···
Log in / Register

Should You Press the Accelerator When Downshifting in Driving Test Subject 3?

4 Answers
MacVivienne
09/02/2025, 11:05 PM

You definitely need to press the accelerator after downshifting in Subject 3. Here are the precautions for the Subject 3 road test: 1. Fingerprint: If the candidate's fingerprint verification fails, please exit the vehicle to re-collect the fingerprint before queuing again for the test. 2. Score: If the candidate's score falls below the passing score during the test, the system will automatically prompt the candidate to pull over. After completing the pull-over action, the system will prompt for the next test. 3. Distance: After the candidate completes all required test items and drives a distance of more than 3 kilometers as required, the system will automatically prompt to pull over. Upon hearing the pull-over voice prompt, the candidate should choose a clear curb (or solid road edge line) on the test route and complete the pull-over action after confirming safety. After pulling over, the system will broadcast the test results via voice.

Was this review help?
5
2
Share
OAlexa
09/15/2025, 12:48 AM

When I was taking the driving test for Subject 3, the instructor repeatedly emphasized the need to press the accelerator while downshifting. In a manual transmission car, if you downshift from 4th to 3rd gear without matching the engine speed to the decreased vehicle speed, the car will jerk or even stall. During practice, I tried downshifting without pressing the accelerator, and the car jerked violently, almost stalling, which resulted in a penalty during the mock test. Pressing the accelerator increases the engine speed, making the gear shift much smoother. This is especially crucial when turning or climbing hills, as it reduces risks. I’ve also developed this habit in my daily driving, making my driving smoother and safer. The Subject 3 test rules require standard operations, and failing to press the accelerator can lead to penalties and affect passing. So, I always lightly press the accelerator in sync with the action to develop a sense of rhythm.

Was this review help?
11
0
Share
Expand All
McRowan
10/29/2025, 01:25 AM

I've been driving for over a decade, and pressing the accelerator while downshifting is standard practice. During the downshift, the engine needs to match the revs; otherwise, the transmission will make noise and affect smoothness. I usually lightly press the accelerator as the car slows down to raise the engine revs slightly before releasing the clutch, ensuring a seamless transition. Not doing so can lead to jerky and uncomfortable shifts, especially noticeable in congested areas. The driving test (Subject 3) emphasizes standardization, and learners often overlook this, resulting in stalling and point deductions. With enough practice to build muscle memory, it becomes natural and smooth, also extending the clutch's lifespan. In daily driving, this technique is crucial for safe control, preventing unintended coasting.

Was this review help?
15
4
Share
Expand All
DiElena
12/12/2025, 12:37 AM

Downshifting while stepping on the accelerator serves to match the engine speed. As the vehicle speed decreases, the engine RPM drops, and when shifting to a lower gear, the engine requires higher RPM to maintain power output. Pressing the accelerator in advance to raise the RPM can prevent stalling and shaking. When I was learning to drive, my instructor demonstrated that if you don't press the accelerator, the car would become unstable, as if suddenly braking. This detail is crucial in the driving test (Subject 3), where a single mistake can lead to point deductions. During practice, focus more on getting a feel for the car, and just lightly tap the accelerator while synchronizing the movements. Once it becomes a habit, gear shifts will be quieter and smoother, reducing mechanical wear and extending the lifespan.

Was this review help?
17
1
Share
Expand All
More Forum Discussions

Is It Normal for the Clutch to Make a Thud Sound When Released Quickly?

It is normal for the clutch to make a thud sound when released quickly. Here are the relevant explanations: 1. Impact Sound: When the clutch is lifted too quickly, the release bearing returns too fast, causing an impact sound. It is recommended to depress the clutch quickly but release it slowly while driving to avoid this noise. If the driver continues to press the clutch pedal after shifting gears and maintains this habit for a long time, it can damage the clutch and cause wear on the clutch plate. 2. Other Causes of Abnormal Noise: A sharp screeching sound heard just before the clutch engages, which disappears when the pedal is pressed and reappears when released, is caused by a broken driven plate steel sheet or exposed rivet heads scraping against the pressure plate or flywheel. In such cases, repairs are necessary.
6
5
Share

What is a 2+1 Nanny Vehicle?

