As a truck driver I get it. It’s nice to see more. The tradeoff isn’t worth it and not why they do it. I would bet my paycheck they never take it off road either. Which would be the only good reason to raise something that much. Truckers have a good reason to. They have giant engine and transmissions that need to last for the industrial work involved.
cabovers are almost exclusively used throughout europe and asia. it’s only america and australia that tends to use the big bonnet american style trucks.
To be fair the regulations on vehicle length and older infrastructure makes the cabover popular.
American style trucks(long nose) get better mileage on longer hauls than the blunt nose design. They also provide more cabin room. As a final note American audiences are conditioned for the long nose design and it’s difficult to find the imports here.
Having driven both I think they both have merit. In Europe an American truck would be impossible to maneuver in towns.
Simple solution there is to replace long-haul trucks with rail freight and use cabovers, box trucks, and sprinter vans to connect train depots to retailers and “last mile” delivery hubs. We could do with broad re-zoning to allow smaller shops rather than centralize everything into giant all-in-one grocery stores and mini malls as well but that’s not an entirely connected issue.
That would be great. I don’t know if the aging American rail infrastructure that is already being utilized would be able to handle it. It would be a big ticket item that Congress would need to pass… Oh well that was a fun though experiment.
A lot of trucking is long-range. America is fucking big and not everywhere is served by ports, railroads, and tributaries.
Those roof-scoops and curvaceous hoods aren’t just for being sexy. They greatly increase aerodynamics and with it, range.
The important thing is that it requires specialized training and a license to drive something with such poor visibility. The pickups, any 16yo kid can legally drive.
There is a reason for it: Regulations that limit the overall vehicle length. The EU has a lower maximum than the U.S., so it favors the cabover design, which allows a longer trailer. The U.S. had lots of cabover trucks on its roads until it increased the allowed length, when truckers took advantage of the easier maintenance and better ergonomics of the bonnet design.
No the reason was already mentioned earlier. Europe mandates a relatively short overall maximum vehicle length whereas the US mandates a maximum trailer length. So European trucks are almost always cab over design to maximize trailer length.
There is a reason in Australia, the distances travelled and the enormous loads they haul require far more powerful trucks. Look up road trains. They are significantly more efficient than using multiple trucks.
Trains would be more efficient but Australia is too large and too sparsely populated to do everything with trains.
They are also safer for the driver than the Cab over style.
4-8x longer to stop because of cold snowy or icy weather? Or because of increased weight of such large vehicles?
And why does seeing farther matter for stopping distance, when the rule of thumb is to maintain X car lengths or Y seconds between your car and the car in front of you? Not even a fully loaded semi needs the entire length of what their higher viewing angle grants them
4 if it’s good weather. 8 times in bad. Your reaction time in a bigger vehicle is different because of the weight. So both your guesses apply.
Maintaining distance does help, however it’s not a perfect matrix. People cut in front of big vehicles constantly expecting the same distance and it just doesn’t help. The added view helps. An entire industry is based on it and backed by all sorts of reasons.
What they haul plays a role as well. Liquids and gases slosh funny and higher speeds.
I’d be interested to see some studies that support the idea that increased ride height in a vehicle results in fewer accidents (or fatalities or injuries, however you’d measure it) specifically because of the change in viewing angle
I’m extremely skeptical, especially since taller vehicles are becoming more common, wouldn’t that alone diminish this effect?
Then you need to dive deeper into the history of how it was developed and why it was. Reduction into just 5 steps isn’t looking into why it’s backed by an entire industry.
As a truck driver I get it. It’s nice to see more. The tradeoff isn’t worth it and not why they do it. I would bet my paycheck they never take it off road either. Which would be the only good reason to raise something that much. Truckers have a good reason to. They have giant engine and transmissions that need to last for the industrial work involved.
cabovers are almost exclusively used throughout europe and asia. it’s only america and australia that tends to use the big bonnet american style trucks.
there no real reason for it
To be fair the regulations on vehicle length and older infrastructure makes the cabover popular.
