Surely it must be the camber?
Negative * positive = negative Positive * positive = positive Negative * negative = positive
No, a negative plus a negative is a negative
A negative plus a negative equals a negative.
In a nutshell, it measures a certain angle of the wheel of a car. There is the caster and camber of a tire. Camber is how a tire sits-if it lines up verticially, or has a tilt to it which could mean a serious problem. Caster is if the tire's suspension is off, the way it is supposed to hang vs a tilt that might face a slightly off angle. In the case of a caster being off, it is usually only within a few degrees, which isn't so terrible, but it isn't good. Camber tilt is usually the result of a loss of lugnuts and indicating that the tire is about to come off, or that there is some seriosu damage to the suspension. In either case for both Caster and Camber, problem with suspension can be serious, but the tools for actually checking your caster/camber can be done with a series of gauges, such as that the question is about. It can save you quite a bit to do it yourself, detect a problem before it gets out of hand or otherwise. on average, taking your car in to have these tests done can run from $70 to $100.
Camber is the angle between the vertical axis of the wheel and the vertical axis of the vehicle when viewed from the front or rear. With a negative camber angle the top of the wheels is leaning in towards the vehicle. Tires tend to roll while cornering, and the inner contact patch may lift off the road surface. By using negative camber the effect is reduced, maximizing the tire's grip. This is only effective on the outside tire during the turn, which is bearing the majority of the vehicle's load as the weight transfers opposite of the direction which you are turning.
Excessively negative camber. Assuming that the ball joints aren't fuxor3d, you can adjust the camber using the cams at the upper ball joint.
Negative camber. If you look at the tires straight on and they look more like this / \ they will ware on the inside. Inversely, positive camber \ / will cause faster ware on the outside. Negative camber could be caused be bad bushings or too much weight in the front. Positive camber comes from either bad bushings or lifting the truck too high without replaceing the bushings. The closer to | | the better...unless you have a baja style truck, but that's a whole different story!
the LS rear end specs are -1.00 degree on each side, yet aside from using a frame machine to bend the control arms to the perfect degree, they are non- adjustable...another way for ford motor company to steal our money....
AnswerIt is the curve of the skateboard deck --also referred to as the concave of the deck.this answer is incorrect ^ camber is an upward ark on the board creating more push when you carve, concave is not the same thing as camberCamber is the arch of the board or deck front-to-back, and concave is the arch of the deck side-to-side. A positive 3% camber with a 2% concave would be a deck that is arched up in the middle higher than the front and back ends by 3%, with the edges along the side folded upwards 2%. Some decks are also flat-camber (flat-wood), as well as negative camber, which means the center is arched lower than the front and back. A negative camber deck is also referred to as "rocker" or "rockered"; surfboards are also referred to in this way.
Stance is lowering a car and having the lowest profile tire possible on your wheels while tucking at full negative camber. By lowering the car you have already adjusted the camber, normally you would add adjustable camber plates or control arms to align the vehicle properly, this is the opposite for stance, you want to get plates that will go fully negative or control arms manufactured for this. do not attempt to hack your control arms by yourself, the control arms are what keep your wheel, hub assembly attached and if done incorrectly can cause serious damage.
I'm assuming your talking about a vehicle or possibly trailor tires.. Case being, Tires that wear on the inside have a negative camber and tires that wear on the outside have a positive camber. If you would notice a lowered car. 9 times out of 10 the tires are leaning in towards the vehicle. That would be your negative camber only a camber kit would resolve. As for positive camber almost the same scenario. Check tie-rods and control arms. If you don't see anything wrong and didn't adjust anything. I'd get it to a shop and have it looked at. If we're talking about a trailer with no weight on it. It is possible for this to happen due to heavier suspension and no weight to balance it.
Rear end is out of alignment. Have a 4 wheel alignment performed. If the tires are leaning inward on the bottom they should wear on the outside of the tire. This is positive camber. If the tire is leaning in at top and out at the bottom it is called negative camber. Independent rear wheel suspensions can make differences in camber visible for several reasons. Extra weight will cause most independent rear suspensions to squat forcing the tires out at the bottom ( temporary negative camber ) Early VW Bugs and buses had a suspensions that moved from 0 camber(wheel straight up and down to positive camber (rear wheels moved closer to one another at the bottom) The late 60s VW (68 on) had rear suspensions that went from straight up and down to wheels that were further apart at the bottom (Negative Camber). Weak or worn out rear suspension components such as springs can cause unwanted camber settings. Perhaps a problem with the front caused the tire wear that became visible when fires were rotated . It is quite possible to have the correct camber settings but because of a faulty suspension the alignment specifications become irrelevant.
Camber the Heretic was created in 1981.
Camber Corporation was created in 1990.
Saint Camber was created in 1978.
Camber can be increased by using flaps.