2004 Cadillac Dts Deville Low Miles, Excellent Condition **no Reserve!** on 2040-cars

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The CadMad shooting brake Eldorado Brougham-Nomad cross is up for auction

The CadMad custom 1959 Cadillac Eldorado Brougham is the coolest car crossing the block at the Scottsdale Barrett-Jackson auction. All arguments to the contrary are wrong and can be redirected straight to the gallery above. This 16-year project built by Super Rides and commissioned by the late Steve Barton won the Don Ridler Memorial Award at the 2019 Detroit Autorama, which goes to the custom build that shows the best creativity, engineering and quality workmanship. All of those qualities are on full display in this Eldorado Brougham-Nomad mashup. Just so we’re all on the same page, a 1959 Cadillac Eldorado Brougham was no normal Cadillac at the time. The sedanÂ’s exterior design is thanks to Pininfarina, as Cadillac had the Italian design company tweak its styling. It resulted in a much more subdued Cadillac than the rest of Caddy's giant fin-tastic designs of the decade. Only 200 were made over the course of a couple years, and they remain some of the rarest production Cadillacs to this day. The “Fawntana Rose” Cadillac standing before us is a shooting brake interpretation of that famous sedan. It has lost 18 inches in overall length, four inches in width and the rear doors have been completely eliminated. A Chevy Nomad roof was shortened by a couple inches and grafted onto the bodywork. The builders say that every last piece of sheet metal was modified for this build. Still, thereÂ’s still no mistaking it for a Cadillac. The chrome bumpers and lights were left mostly untouched, and the small fins were retained, as well. That Nomad roof was painted in Titanium Silver for contrast, the same silver thatÂ’s used on the new Ford GT. Things only improve when you open the hood. A 632-cubic-inch twin-turbo V8 built by Nelson Racing Engines (NRE) powers the shooting brake. Most of the time (on 91 octane fuel), it produces around 1,000 horsepower and 950 pound-feet of torque. Feed it 112 octane fuel and NRE claims itÂ’s capable of producing upwards of 2,500 horsepower. Yowza. A four-speed automatic transmission and strengthened Corvette transaxle somehow attempts to put the power down to the rear wheels. The seats are reflective of the amount of power this car puts down — 2012 Cadillac CTS-V buckets were used and modified with mauve-colored upholstery. All the trim was hand-painted, including the wood-grain flooring in back and is meant to “mimic the African Wenge and Tigerwood Maple.”  The time and effort that went into this built is truly astounding.

Cadillac Elmiraj sedan RWD flagship finally caught testing

While we still have no insight as to it being named Elmiraj, STS or some other permutation of the -TS nomenclature ("LTS" has apparently been registered by GM, as well), new spy shots give us proof positive that Cadillac is indeed hard at work on a rear-wheel-drive flagship model. Spied for the very first time in some north country testing, these shots provide a first look at the upcoming range-topper from Cadillac.
Impressively long and large bodywork ride atop new General Motors' corporate Omega rear-drive architecture here. Heavy cladding over camouflage may discourage finding any details, but the overall, sharp-edged and blocky design is clearly reminiscent of what we've seen on the new CTS and the recently debuted ATS coupe. A strong, wheels-at-each-corner stance helps emphasize the length of this stretched Caddy, and everything about the proportions seem spot-on for a new fullsize flagship for the brand.
It's quite possible that Cadillac will ultimately festoon this large sedan with detailing reminiscent of the original Elmiraj coupe, though thus far we've only seen prototypes wearing four-doors.

Cadillac Rear Camera Mirror | 2017 Autoblog Technology of the Year Finalist

We give Cadillac a lot of credit for being the first to make good on the promise to replace mirrors with cameras and displays. That was good enough to earn the Cadillac Rear Camera Mirror a place on our 2017 Technology of the Year awards shortlist for new features. The idea behind this system is relatively simple; what perhaps took more doing was getting the regulations in place to allow a video feed to replace the government-mandated mirror. The hardware and that rules compliance starts with what looks like a normal rearview mirror – because it defaults to being a mirror until you switch on the display or in the event the system somehow fails. Flip the little toggle at the bottom of the mirror – the one normally used to switch from day to night mode – and the reflection is replaced by a very crisp feed from a camera at the back of the vehicle. This live stream gives you a wide-angle view of what's behind, without obstruction from back-seat passengers, headrests, or any bodywork. The camera is even shielded from weather and has a coating to shed water. What you see doesn't exactly look like a normal reflection, but the quality is good enough and you see more than you would normally with something aimed through today's small rear windows. But because it isn't actually a reflection, you have to make some adjustments. When your eyes are focused down the road, glancing at a mirror gives you a view the same distance away but in the rear. With the rear camera mirror, a glance back requires your eyes to first refocus on the display, which takes a moment. And unlike a normal mirror, which you look through at an angle, this display is angled toward the driver but projecting an image that looks straight back – no matter how you move it, the image doesn't change like a mirror's would. And because it's an image and not a reflection, you can't choose what's in focus and lose your sense of depth perception. It's not clear whether objects in mirror are closer or farther than they appear. And there are other limitations. For instance, while the display balances bright lights and dark surroundings well at night, it is tricked by LED headlights, which flicker at a rate faster than the camera shoots. The result is a distracting strobe effect like you get when you point a smartphone camera at any LED light source. For those with migraine sensitivity, this kind of fast flashing can cause real problems.