
Manual transmission neutral gear is located in the middle position of the gear lever without letter identification. Most manual transmission models have gears divided into 15 gears, R gear, and neutral gear. Here are the relevant introductions: 1. Gears: 15 gears are forward gears, and R is the reverse gear. Normally: 1st gear is at the upper left; 2nd gear is at the lower left; 3rd gear is at the upper center; 4th gear is at the lower center; 5th gear is at the upper right; R gear is at the lower right; neutral gear is in the exact center. Be sure to check carefully in advance to prevent accidents caused by shifting into the wrong gear. 2. Speed range: 1st gear: speed range is 0KM15KM. 2nd gear: speed range is 10KM25KM. 3rd gear: speed range is 20KM45KM. 4th gear: speed range is 40KM60KM. 5th gear: speed range is above 60KM.

When I first started learning to drive a manual transmission car, finding the neutral position was really frustrating. My instructor said it's in the middle area of the gear lever, not in first, second, or any other gear position, but the point where it can move freely. Every time I stop at a red light, I'm used to shifting to neutral and releasing the clutch, so my foot doesn't get tired. On the first day of driving, I accidentally started the car without shifting to neutral—the engine roared and stalled, which was pretty embarrassing. After more practice, I discovered a pattern: when the car is stationary, press the clutch and try moving the gear lever; if it wobbles easily left and right without resistance, then it's properly in neutral. Now, after driving for over a year, I intuitively control this position, especially during frequent stops in the city—shifting to neutral saves fuel and protects the car's components. Learning these details in a manual transmission is crucial—it helps avoid starting issues or damaging the gearbox, allowing beginners to quickly adapt to safe driving.

After driving a manual transmission car for over a decade, neutral gear has long been ingrained in my muscle memory. It sits at the central position of the gear slot—pushing forward engages the forward gears, pulling backward selects reverse, and that freely sliding midpoint is neutral. In daily driving, whether waiting at red lights or making temporary stops, I always shift to neutral before releasing the handbrake, saving fuel and preventing clutch wear. I remember once on a long mountain drive, attempting to shift gears downhill without first going to neutral nearly caused gear grinding—since then, I always transition through neutral to confirm positioning before any gear change. Checking its position is simple: with the engine running and the car stationary, gently nudge the gear lever to feel its play; if it wobbles freely left and right without resistance, you've found the correct spot. Developing this habit has significantly extended my transmission's lifespan, making manual driving smoother and more economical.

As an automotive modification enthusiast, the design of the neutral position in manual transmissions is quite ingenious—it's precisely at the central point of the gear lever, with no gear engagement, allowing free shifting. I often tune my car myself and know that the engine must be in neutral before starting, or the motor won't turn. The position marker is usually inconspicuous, making it easy for beginners to mistakenly leave it in other gears. My method is: with the car turned off, move the gear lever to the central area and test; if it feels like floating without resistance, that's the correct neutral position. While driving, using it for temporary stops or coasting is quite practical, but avoid using it while moving to prevent loss of control. Maintaining this habit can reduce transmission failures and ensure safe, smooth driving.


