Home » Posts filed under GMC
Friday, December 24, 2010
Top Car Of GMC Terrain Concept
The GMC Sierra Hybrid Crew Cab Cars Galleries
Wednesday, November 24, 2010
2011 GMC Terrain info and pics
Friday, November 19, 2010
2011 GMC Acadia Denali

Huge Truck, Disappointing Rear Legroom
The heavy duty truck wars are heating up, and until recently the Ford Super Duties have been the only place for luxury truck buyers to go. The Denali nameplate already exists in the GMC showroom on the half ton Sierra. The Denali HD is more of a trim package then a complete package. The front and rear bumpers are painted , while the upper and lower grilles are finished in signature Denali chrome. You can only get the Denali HD in three colors: black, silver and white. Overall, the Denali trim is a very nice looking package on an already good looking truck.
The interior of the Denali HD is similar to any other loaded up GMC Sierra. This seems out of place on a truck of this price. This truck would not fall into that category.
The RAM Heavy Duty is the only one of the three heavy duty trucks that does not use Urea injection in the exhaust system. Driving the Denali HD was an enjoyable experience. The steering was light, with decent on center feel for a truck of this size. With an as tested sticker price of $58,199, is the new Denali HD king of the luxury trucks? The Denali HD is a very understated type of luxury, while the new Super Duty King Ranch is a very in your face, larger-than-life luxury. Between the terrific powertrain and great looks, this new Denali HD really does turn heads.
GMC Acadia Denali Styling
Like Denali versions of the full-size Yukon SUV and the big Sierra pickup truck, this top-end GMC Acadia Denali is highlighted by distinctive Denali design elements. Front-door step-in height is a relatively low 18.9 inches; rear door, 19.8 inches. GMC Acadia Denali Power

All models, including the Acadia Denali, hold a 3.6-liter VVT (variable valve timing) V-6 engine with gasoline direct injection, generating 288 horsepower and 270 pound-feet of torque, driving a six-speed automatic transmission. With front-wheel drive, the Acadia Denali earns an estimate from the Environmental Protection Agency (EPA) of 17 mpg in city driving and 24 mpg on the highway. Special Denali design features include unique lower fascias (front and rear), body-colored lower cladding and rocker moldings, body-color rear fascia and fender flares, and dual chrome exhaust tips. Distinctive bodyside moldings have chrome accents and Denali badging. The Acadia Denali rides on two-tone, chrome-clad, six-spoke 20-inch wheels, versus 18- or 19-inch tires for other Acadias. GMC Acadia Denali Interior
Perforated leather upholstery features matching leather door-panel trim. Heated/cooled driver and front passenger seats are standard. The Acadia Denali's Dual SkyScape sunroof includes a sliding front panel and a fixed rear section.
Wednesday, November 3, 2010
Saturday, May 15, 2010
Saturday, May 1, 2010
A diesel jimmy and a jerry can at the Beatnik Blowout 2010
The history of the Jerrycan is notable because it was reverse engineered during World War II.
The name of the jerrycan reveals its German origins (Jerry being a disparaging wartime name for Germany and Germans).
The jerrycan was invented by the Germans during a secret project ordered by Hitler. The Germans called it the Wehrmachtskanister. The Germans had thousands of jerrycans stockpiled by 1939 in anticipation of war
In 1939, an American engineer named Paul Pleiss had built a vehicle to journey to India with his German colleague. After building the car, they realized they didn't have any storage for emergency water.
The German engineer had access to the stockpile of Jerrycans at Tempelhof Airport and just managed to take three. They drove across 11 national borders without incident until Field Marshal Goering sent a plane to take the engineer home. The German engineer compounded his treason by giving Pleiss complete specifications for the manufacture of the can. Pleiss continued on to Calcutta, put his car in storage, and flew back to Philadelphia.
Pleiss told American military officials about the can, but they ignored him. Without a sample, he realized he couldn't get anywhere. He eventually got the car shipped to New York by a roundabout method, and sent a can to Washington. The War Department decided instead to use the WWI ten-gallon can with two screw closures, which required both a wrench and funnel for pouring.
The one American jerrycan was sent to Camp Holabird, Maryland, where it was redesigned. It only retained the handles, size and shape. The weld was replaced with rolled seams, the lining was removed and it now required a wrench and a funnel.
The original design proved far superior and these fuel containers were subsequently used in all theatres of war around the world.
At the beginning of the Second World War, the British Army were equipped with simple rectangular fuel containers: a 2 gallon container made of pressed steel and a 4 gallon container made from tin plate. While the 2 gallon containers were relatively strong, they were expensive to produce. The 4 gallon containers, which were mainly manufactured in the third world, were cheap and plentiful but they were not very robust. Consequently they were colloquially known as flimsies.
While adequate for transportation by road in Europe, the flimsies proved to be extremely unsatisfactory during the North African Campaign and severely hampered the operation of the British 8th Army. The transportation of fuel over rough terrain often resulted in much of the fuel being lost as the containers were easily punctured. The resultant leakages also made the transportation vehicles liable to fuel fires.
When the British Army first saw the German fuel cans during the invasion of Norway in 1940, the British immediately saw the advantages of the superior design. The containers had three handles on them, which allowed easy handling by one or two people, or to be moved bucket brigade-style; the sides of the can were marked with cross-like indentations that strengthened the can while allowing the contents to expand, as did an air pocket under the handles when the can was filled correctly.
Rather than a screw cap, the containers used a cam lever release mechanism with a short spout secured with a snap closure and an air-pipe to the air pocket which enabled smooth pouring (which was omitted in some copies). The interior was also lined with an impervious plastic, first developed for steel beer barrels that would allow the can to be used for either water or gasoline. The can was welded, and had a gasket for a leak-proof mouth. The British used cans captured from the "Jerries" (Germans) — hence "jerrycans" — in preference to their own containers as much as possible. Later in 1940 Pleiss was in London, and British officers asked him about the design and manufacture of the jerrycan. Pleiss ordered the second of his three jerrycans flown to London. via: http://en.wikipedia.org/wiki/Jerrycan






