19 hg that indicates valve guide problems.  That going to be a valve guide problem.

Thanks for reading

Tim