The most common scenario when digging holes at the site is tackling a steep hill. When charging up a steep incline, you may not succeed on the first try and might need to back down. The moment you feel the engine lacks power, shift into reverse gear in advance to retreat downhill, and try to avoid stalling halfway up the slope. While ascending, pay close attention to your vehicle’s direction—never let it drift sideways. If it does start to veer, immediately shift into reverse, back down while turning the steering wheel to correct the direction and safely descend.

       When charging up a steep hill, it’s advisable not to floor the accelerator on the first attempt. Don’t expect to clear the hill in one go. The best approach is to use no more than two-thirds of the throttle initially to test the slope’s steepness, the condition of the ascent path, and how well your vehicle performs at that gradient. Then, based on your experience, decide which gear to use or whether you’re confident about making the climb.

       Also, when ascending a steep hill, there’s a high chance the vehicle may stall halfway up. If this happens, immediately press and hold the brake pedal (remember, the first brake application is usually effective, but the second may not work because, after stalling, the brake booster stops functioning properly, making the pedal feel stiff and offering almost no braking power). Quickly shift into reverse gear—do not attempt to restart the engine (since restarting requires pressing the clutch, and with the engine stalled, the brake pump may not function due to lack of power, leading to loss of braking and potential uncontrolled sliding). Instead, boldly release the clutch and let the vehicle roll backward under gravity while automatically engaging the starter. Then, using the resistance of reverse gear along with the compromised brakes, slowly back down the hill. Of course, after practicing this scenario multiple times, when I encounter it, I usually press the brake, shift into reverse, and instead of rushing to restart the engine, I check the retreat path, hold the steering steady, press the clutch, and release the brake. This allows the vehicle to freely slide backward under gravity. Once it gains some speed, I quickly release the clutch to let the engine start automatically during the slide. Once started, I immediately use the brake and clutch together to slowly descend the hill. In this way, descending backward can be handled similarly to descending forward, avoiding the risks of stalling halfway and losing brake control.

       Whether descending forward or in reverse, due to the vehicle’s weight, if your speed is slower than the natural descent speed caused by gravity, the front or rear of the vehicle may start to drift sideways. In this case, you need to overcome fear, accelerate to increase your downward speed (rather than braking, which would worsen the drift or even cause a rollover), in order to correct the side drift of the vehicle’s front or rear.

       Another common scenario when digging holes at the site is encountering mud pits. Generally, to get through a mud pit, you need to increase the speed at which you enter, and more importantly, the rotation speed of the tires—not their torque. Therefore, after starting off, you should shift into a higher gear to increase tire rotation speed. Typically, shifting into 2nd or 3rd gear is optimal for off-road vehicles navigating mud pits. The situation with sandy terrain is largely similar to that of muddy terrain.