
First, fully release the parking brake lever to its limit position. Remove the clamping bolt at the end of the rocker arm, detach the rocker arm, and rotate it counterclockwise by one or several teeth. Then, readjust the adjustment nut on the pull rod until the parking brake lever has a travel of 3-5 clicks, the lever feels noticeably harder to pull, and the vehicle can stop according to technical requirements. Below is relevant information: 1. The parking brake, commonly referred to as the handbrake, is a manually operated brake installed in motor vehicles to stabilize the vehicle after it has come to a stop, preventing accidents caused by rolling on inclined surfaces. The typical handbrake is located within easy reach of the driver's right hand for convenience. Some automatic transmission models on the market feature a foot brake with the same function as the handbrake, positioned outside the driver's left foot. Advanced models may also include an electronic parking brake system. 2. To engage the parking brake, press down on the brake pedal and fully pull up the parking brake lever. To release the parking brake, press down on the brake pedal, slightly lift the parking brake lever, press the button on the handle with your thumb, and then lower the lever back to its original position. 3. For vehicles equipped with an automatic transmission, always apply the parking brake first before shifting the gear lever to the "P" (Park) position. When parking on an incline, if you shift to "P" before applying the parking brake, the weight of the vehicle may make it difficult to shift out of the "P" position when you are ready to drive.

Adjusting the parking brake, I think the method depends on the type of vehicle. Mechanical ones are easier to DIY, like my old car—after loosening the brake cable, first check if the brake travel has lengthened, such as the car still sliding after pulling the handbrake. Then locate the adjustment nut or gear under the center console, tighten it slightly with a wrench, but remember not to over-tighten to avoid snapping it. Next, test by pulling the handle a few times to ensure the car doesn't roll when parked on level ground. For electronic parking brakes, you'll need to get inside the car, press the electronic button or reset via the dashboard settings, and might even require a professional shop for calibration. I check mine monthly, especially after long trips, because neglecting the brakes long-term can be dangerous. Remember, safety first—if unsure, consult the manual or look up tutorials online, and don't rush into it.

Adjusting the parking brake is actually quite simple, and I usually DIY it. First, identify the issue: if the car still moves when the lever is pulled too high, it means the brake cable is loose. Open the rear wheel cover or look under the seat, locate the adjustment bolt, and gently tighten it with a wrench—about half a turn—then repeatedly test the pull and release to check the effect. For electronic parking brakes, start the engine first; the system will prompt a reset during automatic detection. I prepared basic tools like screwdrivers and wrenches, saving money and gaining a sense of achievement while avoiding repair shop fees. But don’t forget to check brake pad wear, as aging can affect the travel. Regular maintenance extends lifespan—I do it every three months to ensure parking safety and avoid scary incidents like downhill rolling.

When adjusting the parking brake, I prefer to err on the side of caution. For manual types, carefully check cable tension: loosen the nut and gradually tighten it, then test slope parking stability. If it seems complicated, simply visiting a 4S store saves hassle as they have professional equipment to ensure precise calibration. For electronic versions, avoid randomly pressing buttons and rely solely on the vehicle's self-check function. I prioritize safety—incorrect adjustments increase accident risks, especially the danger of rolling when carrying family. Schedule professional maintenance every six months, routinely monitor lever position to detect issues early, prolong component lifespan, and ensure worry-free driving.