2+1 nanny vehicle is a type of nanny vehicle. The definition of a nanny vehicle is as follows: 1. Function: A nanny vehicle refers to a vehicle that can carry cargo or a large number of people in a household, typically with seating for 7 or more. 2. Activities: It also refers to a vehicle specifically used for cooking, makeup, and styling for celebrities, as it can provide daily necessities like a nanny, hence the name. 3. Lounge: A nanny vehicle can serve as a temporary lounge, dressing room, or makeup room, mainly customized by automobile companies. In China, the main nanny vehicles are imported customized large business vehicles (RVs) with 7 or more seats.
18
0
Share

What does wide-body SUV mean?

Wide-body SUV refers to an SUV with a relatively wide body but a shorter length. For example, Zotye recently launched a model called "Mondial Bo Lang," which has a body width of 1871mm, exceeding the Audi A6L's 1855mm, but its body length is only 4089mm, nearly 1 meter shorter than the Audi A6L's 5035mm. Below are the advantages and disadvantages of a long wheelbase: 1. Advantages: (1) Spacious interior, especially in the rear seats. (2) More stable at high speeds. 2. Disadvantages: (1) Lower body rigidity. (2) Heavier body weight, higher fuel consumption. (3) Reduced cornering performance. (4) More prone to underbody scrapes.
18
2
Share

What are the methods for cargo transport drivers to conduct loading inspections?

Before transportation, ensure the loading meets requirements; check the safety condition of the cargo during transit; inspect during every rest stop; and continuously monitor the loading status via rearview mirrors while driving. There are two key inspection items for freight vehicles: 1. Tires: Since the primary function of trucks is cargo transportation, tire safety is crucial. Inspect for any tire scratches and check between the dual rear wheels for trapped stones. Use a hammer or pry bar to tap the tires—normal tire pressure produces a relatively crisp sound, while underinflated tires emit a dull thud, making it easy to identify. 2. Three Leaks: When parked, inspect the vehicle underside for water or oil leaks. Observe the engine, transmission, and rear axle for any dripping phenomena, which can help detect potential hazards in advance.
14
4
Share

Should You Drive Fast or Slow Through Water on the Road?

You should drive slowly. Here are the reasons for driving slowly: 1. Safety is crucial when driving on slippery surfaces. 2. Avoid splashing water onto pedestrians. 3. Apply brakes gently to prevent sudden stops, as driving too fast can cause water to enter the engine. Additional information: 1. Drive slowly through water to prevent tire slippage, but when crossing a water puddle, press the accelerator fully to pass quickly, ensuring the exhaust pipe has enough pressure to prevent water from flowing back. 2. Cars submerged in water may develop various malfunctions if not inspected and repaired promptly. 3. It is best to replace water-soaked items inside the car as soon as possible to prevent odors and bacterial growth.
4
0
Share

What is the design of an automotive electronic water temperature gauge?

Utilizes the characteristic relationship between thermistor resistance and temperature changes to calculate the coolant temperature within the engine cooling system. There are two main reasons for excessively high temperatures: 1. Insufficient coolant: Coolant leakage leading to reduced levels can cause water temperature to rise. In this case, check for signs of coolant leakage. If present, repair the leaking components promptly. If no leaks are found, replenish the appropriate coolant immediately. 2. Radiator fan malfunction: A faulty radiator fan can cause water temperature to increase as heat generated during high-speed vehicle operation cannot be effectively transferred to the antifreeze, impairing heat dissipation. This leads to elevated antifreeze temperatures and potential boiling over. When encountering this situation while driving, reduce vehicle speed and check whether the fan is malfunctioning.
3
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.