I think it is good to have all the safety features usable at all times and conditions with similar levels of effectiveness. So I would like to see testing done in at least night at a minimum. I don't want AEB*, FCW*, LDW* work great. Then the footnote * AEB, FCW, LDW all work as intended, during daylight hours, with no overcast, with a light temperature of at least 5000k, and no inclement weather. Effectiveness may be diminished if other than a bright sunny day...8The standard AEB, FCW, LDW tests are all done in daylight, so the high beams are irrelevant to meet any standards. If however the question is how they work at night, there is no standard test yet for that.
If any features rely on auto high beam, I think actually that serves as an incentive to improve the core issue (which is in making auto high beam work properly, not to have people be forced to disable it).
As for improving the core issue, crazily flashing high beams would drive me crazy, piss off a lot of other motorists, increase road rage against Teslas (noticed on a test drive even), but I don't think it is the core issue. IF the system is currently so nerfed it can't "see" without the high beams on, or its effectiveness is so limited, I would say that is the core issue here. Then upgrade the freakin' camera system, put radar back in, or some other way to improve the performance.
Cameras are all about optics. If any of you are into photography, let's use an analogy. Suppose the Tesla Vision is using a 1/2.3 inch sensor. How is that going to perform against even a four thirds sensor or an APS-C sensor? Now let's handicap it with something like an F/5.6 lens. All you are going to get is a lot of noise at night from the sensor unless you have a lot of illumination from the headlights. We might actually be able to see better than the sensor can. I want a Tesla Vision implementation that can "see" better than me at night and adverse conditions.
Does anyone know the specs of the Tesla Vision cameras? That can answer a lot of questions for us. We may be limited by the optic and sensor capabilities more than the software.