···
Log in / Register

Can You Pass the Subject 2 Test Without a Mock Exam?

4 Answers
LeStella
07/28/25 1:34pm
The probability of passing the Subject 2 test without a mock exam is relatively low. Here are some key points to note for the Subject 2 test: 1. Reverse Parking: The main points for deduction include crossing the line during parking, failing to enter the parking space, exceeding the time limit, and not following the designated route. After the new regulations, reverse parking must be completed within 210 seconds; exceeding this time results in failure. During the test, perform right-side parking first, followed by left-side parking. Not following this sequence will result in failure. Pay attention to maintaining a 30cm margin from the side. 2. Parallel Parking: The main points for deduction include improper use of turn signals, maintaining a 30cm margin, and crossing lines. Before entering the test area, steer right to align the highest point of the windshield wiper with the roadside line to adjust the 30cm margin. During parking, remember the first right full-lock point, straightening the wheels, then left full-lock, parking, and activating the left turn signal. When exiting, observe the rearview mirrors to prevent the wheels from crossing the lines. 3. Right-Angle Turn: The main points for deduction include improper use of turn signals and crossing lines. Activate the turn signal upon entering the test area and turn it off after the voice prompt. Incorrect operation of the turn signal deducts 10 points. After entering the right-angle turn, adjust the vehicle to maintain a 30cm margin from the side line, similar to parallel parking. When performing a full-lock turn, slightly release the clutch to prevent stalling or stopping midway. Straighten the vehicle only after the rear wheels exit to avoid crossing the lines.
Was this review help?
11
3
Share
LaNadia
08/11/25 6:12pm
As a regular student who just passed the driver's license test, I personally experienced the Subject 2 exam. The possibility of passing directly without any simulation training is extremely small. Initially, I skipped the simulation to save trouble, but during the exam, I failed because I was unfamiliar with the test route and crossed the line during the reverse parking, which left me deeply regretful. Later, after completing two simulation sessions, I became familiar with the environment and methods, and passed easily on the second attempt. Simulation exams provide practical training opportunities, helping you master the exam rules and details, and reducing nervous mistakes. This is not only about the pass rate but also about safety fundamentals—driving is no small matter, and solid skills are essential to avoid accidents. I recommend that no matter how busy you are, at least do one or two simulation practices. It can save you the time and money of retaking the exam and ultimately ensure a smooth test.
Was this review help?
2
5
Share
Expand All
DiDavid
09/29/25 2:06am
As a seasoned driver with years of experience, looking back at the Subject 2 test, passing without simulation might be possible by luck, but the success rate isn't high. If you have abundant daily driving experience and stable skills, you might handle the test procedures; however, exam venues always have unexpected variables, like parking line accuracy or time pressure. Without simulation, you're prone to mistakes. I've seen friends pass without simulation, but more people fail and waste their chances because of it. Simulation training helps you adapt to real scenarios and boosts your confidence in passing. Financially, simulation fees are cheap compared to the higher cost of retaking after failure. In the long run, building a solid foundation is better than taking risks. I recommend simulating once for a secure pass.
Was this review help?
1
1
Share
Expand All
StAsher
11/12/25 4:02am
From a safety awareness perspective, passing the subject two driving test without simulation is possible but increases risks. Simulations allow you to practice error correction in controlled environments, such as improving precision in parallel parking, ensuring safety standards are met during the actual test. Skipping simulations and taking the test directly with weak fundamentals may lead to careless mistakes, posing potential hazards on the road. For the sake of your own and others' safety, it's essential to reinforce skills through simulation.
Was this review help?
20
2
Share
Expand All
More Forum Discussions

What is the wading depth of the Buick GL8?

The wading depth of the Buick GL8 is 200-500mm. The wading depth of the Buick GL8 is determined by the height of the vehicle's chassis, which is the ground clearance listed in the model's parameter configuration table. Generally, the greater the ground clearance, the higher the chassis, and the higher the safety factor when driving through waterlogged roads. Therefore, in terms of safe wading depth, the advantages of off-road vehicles and SUVs are obvious. However, for most compact and small cars with low chassis, the position of the vehicle's air intake should be used as a reference when passing through waterlogged roads. If the air intake of the Buick GL8 is below the water level during wading, water will be sucked into the engine's cylinders. Since water cannot be compressed like air, it will cause severe damage to the engine's mechanical components (such as connecting rods, pistons, crankshafts, etc.). Therefore, the wading depth should not exceed the height of the engine's air intake. The height of the engine's air intake, and thus the maximum wading depth, can also be increased by installing a snorkel. If wading is unavoidable, the following safe and correct operations should be performed: Before the vehicle enters the water, always turn off the auto start-stop function to prevent the vehicle from automatically restarting after stalling in the water, which could cause severe engine damage due to water ingress. Based on the passage of vehicles ahead, assess the underwater road conditions and choose an appropriate entry point. Observe the path taken by other vehicles and follow their tracks at a low speed, avoiding sudden acceleration or deceleration. On roads prone to water accumulation, observe warning water level markers, trees, and reference points like the wheels and doors of other vehicles to judge the water depth before deciding whether to proceed. Understand your vehicle's safe wading depth. If the water depth exceeds half of the tire height or the engine's air intake, do not enter the water recklessly; instead, choose an alternative route.
2
4
Share

Has the BMW 6 Series GT Been Discontinued?

