roadhunter
Elite Member
Yes they did.
Wonder why?
Yes they did.
Wonder why?
Prices have been released. Aluminum added little to the overall price. Fuel savings will definitely soak up that cost quickly.
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I have a hard time believing that using aluminum for body panels adds very little cost when you look at the cost of raw materials. If there really was only minimal costs involved and there are huge gains in fuel economy and payload you would think other manufacturers would have figured out the same thing a long time ago. From what I can see it looks like aluminum bodies have been mostly used on high end imports like Audi, BMW, and Mercedes.
List
The following is only a partial list of manufacturers who use aluminum body panels:
Acura
NSX (All), RL (Hood, decklid, fenders and trunk)
Aston Martin
Vanquish (Body panels), DB9 (hood)
BMW
Z8 & 7 series (body panels), 3, 5, 6 Series (hood, doors, body panels), X5, X6 Series (Hood, BODY PANELS)
Buick
LeSabre (Hood), Park Avenue (Hood), Rendezvous (Liftgate)
Cadillac
CTS (hood), Deville (hood), Escalade (liftgate), Seville (hood)
Chevrolet
Suburban (liftgate), Tahoe (liftgate), Venture (hood)
Chrysler
Concorde, LHS, Pacifica (hoods)
Ferrari
360 Modena (body panels)
Ford
Expedition (hood & liftgate), Explorer (hood and fenders), F-150 (hood), Lincoln Navigator (hood & liftgate), Lincoln LS (hood, fender & trunk lid), Ranger (hood), Lincoln Town Car (hood), GT (body panels), Mustang GT (hood)
GM
Yukon, Yukon XL (liftgates)
Honda
S2000 (hood), Insight (body panels)
Infiniti
Q (hood & trunk lid) I (hood & trunk lid)
Jaguar
XJ, S-type (Hood)
Lancer
XJ, S-type (hood), Evolution VIII (roof)
Lexus
SC430 (hood)
Lotus
Elise Sport 190 (body panels)
Mercedes
CL500, SL500 and other models
Mercury
Mountaineer
Nissan
Altima, Maxima (hoods & trunk lids)
Oldsmobile
Aurora (hood & trunk lid), Silhouette (hood)
Opel
Speedster (body panels)
Panoz
Roadster (body panels)
Peugeot
407 (Hood)
Porsche
Cayenne (hood), 911 (hood)
Plymouth
Prowler (hood, doors & trunk lid)
Pontiac
Bonneville, Montana (hoods)
Range Rover / Land Rover
Hoods, doors, side panels
Saab
9-2X (Hood)
Subaru
9-2X (Hood), GT (hood), Legacy (hood, bumpers, sunroof)
Volvo
(Hoods & trunk lids)
I have a hard time believing that using aluminum for body panels adds very little cost when you look at the cost of raw materials. If there really was only minimal costs involved and there are huge gains in fuel economy and payload you would think other manufacturers would have figured out the same thing a long time ago. From what I can see it looks like aluminum bodies have been mostly used on high end imports like Audi, BMW, and Mercedes.
