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no because its not a real vehicle yet.Has it been explained how the rigid frame complies with crash energy absorption requirements?
Has it been explained how the rigid frame complies with crash energy absorption requirements?
I doubt it has such requirements as it will fall into a class of trucks etc
Yeah, there's also the 'pedestrian safety' regulations that are popping up all over europe. The NHTSA is looking at them for the US but they won't be applied to trucks. It's hard to imagine any of the current Ford/GM/Dodge trucks doing anything but sucking a pedestrian under the front bumper.
I don't care about pedestrian safety. I would care about my safety driving that thing and getting into an accident. I would hate to be the one absorbing the energy in that case.I think the argument can be made that if it is almost fully autonomous and has high active safety measures that stupid things like pedestrian safety are irrelevant. If you are relying on a 3 ton vehicle to crumple like a can when it hits a pedestrian, then you have already failed.
I don't care about pedestrian safety. I would care about my safety driving that thing and getting into an accident. I would hate to be the one absorbing the energy in that case.
No one said this would replace a 3500..... This is a tiny electric truck. Perfect for people who only need a little truck (most people). There won't be a 3500 level ev for a long time, if ever.I could get over how fugly it is. I could even get over the stupid iPad instrument cluster. But a 6’ bed truck is useless to me. I haul too much on a regular basis in the 3500 8’ I have today.
No one said this would replace a 3500..... This is a tiny electric truck. Perfect for people who only need a little truck (most people). There won't be a 3500 level ev for a long time, if ever.
They don't make sense outside of town.
i like my trucks to be real trucks
No one said this would replace a 3500..... This is a tiny electric truck. Perfect for people who only need a little truck (most people). There won't be a 3500 level ev for a long time, if ever.
They don't make sense outside of town.
I think you quoted the wrong postIt's a crew cab 6.5 foot bed the size of a half ton crew cab with a 5.5 foot bed. It's a 1/2 ton truck competitor, not a 3/4 ton. Its capabilities are only somewhat higher than today's half tons, topping out somewhere around 11k lbs. I'm pretty sure the Cybertruck's realistic tow ratings are going to be in the 10k range. Also, today's 1 ton trucks are rated for 30k+ towing, not 15k.
It's a crew cab 6.5 foot bed the size of a half ton crew cab with a 5.5 foot bed. It's a 1/2 ton truck competitor, not a 3/4 ton. Its capabilities are only somewhat higher than today's half tons, topping out somewhere around 11k lbs. I'm pretty sure the Cybertruck's realistic tow ratings are going to be in the 10k range. Also, today's 1 ton trucks are rated for 30k+ towing, not 15k.
No one said this would replace a 3500..... This is a tiny electric truck. Perfect for people who only need a little truck (most people). There won't be a 3500 level ev for a long time, if ever.
Yea, loud, ground rattling and fun. I would not mind Tesla SUV, especially with self driving mode.and what do you define as a real truck? Slow as shit? Bad fuel economy? Won’t fit in a parking spot?
Is it a Truck? Or, SUV?It's a massive truck and the slope is not that big, so I don't think it will be a problem.
Is it a Truck? Or, SUV?
The trimoter on telsa's website is claiming 14k+ towing. This here spec sheet from chevy for the current year 3500 https://www.chevrolet.com/content/dam/chevrolet/na/us/english/index/vehicle-groups/trailering-and-towing/trucks/02-pdfs/2020 -silverado-3500hd-conventional-and-gooseneck.v2.pdf says 14,500 for gas crew cab 4wd. 20k if you go diesel. 30k with diesel if you use a gooseneck. And since I specifically said my gas truck...not my diesel. My statement stands.
Diesel was too expensive.
I was referring to current half tons being in the 11k tow range.
Your 3500 is limited by the engine and transmission, not the frame. It's a little disingenious to claim that the Cybertruck is aimed at the 1 ton crowd and that it is a poor competitor to the 1 ton trucks by comparing the top Cybertruck to the lowest 1 ton configuration. Again, the Cybertruck should be compared to half ton trucks, there is no electric 3/4 ton and up competitor yet.
Where did I say it was a poor competitor? I didnt. In fact I actually said if they just had an 8 foot bed I would be in. Because from their specs so far it can do what I need it to same as my current truck. 6.5 or 5.5 simply isnt enough physcial space period. Its not even really about the weight.
That's another tiny truck in this picture. How long is that box, 4'6"?Tiny? It's dimensionally similar to a SuperCrew cab F150. That isn't exactly tiny. It actually looks even bigger than the Supercrew F150:
View attachment 221343
That's another tiny truck in this picture. How long is that box, 4'6"?
No F-150 comes with a box smaller than 5.5 ft. That is a full size truck. A crew cab truck with an 8 foot bed is larger than full size.
