Good but one thing: The F accel is on the whole car not at the tongue point. Your spring will absord most of the energy
is ki maaaki kirkirri.. koi samjhao ye hauley ku.. ghaans khara kya mia
Last edited:
Good but one thing: The F accel is on the whole car not at the tongue point. Your spring will absord most of the energy
I'm just waiting for him to google "max tongue weight toyota camry" to realize he's been wrong all along.
lol... looks like 100 pounds to me. https://www.driverside.com/specs/toyota-camry-2009-23551-31410-0
Math fights on the internts are funny.
cool - drive down a flat road with your hand between the hitch and the tounge. That pain you will experience is the tounge weight from your trailer. When you hit a dip or bump in the road, your bones breaking in your hand are the result of the force on the tounge of the trailer changing.
As an aside, I'd imagine the tounge ratings for a hitch are static weights, and have the additional dynamic forces factored in.
Good but one thing: The F accel is on the whole car not at the tongue point. Your spring will absord most of the energy
He's not towing a trailer, it's a hitch carrier he's contemplating so it's close to correct (just add the weight of the carrier).
I'm just waiting for him to google "max tongue weight toyota camry" to realize he's been wrong all along.
lol... looks like 100 pounds to me. https://www.driverside.com/specs/toyota-camry-2009-23551-31410-0
That is incorrect.
To calculate and external force you must consider the trailer or hitch carrier as a closed system and separate from the car.
The suspension in the car and trailer will help to reduce the acceleration as seen at the tongue/trailer interface but they won't eliminate it entirely (I think this is where you are confused).
Sent from my iPhone using Tapatalk
As i said i already acknowledge the force. But the tonque weight rating is measured at static. Note what i said about his analogy. Doesnt apply
You dont seem to understand here. Going over the bump has no effect on the hitch as its already class 3. The force will be on your spring.
So you should ask if your spring can handle the load
cool - drive down a flat road with your hand between the hitch and the tounge. That pain you will experience is the tounge weight from your trailer. When you hit a dip or bump in the road, your bones breaking in your hand are the result of the force on the tounge of the trailer changing.
Ohhhhh I like that
Where did i say about going over the rating.
The weight of the bike is 450lbs so thats your tongue weight. Does that exceed class 3 hitch?
You dont seem to understand here. Going over the bump has no effect on the hitch as its already class 3. The force will be on your spring.
So you should ask if your spring can handle the load
This didn't make sense before to me. I assumed this was about trailer tongue weight. If this is a hitch mount bike carrier, the bike weight is over the tongue and technically is the tongue weight.
Reading comprehension is important. I failed.
The Hitch is attached to the car frame
This thread is giving me a headeach.
I quoted your post (see below) which is incorrect. And I have shown why it is incorrect. I never said that the tongue weight changes, but your statement that bumps have no effect on the hitch is categorically incorrect.
Sent from my iPhone using Tapatalk
I mean the rating is static. Its class 3 rating. The force will be on the whole object, assuming the hitch is part of the car frame