Luxeed RX Collision Mitigation: How to Verify It's Not Disabled

Recently tested the collision avoidance braking switch on the Luxeed RX. Collision avoidance braking means the car actively brakes slightly when it senses an imminent collision. It belongs to active safety, meaning the vehicle reduces collision risk on its own.

I narrowed the scope first. This time only verified the switch status, not complex road braking stops, nor touching L3 architecture. L3 is higher-level autonomous driving design; not expanding today. From a landing perspective, safety features fear users turning them off long-term and forgetting. The key point officially shown is: after manual closure, the vehicle automatically opens it upon restart.

First, ask the salesperson if the display or test drive car allows collision avoidance braking settings; expect them to guide you to the corresponding page. If it's just a display, don't click randomly. Sit in the driver's seat, get the vehicle into operable state. Open the central screen, tap Vehicle Settings; if not found, search Smart Driving or Active Safety; expect to see a safety switch list. Find Collision Avoidance Braking, check current status; expect "On." If showing "Off," ask if it was demoed. Select Close; if a secondary confirmation pops up, expect a prompt about affected active safety; after confirming, status should change to Closed. Lock and power down; powering down means whole vehicle electricity rest, not just locking doors. Wait a bit, unlock and power up again; expect vehicle to re-enter operable state. Return to Collision Avoidance Braking; expect status restored to "On." If not restored, ask about version or demo restrictions.

Following standard active safety verification thoughts, the easiest mistake is restarting. Pressing the start button doesn't necessarily equal whole vehicle power down; the infotainment system might not be powered down, so status doesn't refresh. Safe practice is to lock and leave, then re-enter.

Default restoration covers human risk; owners turn it off for peace and quiet, next time getting in pulls it back to safe state. This is more intuitive than talking sensor counts. Safety switches having defaults makes it easier to explain to users. Entry names might vary; display cars might have demo locks; users easily confuse it with the entire smart driving suite, thinking closing it means the car can't move.

The trap is treating switch restoration as functional reliability. It only proves strategy, not guaranteed braking in complex roads. Dangerous verification with private cars is inappropriate; don't find dummies or lead cars, don't try on public roads.

I previously discussed that steering wheel absence isn't the highlight; lack of backup is. Collision avoidance braking is the same; being able to close it isn't strange; automatically restoring after closure is relatively stable. However, this doesn't equal immunity. Responsibility boundaries, trigger conditions, and false braking risks still await access tests (regulators seeing if it can go on roads) and real vehicle data.

When visiting stores, make the process a three-line checklist: currently on?, restores after restart?, does secondary confirmation clarify risks?. Confirm these three points before looking at LiDAR, L3 architecture, and other big terms.