General Challenger

  • Driving Dangerously in Motown- 1900-1930

    The first gasoline-powered vehicle driven on the streets of Detroit was built by engineer Charles Brady King in 1896. It went as fast as 20 mph, which was described in the newspaper as "tearing along the street at a lively rate, dodging people and teams." The transition from the horse age to the motorized age would prove to be very dangerous. At first speeding vehicles were not a big problem, with only a few of them on Detroit streets, but the situation grew serious quickly. As early as...
  • Chrysler’s Amazing Turbine Car

    Chrysler has always been an innovator in the car industry. Nothing, however, captured the imagination of the driving public and the spirit of the 1960’s space-age as the turbine car. The Chrysler turbine car was produced by Chrysler, from 1963 to 1964. Its body was made by the Italian design studio Ghia, and Chrysler completed its assembly in Detroit. Surprisingly, the Chrysler turbine engine program, that produced the turbine car, began during the late 1930s and created multiple...
  1. Blind Spot Monitoring

    What is Blind-Spot Monitoring? Blind-spot monitoring one of those features we didn’t know we needed or wanted until carmakers began offering it. Volvo was the first, incidentally. It offered its Blind Spot Information System (BLIS) for the S80 in 2005. BSM is just what its name implies. It keeps an eye on the space just off the rear quarter areas of your vehicle. These blind spots can hide a vehicle approaching in an adjacent lane because many drivers improperly set their car’s outboard...
  2. Featured

    Windshield Dots

    The small black dots on a car windshield are called frits, which are black painted enamel that’s baked onto the surface of the glass. Modern cars have a windshield bonded to the frame. He described how the windshield is bonded using a strong and long-lasting urethane adhesive, which makes the windshield a structural component of the vehicle’s body. The frits “provide a secure point of contact between the glass, urethane adhesive, and windshield frame. Essentially, the small black dots help...
  3. New LED's for my 2009 R/T. Pictures do not do it justice!

    Well I've been waiting around to win the lottery so I could afford some LED tail lights. So just for giggles I bid 400 bucks for a set on eBay and the offer was accepted. I ordered my three layer center decal in advance so I put it on before the lights. It was a little tall so I just trimmed it before I took off the paper. I always wanted a blacked out rear end but I never liked those covers that went over the stock lights of the 2008 through 2014. I purchased the smoke set and it does not...
  4. EV Charging & Battery Life

    Electric cars need to be recharged frequently for efficiency. However, charging an electric car is a much different experience than refueling a gas or diesel vehicle. Instead of a few minutes, charging an EV can take anywhere from 30 minutes to over 30 hours. This is because there are actually three levels of electric car charging. Levels of Charging NeoCharge provides a breakdown of the three levels of EV charging. Each level of charging is defined by the amount of voltage, which...
  5. How does MDS Work?

    The following Motor Trend article, describes in detail, how the MDS system works. What Is Hemi MDS? (motortrend.com)
  6. Exhaust Backpressure

    This YouTube video explains exhaust backpressure, exhaust scavenging and turbo pressures.
  7. What is a Stroker Engine?

    Internal combustion engines are commonly referred to by their displacements, whether its old-school cubic inches or more modern CC and liters. An engine's displacement is calculated using the diameter of its cylinders and the length of its crankshaft stroke to determine the volume of each cylinder. That volume is multiplied by the number of cylinders to get the total displacement. There are two ways to increase the displacement of the engine in your car. You could bore the cylinders to a...
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