The trick is to contact San Jose traffic engineering - 408-535-3850 (ask for Traffic Engineering) and give them the intersection and a good description of which sensor needs adjustment.
The traffic sensors in San Jose and elsewhere in the bay area are capacitance detection activated. They don't depend on ferris metal (metals that contain iron such as steel). Even aluminum will activate them. Magnets merely add a few more pounds of metal. Traffic engineers can adjust the sensitivity of the detection loop and allow the sensors to detect smaller bikes. Even carbon bikes with the small amount of alloy material can activate properly adjusted sensors.
This clearly was a detection issue though in some cases, the light will detect you, but not change when there is nobody coming the other direction due to faulty programming of the signal. Signals like these should change when there is nobody crossing on the opposite side of the road after a given amount of time. I occasionally test the signals where I live to make sure they detect bikes properly, and there is one which behaves like this even with cars, let alone bikes and scooters.
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The bottom of this scooter is already steel. Adding more steel would make it, well, more like a car and thats the whole point of this video. Steel does work!
....but that would be against "THE LAW"!
Itmustbes2 1 week ago
....run it.
Omen4500 1 week ago
The trick is to contact San Jose traffic engineering - 408-535-3850 (ask for Traffic Engineering) and give them the intersection and a good description of which sensor needs adjustment.
sweeperdave1 1 year ago
The traffic sensors in San Jose and elsewhere in the bay area are capacitance detection activated. They don't depend on ferris metal (metals that contain iron such as steel). Even aluminum will activate them. Magnets merely add a few more pounds of metal. Traffic engineers can adjust the sensitivity of the detection loop and allow the sensors to detect smaller bikes. Even carbon bikes with the small amount of alloy material can activate properly adjusted sensors.
sweeperdave1 1 year ago
This clearly was a detection issue though in some cases, the light will detect you, but not change when there is nobody coming the other direction due to faulty programming of the signal. Signals like these should change when there is nobody crossing on the opposite side of the road after a given amount of time. I occasionally test the signals where I live to make sure they detect bikes properly, and there is one which behaves like this even with cars, let alone bikes and scooters.
CubeComputerChannel 1 year ago
This has been flagged as spam show
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narragansettharco 1 year ago
Yes, the reason I didn't show the whole magnet is because it had the name
of the vendor on it.
Itmustbes2 1 year ago
Great video. But is there any reason why you are holding your hold in front of the magnet. I would have liked to see it. It looks huge.
scootergrisen 1 year ago
Try a steel plate under your scooter-not a magnet..
efhn 2 years ago
The bottom of this scooter is already steel. Adding more steel would make it, well, more like a car and thats the whole point of this video. Steel does work!
Nomagnets 2 years ago
excellent work!
1888junkteam 2 years ago