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Nope. Not at all. I'm saying that it doesn't have any weight placed squarely on the rear suspension alone. Like when you actually pull a trailer. Which this does not simulate. At all. And its tonnes. Not tons.
first things first; theres two different spellings of ton. one has two "n's." one is a short ton, one is a long ton. the short one commonly used in the US and one is a long ton. commonly used in the UK and other countries. i didnt grow up here. i used the spelling for the version that is commonly used in the US where one ton is equal to 2000lbs. but i used the poper calculation for the ton which is 2200lbs. just as there are two different measurements of gallons. and there are two different measures of ounces as well, the troy ounce and avordupois.
more importantly, arguing the semantics of punctuation or spelling is usually the bastion of those who have a weak argument. im pretty sure you were one of the people who said that in another thread. i could be wrong.
No, it really isn't. That thud should be the sound of you crashing into the reality wall, because I would go so far as to guarantee that one-ton American trucks and SUV's have been able to do this exact thing for at least two decades. They just didn't feel the need to attract the attention of people who fall for such PR bull.
Oh, look at me! My SUV can pull a Boeing 747! Yay. And the rear suspension may collapse if I towed a really big trailer or boat with it, but oh well.
fine. prove your guarantee. as far back as two decades. thats 1986, or model year 1986. walk your talk.
and as far as i know, no one makes a one ton SUV. the excursion was a medium duty truck and therefore not privy to the classifications if my information is correct. so which one ton SUV are you referring to? unless you delve into the world of buses and other medium duty vehicles of that ilk im pretty sure you wont find one. but i dont speak in absolutes about things im not sure about, so, again, i could be wrong.
i would think that the fact that 4.3 tons of direct weight didnt collapse the rear suspension more than speaks volumes for the suspensions strength. but for some reason you dont see that. tell me, does a 10000 lb boat riding on a tandem axle trailer exert 4.3 tons of weight on the tongue/ tow-hitch? or is most of the mass carried by the trailer itself.
if you answer correctly, then whats the difference?
I didn't say anything regarding the ballast they added to the vehicle, because it is irrelavent (and may even have helped the Toaureg tow the airplane, not to mention how they could have distributed it equally across the vehicle, or even more frontward to cancel out any potential weight gains that the plane hitch may have added). Just like towing an airplane is irrelavent in any and all practical applications.
here i concede to an extent. we dont know how the weight was planted. that i give you. and it did help to tow the plane. otherwise im not sure the traction would have been sufficient. but whether or not it did or didnt, the vehicle still pulled a 155 ton plane when it had a 4.3 ton payload. so how is it irrelevant. it still had to move that mass. its placement is secondary unless you are talking strictly about towing capacity in which case payload is moot.
I'm glad it has a stiff chassis. So does this:
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Can it pull an airplane? Really, chassis stiffness (perhaps you meant rigidity?) has little to do with actual real life towing so much as chassis type does.
this is where you are completely off the deep end. a "weak" chassis (less rigid to use your pedantically correct term) will bend and twist when forces are exerted on it from the drivetrain and the mass/ inertia of the item being towed. this results in less than optimum towing, with forces being spent in areas that arent central to towing. it might buckle at the locations connecting the suspension to the frame. it might bend wherever the weakest point of the frame is. it might snap if thats the location of the mount for the tow-hitch to the vehicle. you of all people on this board should know better than this folly, this farce of an argument 👎
and to answer the question, it probably could, if equipped with the right drivetrain and axles. as long as its chassis/ frame/monocoque was sufficiently stiff/ rigid.
Again, I fail to see why you are centering on the payload capacity when it has nothing to do with pulling an airplane. In fact, it may have helped the pull occur by giving it traction.
And either way, your assertion over the VW's payload capacity over the trucks from the big three is mute, as the Touareg's payload is rated at a paltry 1000 pounds, or 1/6th (on average) the petrol versions (!) of the one-ton American trucks. That alone should tell you that the Touareg pales in comparison to a dedicated towing vehicle. In addition, these petrol trucks are also rated to tow twice as much at least when compared to the Touareg, with the F-450 Super Duty diesel being rated to tow over 3 times as much.
you obviously didnt get the point, which was that no light duty vehicle sold in the world today has a payload capacity of 4.3 tons. none. not one. does that mean there arent any vehicles that can carry 4.3 tons. obviously not, as VW has ably demonstrated. and as you so brazenly claim above. does this mean you can carry 4.3 tons with your run of the mill touareg? only if you are an idiot bent on destroying your vehicle.
and in no way was i trying to hint/ intimate/ assert/ imply that the VWs payload was higher than that of the big threes vehicle. but im sure thats how you took it, based on your response.
myself, id argue for the suzuki X90 as worst SUV ever. but its a personal preference. id like to know how the chevy trailblazer compares unfavourably to the X90 in your estimation. other than the obvious fuel economy gambitHell, despite being 747 worthy, it gets its ass kicked by pretty much everything:
And maybe I'm just being mean, but when your payload ratings are exceeded by the worst SUV ever, a mid-size SUV with an inline-6,
a van running a diesel with far less than half of the torque;
payload capacity is about carrying capacity. torque has very little to do with the carrying capacity of a trailer. its tare might come into consideration when you have to actually move something with it, but a trailer by itself can carry stuff with no torque involved.
and when your payload and towing capacities are exceeded by a compact truck which hasn't changed in nearly 10 years with 210 BHP, you may think VW would actually try to make the vehicle better instead of just doing stupid publicity stunts:
better is such a subjective world isnt it.
id say the seating capacity of the VW bests the ford ranger easily. especially for four or five full sized adults.
same for turning circle.
range (although the VWs milage is not listed its pretty much a lock to be better than the 312 miles for the ranger, with that 26.4 gallon tank. fueleconomy.gov lists it as 17 city, 23 freeway for the diesel for the 2004. im not going to do the math for you. but lets just say the VWs EPA city range is higher than that of the ford for the freeway.
this site lists the Cd of the ranger as .40 vs the VWs .38.
i could go on, but i think ive ably demonstrated that i can argue semantics just as well as you can. we all have that inner pedant who cant let go of the minutiea of certain things.
Also, before you (or Poverty, as well) come back into this thread spouting off random crap about how the Touareg isn't being treated fairly, keep in mind I am not attacking the car. I am attacking this stupid stunt that really isn't an accomplishment at all for many reasons, not the least of which being that it is irrelavent to any and all real life applications where there are still better things to use for tasks than the Touareg.[/SIZE][/FONT]
granted.