this is taken from the LTSA website
http://www.ltsa.govt.nz/roadcode/about- ... imits.html
Curve warning signs
The signs below warn you that you are coming up to a tight curve or bend in the road. The number
recommends a
safe and comfortable speed to drive at around the curve – in this example the recommended speed is 65 km/h. The arrows show which direction the curve goes.
so what if i dont mind about the car being a little uncomfortable around a corner. now i just spoke to a professional race driver at work with me and he said this is what dictates what you can and cant do around a corner.
Road Surface
Tires
Shocks
Tire pressures
body roll
wheel base
suspention setup
entry speed
center of gravity
driving line
now these are alot of variables and perhaps i should have been clearer to start with. i know my car very well and i know what i can do around a corner. now on roads i dont know if i cna clearly see the corner i can guestimate a pretty accurate speed for it. if i cant then i take it a bit easier mbey 65 round a 45.
my car is german engineering and i make sure all of the above things are in order. and you only have to look at the road surface to see what it is like.
now regurdless this thread is about radar detectors so......
Good raar detectors work just like a simple 1 way radio they pick up a signal and make a sound for you. other radar detectors are what are called "superheterodyne" radar detectors.
The term superheterodyne refers to a method of designing and building wireless communications or broadcast equipment, particularly radio receivers in which a locally generated frequency is combined with the carrier frequency to produce a supersonic signal that is demodulated and amplified. Sometimes a receiver employing this technology is called a "superheterodyne" or "superhet."
those radar detectors can be detected because they emit a carrier wave.
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