American style trucks(long nose) get better mileage on longer hauls than the blunt nose design. They also provide more cabin room. As a final note American audiences are conditioned for the long nose design and it’s difficult to find the imports here.
Having driven both I think they both have merit. In Europe an American truck would be impossible to maneuver in towns.
So that’s the “real reason for it”.
Simple solution there is to replace long-haul trucks with rail freight and use cabovers, box trucks, and sprinter vans to connect train depots to retailers and “last mile” delivery hubs. We could do with broad re-zoning to allow smaller shops rather than centralize everything into giant all-in-one grocery stores and mini malls as well but that’s not an entirely connected issue.
That would be great. I don’t know if the aging American rail infrastructure that is already being utilized would be able to handle it. It would be a big ticket item that Congress would need to pass… Oh well that was a fun though experiment.
Yeah, “simple” does not mean “easy” or even “doable” in this case.
A lot of trucking is long-range. America is fucking big and not everywhere is served by ports, railroads, and tributaries.
Those roof-scoops and curvaceous hoods aren’t just for being sexy. They greatly increase aerodynamics and with it, range.
The important thing is that it requires specialized training and a license to drive something with such poor visibility. The pickups, any 16yo kid can legally drive.
There is a reason for it: Regulations that limit the overall vehicle length. The EU has a lower maximum than the U.S., so it favors the cabover design, which allows a longer trailer. The U.S. had lots of cabover trucks on its roads until it increased the allowed length, when truckers took advantage of the easier maintenance and better ergonomics of the bonnet design.
I would kill for a 4x4 cab over in the states to replace my 2500. The offerings here don’t compare.
2500 Desiel - 21000lb towing // Isuzu NPR desiel - 14500lb towing
Both are the same price at around $68000
I think there is a legal reason for no cabovers in the USA. Maybe something based on crash safety (for just the occupants of course).
No the reason was already mentioned earlier. Europe mandates a relatively short overall maximum vehicle length whereas the US mandates a maximum trailer length. So European trucks are almost always cab over design to maximize trailer length.
There is a reason in Australia, the distances travelled and the enormous loads they haul require far more powerful trucks. Look up road trains. They are significantly more efficient than using multiple trucks.
Trains would be more efficient but Australia is too large and too sparsely populated to do everything with trains.
They are also safer for the driver than the Cab over style.
but you don’t actually see more, that’s kinda the whole point here?
maybe you see over other cars but you lose sight closer to you
You see more further down the road. Which you need when it takes 4 to 8 times longer to stop depending on conditions.
Can you elaborate? I don’t quite follow.
4-8x longer to stop because of cold snowy or icy weather? Or because of increased weight of such large vehicles?
And why does seeing farther matter for stopping distance, when the rule of thumb is to maintain X car lengths or Y seconds between your car and the car in front of you? Not even a fully loaded semi needs the entire length of what their higher viewing angle grants them
4 if it’s good weather. 8 times in bad. Your reaction time in a bigger vehicle is different because of the weight. So both your guesses apply.
Maintaining distance does help, however it’s not a perfect matrix. People cut in front of big vehicles constantly expecting the same distance and it just doesn’t help. The added view helps. An entire industry is based on it and backed by all sorts of reasons.
What they haul plays a role as well. Liquids and gases slosh funny and higher speeds.
I’d be interested to see some studies that support the idea that increased ride height in a vehicle results in fewer accidents (or fatalities or injuries, however you’d measure it) specifically because of the change in viewing angle
I’m extremely skeptical, especially since taller vehicles are becoming more common, wouldn’t that alone diminish this effect?
The Smith System. Look into it. Science backed results.
I don’t see “sit really high” in these five driving habits
Then you need to dive deeper into the history of how it was developed and why it was. Reduction into just 5 steps isn’t looking into why it’s backed by an entire industry.