Should You Shift to Neutral When Waiting in Subject 2 Parking?

2 Answers
McKingston
07/28/25 6:39pm
When waiting during Subject 2 parking, you can shift to neutral. The standard procedure requires engaging the handbrake and shifting to neutral before restarting the engine after shutting it off. However, during the exam, to quickly restart the engine, you may directly press the brake and clutch to ignite (if the system doesn't penalize this), depending on the test site's evaluation rules. Extended explanation: Notes: For Subject 2, one free retake is allowed if you fail the first attempt. Failing the retake ends the test session. In non-parking test items, pausing midway deducts 5 points (vehicle stationary for over 2 seconds counts as midway parking).
Was this review help?
14
1
Share
SanChase
08/12/25 12:10am
When I first started learning Subject 2, the instructor repeatedly emphasized that you must shift to neutral and pull the handbrake when waiting, especially during reversing into a parking space or starting on a slope. He said shifting to neutral gives the clutch a break, avoids unnecessary wear, and prevents accidents caused by the car rolling due to negligence—this is strictly checked during the exam. Don’t think you can skip it for just a few seconds; the examiner will deduct points for details. After forming this habit, I’ve stuck to it while driving—it’s safe and worry-free, especially practical for manual transmission cars. For automatic transmissions, you can shift to N and pull the handbrake when waiting, which serves a similar purpose. In short, practice this operation more during Subject 2 training—don’t find it troublesome, as it affects both your test results and daily driving safety.
Was this review help?
13
1
Share
Expand All
More Forum Discussions

How to Turn Off ECO Mode in Hyundai?

ECO button is usually located on the left side of the car, with ECO letters on it. Some models have green buttons, which are easy to identify. Press the button to turn it off. ECO stands for the initials of three English words: Ecology, Conservation, and Optimization. It is a vehicle fuel-saving mode that can achieve energy-saving effects when activated. How ECO works: ECO mainly makes comprehensive judgments and analyses on factors affecting fuel consumption during vehicle movement, such as automatic transmission gear position, engine speed, vehicle speed, braking, and transmission oil temperature. The ECU control unit calculates the optimal fuel amount to provide to the engine, effectively reducing fuel consumption compared to normal driving mode. Simply put, it controls the engine speed with reasonable gear positions to reduce unnecessary fuel consumption. In a few cases, it's unnecessary to activate ECO: When the car is driving at high speed (up to 100km/h), even if ECO is turned on, the onboard computer will prioritize speed, and ECO mode will automatically deactivate. When high torque output is needed, such as climbing a mountain, the engine computer will prioritize ensuring and delivering sufficient power to drive the vehicle, and ECO mode will automatically deactivate.
18
1
Share

How to Choose Between Japanese and German Cars?

Japanese cars offer advantages such as low ownership costs, near-perfect fuel efficiency, durable engines, and high resale value. For family cars, Japanese models are practical and worth purchasing, while for executive-level and luxury brands, German cars are recommended. Below is more detailed information: 1. Advantages of German cars: Germans pursue perfection, and their car-making philosophy can be summarized as 'precision.' Many German car models boast high-quality craftsmanship and meticulous attention to detail. Additionally, in terms of exterior and interior design, German cars are often described as 'moderate,' which may seem like a negative term but in the automotive context, it means timeless and appealing to the general public's aesthetic. German cars also tend to have strong performance; for example, BMW engines frequently win international awards. In the family car segment, Volkswagen's 1.4T engine offers excellent fuel efficiency and competitive power in its class. Therefore, German cars provide ample power for family use. Compared to Japanese cars, German cars have sturdier and more stable chassis. At high speeds, the chassis gives drivers a strong sense of security without feeling loose. The materials used in the chassis components are also very substantial, giving consumers an impression of solidity. 2. Advantages of Japanese cars: The biggest advantage of Japanese cars is their low ownership cost. Japanese cars are undoubtedly the most fuel-efficient, possibly due to Japan's limited natural resources. Maintenance and repair costs for Japanese cars are relatively low, and parts are affordable. Additionally, Japanese cars are highly regarded for their durability, with the saying 'Toyotas never break down' being widely known. Japanese manufacturers place a high emphasis on engine technology, with many groundbreaking innovations. Examples include Nissan's VC-TURBO 2.0T variable compression ratio engine, Toyota's dual injection + dual cycle + variable compression ratio engine, Honda's Earth Dreams engine, and Mazda's second-generation Skyactiv-X homogeneous charge compression ignition engine. These technological marvels highlight the relentless pursuit of excellence in engine development by Japanese automakers.
18
2
Share

