Look at where the window of that cab is positioned. Is there anything in front of it blocking its view? It’s the same difference between an American and European semi-truck. The engine is under or behind the cab, so the view out of the front is unobstructed.
Cab-over designs also make maintenance harder. There’s no free lunch. But cab-over designs do exist in this same market segment in the US
US farmers used much smaller trucks for decades
US farms have also consolidated into larger operations during those same decades.
Consider how much extra effort it takes to load cargo into the bed when it’s 5’ up, rather than when it’s only 2’ or so off the ground.
I mentioned a fifth wheel, so this isn’t relevant. If you don’t know what a fifth wheel is, you probably shouldn’t have strong opinions on this.
I mentioned a fifth wheel, so this isn’t relevant. If you don’t know what a fifth wheel is, you probably shouldn’t have strong opinions on this.
It isn’t really relevant to the conversation of if these giant trucks are required. The only argument possible for it would maybe be horsepower, but they have way more than what’s required. The horsepower to maintain 60mph is 106HP for an RV. This is probably worse than most farming equipment, especially since they usually won’t need to go even 60mph. The average car since the 1980s has been able to put out these numbers. There isn’t a need. This is assuming the people buying these trucks are actually pulling these loads, but we all know the vast majority are driving around cities never hauling anything.
Nope, that’s not how that works. To take a higher weight, the transmission needs to be beefier and the frame does, too. You might need dualie wheels, as well. Then at some point, you get into air brakes (which do generally require a CDL in the US).
As far as engines go, they may use the same ones for a large range of towing capacities. Engines are generally not the limiting factor.
So again, you’re making assumptions without actually knowing how it works.
This is assuming the people buying these trucks are actually pulling these loads, but we all know the vast majority are driving around cities never hauling anything.
At this level, yes, they do actually haul things.
If we were talking about the F150 and trucks like it, that’s different. Those mostly are posers. Once you get into the F250 level or higher, though, you’re mostly looking at people who use their truck for a living. You can’t even buy an F250 from Ford without a commercial contract, but there is a secondary market. That used to be more common, because you couldn’t get an F150 with a diesel, but that’s come and gone in recent years.
The Man truck posted above competes with the F350 (roughly), which are almost all commercial use in the US. Those are not parking lot queens.
That truck picture posted is part of an article, not just a picture of a single truck. Nearly all modern trucks have that large flat front end and high cab height. The vast majority of trucks are not commercial and they are parking lot queens. There is a purpose for larger trucks, but most aren’t used for that. Though, again, I’d argue smaller trucks or other vehicles would serve them just as well or better for most use cases, but this is America.
As for needing a beefier frame and transmission, these stresses are proportional to acceleration. You can pull a much larger load with less stress with slower acceleration. Just look at a train. They are incredibly large pulling massive loads through single connection points. Their wheels are steel on steel, so very low friction, yet they can still pull these loads because they accelerate slowly. Sure, you may need dualies for low-traction situations, and you may need a stronger frame than a sedan, but modern trucks are built way beyond what’s required.
Cab-over designs also make maintenance harder. There’s no free lunch. But cab-over designs do exist in this same market segment in the US
US farms have also consolidated into larger operations during those same decades.
I mentioned a fifth wheel, so this isn’t relevant. If you don’t know what a fifth wheel is, you probably shouldn’t have strong opinions on this.
It isn’t really relevant to the conversation of if these giant trucks are required. The only argument possible for it would maybe be horsepower, but they have way more than what’s required. The horsepower to maintain 60mph is 106HP for an RV. This is probably worse than most farming equipment, especially since they usually won’t need to go even 60mph. The average car since the 1980s has been able to put out these numbers. There isn’t a need. This is assuming the people buying these trucks are actually pulling these loads, but we all know the vast majority are driving around cities never hauling anything.
Nope, that’s not how that works. To take a higher weight, the transmission needs to be beefier and the frame does, too. You might need dualie wheels, as well. Then at some point, you get into air brakes (which do generally require a CDL in the US).
As far as engines go, they may use the same ones for a large range of towing capacities. Engines are generally not the limiting factor.
So again, you’re making assumptions without actually knowing how it works.
At this level, yes, they do actually haul things.
If we were talking about the F150 and trucks like it, that’s different. Those mostly are posers. Once you get into the F250 level or higher, though, you’re mostly looking at people who use their truck for a living. You can’t even buy an F250 from Ford without a commercial contract, but there is a secondary market. That used to be more common, because you couldn’t get an F150 with a diesel, but that’s come and gone in recent years.
The Man truck posted above competes with the F350 (roughly), which are almost all commercial use in the US. Those are not parking lot queens.
That truck picture posted is part of an article, not just a picture of a single truck. Nearly all modern trucks have that large flat front end and high cab height. The vast majority of trucks are not commercial and they are parking lot queens. There is a purpose for larger trucks, but most aren’t used for that. Though, again, I’d argue smaller trucks or other vehicles would serve them just as well or better for most use cases, but this is America.
As for needing a beefier frame and transmission, these stresses are proportional to acceleration. You can pull a much larger load with less stress with slower acceleration. Just look at a train. They are incredibly large pulling massive loads through single connection points. Their wheels are steel on steel, so very low friction, yet they can still pull these loads because they accelerate slowly. Sure, you may need dualies for low-traction situations, and you may need a stronger frame than a sedan, but modern trucks are built way beyond what’s required.