Doubt it would make a difference. CT has more torque at starting rpm than the ferd has at peak.Did they ever re-do the Cybertruck vs otherTruck video with both of them loaded down?
it would at least make for a more interesting video, also there is such a thing as gearing, torque is multiplied by gearing and I believe 1st gear on an f150 is 2.84:1... what you referred to is engine torque, which you are right, the CyberTruck has more engine torque.Doubt it would make a difference. CT has more torque at starting rpm than the ferd has at peak.
What you are saying is that electric motors get a "head start" because they are "instant". Yes you are correct and that does matter. But what matters more is the torque at the wheels with traction....There is more to it than the numbers including torque multiplication. Traction motors in electric vehicles (same type as used in train locomotives) are killer for pulling things. Their peak torque is at 0.00001 RPM and can get to the tires peak traction limit instantly. A Tesla Cybertruck with weight added in the bed to equal a traditional 4x4 pickup (even diesel) will win every time if the pull is started by each vehicle at the exact same time (which is fair).
it would at least make for a more interesting video, also there is such a thing as gearing, torque is multiplied by gearing... what you referred to is engine torque, which you are right, the CyberTruck has more engine torque.
You also have to take into account weight and traction, all the torque in the world doesn't matter if your wheels are spinning.
I would be interested in a "loaded" down video with an equally weighed down (same weight total) Ford 4x4 truck vs CyberTruck...
That said, I would gladly take a CyberTruck over a F150
Running the numbers: 470ft-lbs at 2500rpm is peak torque for the 3.5 EB motor. Most stall points are between 2000-3000 rpm, so going to assume we can reach peak torque at the converter stall. 1st gear ratio is 4.69:1 in the 10AT. Differential Ratio of 3.73:1. So 470ft-lbs x 4.69 x 3.73 = 8222 ft-lbs at the wheels in 1st gear at peak torque.What you are saying is that electric motors get a "head start" because they are "instant". Yes you are correct and that does matter. But what matters more is the torque at the wheels with traction....
Does a cyber truck have more torque at the wheels than a f150 in 1st gear at whatever the stall RPM is??? Probably
The numbers would be interesting.
That video that Tesla did was far from a "fair" test. Unless you goal is to show that the Tesla is for sure heavier, has more traction, and possibly has more torque. All that showed is that the F150 was unable to put its power down without the tires spinning. They didn't isolate and determine which "solution" puts more torque at the wheels.
You could literally do the EXACT SAME THING with a tank track tractor vs a cybertruck.... Traction with Torque will win everytime.
That said, I would gladly take a CyberTruck over a F150
Now we're talkin!!!!Running the numbers: 470ft-lbs at 2500rpm is peak torque for the 3.5 EB motor. Most stall points are between 2000-3000 rpm, so going to assume we can reach peak torque at the converter stall. 1st gear ratio is 4.69:1 in the 10AT. Differential Ratio of 3.73:1. So 470ft-lbs x 4.69 x 3.73 = 8222 ft-lbs at the wheels in 1st gear at peak torque.
Assuming the same final Drive Ratio as the Model X rear motor (9.71:1) then the CyberTruck is at 9710ft-lbs to the wheels.
The bigger issue is the weight disparity...
Put the CT against a diesel F250 and you get: 1050ft-lbs at 1600rpm x 4.615:1 1st gear ratio x 3.55 final drive = 17183ft lbs with a ~7100lb curb weight in 4x4.
The Raptor 3.5 EB is actually 510ft-lbs, but that truck doesn't have the peak tow or payload capacity due to its special suspension. However it would 8921 ft-lbsNow we're talkin!!!!
Now question, don't they have a V8 option that has more power than the Ecoboost? Or is that gone now?
Cool, thanks for doing the research and numbers.The Raptor 3.5 EB is actually 510ft-lbs, but that truck doesn't have the peak tow or payload capacity due to its special suspension. However it would 8921 ft-lbs
The 5.0 V8 is 400ft-lbs at 4500rpm. So not only less torque, but also higher in the rpm curve.
The Diesel F150 is rated at 440ft-lbs.
For either Ford or GM to eclipse the CT numbers in the 1/2t segement, they would need to offer ~505ft-lbs with 4.11 final drive, or ~555ft-lbs with 3.73 final drive.
For Ram you would need 495 ft-lbs with 3.92 or 547ft-lbs with 3.55. Now ram has the 480ft-lb EcoDiesel, and the E-Torque Hemi. the Hemi can do 410ft-lbs, but the electric motor can add 130ft-lbs, but I can't find a curve for it, or whether it can peak at 540ft-lbs total output.
But of the Big 3, Ram looks the closest in the 1/2t range. All three eclipse it by no small amount with their 3/4t diesels.
It is believed they actually used a based 2.7 EB F150, which is even lower numbers, but no marketer is ever fair, and Tesla has always had a fluid relationship with the truth in advertising.Cool, thanks for doing the research and numbers.
So, I was right, it would make for a more interesting/fair comparison if traction wasn't a problem