
No, you should not. This causes the left and right wheels to rotate at different speeds during a turn, leading to uneven wear on the brake pads. As a result, the vehicle may experience unbalanced braking force during normal braking, increasing the risk of veering off course. Additionally, turns often have limited visibility, meaning the driver may not fully understand the road conditions ahead before entering the turn. Braking at high speed while turning significantly raises the danger level, so it's best to avoid braking after entering the turn. Correct Approach for Turning: Proper braking should be completed before entering the turn. Maintain a steady speed while navigating the curve, and avoid shifting into neutral. Since you've already reduced speed before the turn, it's advisable to downshift appropriately and use a lower gear to complete the turn. Accelerate only after exiting the turn. Hazards of Braking Before a Turn: If you only slightly reduce speed before the turn and perform most of the braking during the turn, it will cause the left and right wheels to rotate at different speeds, leading to uneven brake pad wear. This imbalance in braking force can cause the vehicle to veer off course during normal braking.

I learned this firsthand when driving on mountain roads—braking before the turn is the right way. When the car is mid-corner, the tires have to handle both steering and braking forces, which spreads out the grip. If the tires are overloaded, they can easily lose traction, especially in rear-wheel-drive cars where the tail feels like it wants to swing out. If you enter a turn while braking in the rain, the car feels even more uncontrollable, sliding outward. The real technique is to slow down to the right speed before entering the turn, then maintain steady throttle through the corner. If you must brake in an emergency, tap lightly while easing off the steering, then correct once the car stabilizes. It’s like tiptoeing on slippery ground—no sudden moves.

I've tried practicing trail braking on the track and found it to be quite a delicate technique. When braking into a corner, the tire grip is split between two uses, causing steering and braking to compete with each other. Front-wheel-drive cars tend to understeer, where the car keeps heading straight toward the barrier despite turning the wheel; rear-wheel-drive cars may suddenly oversteer. The coach taught me three methods: the safest is to brake to a reasonable speed in a straight line before the corner; the intermediate approach is to quickly release the brakes when trail braking to complete the turn; the advanced trail braking technique involves gradually releasing the brakes while turning, like stepping on an egg with your toes. For daily driving, the first method is recommended—it's both safe and protects the tires.

The lesson of braking during a turn in the rain is deeply ingrained in me. Once, driving the family's front-wheel-drive car, I entered a turn without slowing down in advance and applied the brakes, causing the car to slide outward like it was on ice. Scared, I yanked the steering wheel and nearly scraped the guardrail. The mechanic called it understeer—the front wheels were handling both steering and braking, causing the tires to lose grip entirely. Now I've developed a habit: start slowing down 100 meters before the turn and completely release the brakes while turning. For sharp bends, I even downshift to use engine braking, making the steering feel as smooth as butter. The core of safe cornering is: slow before the turn, steady during the turn.

Having driven several cars with different drivetrain configurations, I've noticed braking techniques vary by drive type. Front-wheel-drive cars like most family sedans tend to understeer more when braking mid-corner, making the steering heavier and the front end reluctant to turn. Rear-wheel-drive vehicles such as the 3 Series may oversteer instead, with the tail more prone to sliding out. While AWD cars are more stable, sudden braking can still induce understeer. The real trick is called '70% braking before the corner' – completing 90% of deceleration on the straight, leaving some residual speed when entering the bend. If you must brake mid-corner, remember to slightly unwind the steering to reduce tire load, much like taking quick small steps when carrying a bowl of hot soup.

When teaching my wife to practice driving, I emphasized the principle of braking in curves. When the vehicle turns, the center of gravity shifts forward, increasing pressure on the front wheels and lightening the rear wheels. Braking at this moment is like adding insult to injury. Once, she slammed the brakes while turning, causing the tires to screech and slide for three to four meters, even triggering the ABS. Now, I instruct her to complete deceleration 50 meters before the curve and maintain steady throttle through the turn, likening it to a waltz where you need to leave space for steps in advance. Extra caution is needed on special road sections: reduce speed to 40 km/h early on elevated circular ramps, and ease off the throttle well before slippery curves. Adopting the mantra 'slow in, fast out,' the steering feedback becomes exceptionally responsive.