List
The following is only a partial list of manufacturers who use aluminum body panels:
Acura
NSX (All), RL (Hood, decklid, fenders and trunk)
Aston Martin
Vanquish (Body panels), DB9 (hood)
BMW
Z8 & 7 series (body panels), 3, 5, 6 Series (hood, doors, body panels), X5, X6 Series (Hood, BODY PANELS)
Buick
LeSabre (Hood), Park Avenue (Hood), Rendezvous (Liftgate)
Cadillac
CTS (hood), Deville (hood), Escalade (liftgate), Seville (hood)
Chevrolet
Suburban (liftgate), Tahoe (liftgate), Venture (hood)
Chrysler
Concorde, LHS, Pacifica (hoods)
Ferrari
360 Modena (body panels)
Ford
Expedition (hood & liftgate), Explorer (hood and fenders), F-150 (hood), Lincoln Navigator (hood & liftgate), Lincoln LS (hood, fender & trunk lid), Ranger (hood), Lincoln Town Car (hood), GT (body panels), Mustang GT (hood)
GM
Yukon, Yukon XL (liftgates)
Honda
S2000 (hood), Insight (body panels)
Infiniti
Q (hood & trunk lid) I (hood & trunk lid)
Jaguar
XJ, S-type (Hood)
Lancer
XJ, S-type (hood), Evolution VIII (roof)
Lexus
SC430 (hood)
Lotus
Elise Sport 190 (body panels)
Mercedes
CL500, SL500 and other models
Mercury
Mountaineer
Nissan
Altima, Maxima (hoods & trunk lids)
Oldsmobile
Aurora (hood & trunk lid), Silhouette (hood)
Opel
Speedster (body panels)
Panoz
Roadster (body panels)
Peugeot
407 (Hood)
Porsche
Cayenne (hood), 911 (hood)
Plymouth
Prowler (hood, doors & trunk lid)
Pontiac
Bonneville, Montana (hoods)
Range Rover / Land Rover
Hoods, doors, side panels
Saab
9-2X (Hood)
Subaru
9-2X (Hood), GT (hood), Legacy (hood, bumpers, sunroof)
Volvo
(Hoods & trunk lids)
Not sure where you get your information at, but I can say at least your data on the Lincoln LS is incorrect. The trunk lid is steel. All of the aluminum is up front (it was done to get 50/50 front/rear weight balance). Most of the front structure and suspension is also aluminum, besides just the hood and fenders your data mentioned.
I didn't say it would spank it, only that it would out-pull it.I think it would just slightly. Similar to what the GM 5.3 did on the last pull after the temperatures dropped.
The truck is Aluminum body on a steel frame. I'm not sure what the Obama reference had to do with it...
Yep, it all comes back to the energy in the fuel that's needed to produce the power to move the load and offset losses from drag, friction, etc. The turbos increase efficiency a little bit more over the pathetic 18-19% of normally aspirated engines, by using up some of the thermal energy in the exhaust gas, but it still not much more than another few percent. So in reality, it's thermodynamics in the end.
Since this test was run to get the best performance, the Ecoboost probably drank quite a bit of gas in demonstrating such good performance. Would have been interesting to see a test run if they were trying for the best MPG (not even sure how they'd do such a test, but it would involve maximizing the ratio of mph to fuel rate (mpg=mph/gph).
Diesels get into the 42-47% efficiency range and they have more energy per gallon, so I bet the Dodge was still the king of efficiency, even though it was a turtle in this test.
Have you had your truck in for the intercooler fix? I think there is a fix for that in those models. I believe the '13+ model years have a fix for that. The issue was especially for those in humid climates, which MS definitely is!
Just curious, what's the issue you have with aluminum bodies and why is it a deal breaker? You do realize the hood on your '11 is Al, right?
People said the same thing about Audi when they used aluminum in cars in the mid 90s. Cars have to meet higher standards then trucks in crash tests. Its the future.I'm not convinced they have the engineering done right on the crumple zones. (A pillars, B pillars, C pillars, side door braces etc) I'm not convinced they have the body mounts designed right not to fatigue, crack, and rot away in 10 years. I don't believe they have a system to combat every place a steel screw is used to hold something to the aluminum sub body.
There is a reason the aircraft industry is built with billions of rivets and not screws/bolts. I'm not convinced the have the mechanical stresses worked out for expansion/contraction for the AL body parts from 140 deg summer temps to -20 below winter temps. (if I've looked up my stats correctly, AL has roughly twice the expansion/contraction ratio as steel)
Im not convinced that the body panels are thick enough to not be dented from a heavy bird ***** 50' up or even the slightest door ding. I'm not convinced that any trucks that live within sight of an ocean arnt going to fall apart in 5-10 years from galvanic corrosion. Not to mention what happens to the trucks in the rust belt of the US.
Those are the issues off the top of my head of why I wont own one. Now I might be convinced to buy a wrecked one whole and transplant that 2.7 into something else.... but Ill look to revisit my choice in 7-10 years when i see what the track record is.