Why Do I Perform Well in Practice but Fail the Driving Test?

Reasons for performing well in practice but failing the driving test are as follows: 1. Excessive nervousness and inability to regulate emotions: Nine out of ten students feel nervous, which is normal when taking the test. However, it's crucial to manage emotions properly during the actual exam to avoid over-nervousness affecting performance. Moderate tension can help regulate emotions and facilitate test performance. Students should avoid attaching too much importance to the outcome and treat the test as a regular practice session. 2. Differences in vehicle condition and test environment: The vehicles at the test center differ from those used in driving school practice. Some students may find the clutch feel completely different when switching cars. In such cases, they should take time to familiarize themselves with the clutch's height and resistance, gradually adapting to the test vehicle. The principle remains the same—engage the clutch slowly to find the semi-engagement point rather than rushing. Proper clutch control ensures steady speed management, enabling smooth progression to the next steps. 3. Failure to adjust the seat and mirrors optimally: During practice at the driving school, instructors usually preset the seat and mirrors to ideal positions. However, if the previous test-taker has significantly different body proportions, students must readjust these settings upon entering the vehicle. Neglecting this step may lead to inaccurate reference points, resulting in either crossing lines or improper parking during the test.
7
1
Share

What brand is the engine of the Changan Oushang A800?

The engine of the Changan Oushang A800 is a Changan independent brand. The Changan Oushang A800 uses two engines in total, one is a 1.5-liter turbocharged engine, and the other is a 1.6-liter naturally aspirated engine. The Changan Oushang A800 is an MPV model under Changan, with a length, width, and height of 4810 mm, 1795 mm, and 1730 mm respectively, and a wheelbase of 2760 mm. The Changan Oushang A800 integrates a fashionable and elegant exterior design, imaginative intelligent configurations, and unique and comfortable respiratory health features. With its breathable, intelligent, spacious, extremely safe, ultra-quiet, strong handling, and high-quality characteristics, it provides passengers with a 'journey of good times all the way.'
9
5
Share

Which brand does Exeed belong to?

Exeed is a vehicle under the Chery Automobile brand, positioned as a mid-to-large-size SUV. Its body dimensions are 4970mm in length, 1940mm in width, and 1795mm in height, with a wheelbase of 2900mm. Exeed is equipped with a four-cylinder turbocharged engine, paired with a seven-speed dual-clutch transmission. In terms of power, the Exeed engine delivers a maximum power of 145 kW and a maximum torque of 299 Nm, with the engine emission standard meeting China VI. The vehicle has a top speed of 185 km/h. For suspension, the Exeed chassis uses a front MacPherson independent suspension and a rear multi-link independent suspension system.
3
3
Share

How to adjust the high beam of Elantra?

The method to adjust the high beam of Elantra is: Turn on the high beam of Elantra, and use a hexagon socket to adjust the height and left-right screws of the high beam. Elantra is equipped with two types of engines, 1.4T and 1.6L. The 1.4T version is matched with a 7-speed dual-clutch transmission, while the 1.6L powertrain is matched with a 6-speed manual and a 6-speed automatic transmission. In terms of appearance, Elantra adopts Hyundai's family-style design, featuring a hexagonal grille with sharp headlight design. In terms of body size, Elantra has a length, width, and height of 4610mm, 1800mm, and 1450mm respectively.
4
1
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.