BMW 6 Series GT has not been discontinued and is currently in production and available for sale. More relevant information is as follows: 1. BMW 6 Series GT Engine: The entire BMW 6 Series GT lineup uses a 2.0-liter turbocharged engine, which delivers 258 horsepower and a maximum torque of 400 Nm. This engine has a maximum power output at 5000 to 6500 rpm and a maximum torque range from 1550 to 4400 rpm. The engine is equipped with direct fuel injection technology and features an aluminum alloy cylinder head and block. It is paired with an 8-speed automatic transmission (8AT). 2. BMW 6 Series GT Configuration: The BMW 6 Series GT offers strong performance, and the 8AT transmission enhances both the responsiveness and smoothness of power delivery. The front suspension of the BMW 6 Series GT uses a double-wishbone independent suspension, while the rear suspension employs a multi-link independent suspension. This model is rear-wheel drive, which provides a more engaging driving experience and superior ride quality.
16
2
Share

What is the Difference Between GAC Honda and Dongfeng Honda?

The differences between GAC Honda and Dongfeng Honda mainly lie in the following two aspects: First difference: The style of the models differs. GAC Honda leans more towards family use, while Dongfeng Honda is more sport-oriented. Second difference: The manufacturers are different. GAC Honda focuses more on steady progress, while Dongfeng Honda's technology is more advanced. Below is some additional information about the two companies: 1. GAC Honda Automobile Co., Ltd. was established on July 1, 1998, as a joint venture between Guangzhou Automobile Group Co., Ltd. and Honda Motor Co., Ltd. of Japan, with each party holding a 50% stake and a cooperation term of 30 years. GAC Honda currently has two production bases: Huangpu Plant and Zengcheng Plant, with a combined annual production capacity of 480,000 vehicles and a total area of 1.6 million square meters. GAC Honda employs over 8,000 people. The main products currently produced by GAC Honda include the Crosstour series of crossover vehicles, Accord series sedans, Odyssey multi-purpose series sedans, Lingpai series sedans, City series sedans, Fit series sedans, and the Everus series sedans under its own brand, totaling over 30 models across seven series. 2. Dongfeng Honda Automobile Co., Ltd. is a vehicle production and operation enterprise jointly established by Dongfeng Motor Group Co., Ltd. (50% stake), Honda Motor (China) Investment Co., Ltd. (10% stake), and Honda Motor Co., Ltd. of Japan (40% stake). The company was founded on July 16, 2003, and employs over 7,000 people. It currently has two production plants: Plant 1 covers an area of 690,000 square meters with a building area of 310,000 square meters, and Plant 2 covers an area of 1.05 million square meters with a building area of 350,000 square meters. The company has a research and development center with strong technical capabilities, as well as advanced production workshops for stamping, welding, resin synthesis, painting, engine casting, machining, engine assembly, and vehicle assembly.
3
3
Share

What are the symptoms of a faulty catalytic converter?

The symptoms of a faulty catalytic converter mainly include three points. Below is a detailed introduction to the symptoms of catalytic converter failure: 1. Decreased engine power performance: During driving, the catalytic converter is prone to being affected by road conditions, causing bottoming or strong vibrations. This can lead to collisions of the catalytic converter, resulting in the fragmentation of the catalytic converter carrier, which can easily block the exhaust passage, causing decreased power performance, increased fuel consumption, and worsened emissions. 2. Increased exhaust passage resistance: Due to faults in the fuel supply system, ignition system, etc., engine overheating or backfire can cause sintering and peeling of the catalytic converter carrier, increasing exhaust resistance, which also leads to increased exhaust passage resistance. 3. Disordered engine air-fuel mixture concentration: When the catalytic converter is damaged, the secondary oxygen sensor cannot correctly provide data to the vehicle's computer ECU, causing the engine air-fuel mixture concentration to become too lean or too rich. A too lean mixture can cause ignition difficulties, weak driving, engine backfire, etc. A too rich mixture can increase fuel consumption, incomplete combustion, and severe carbon deposits in the cylinders and spark plugs.
3
2
Share

Why does the steering wheel shake when braking at 120 km/h on the highway?

The reason for steering wheel shaking when braking at 120 km/h on the highway may be due to a malfunction in the transmission system or uneven wear of the brake discs. When driving at 120 km/h on the highway, the steering wheel shaking during braking could indicate an issue with the car's transmission system. It is advisable to check for rust or looseness in components such as the tie rod and tie rod end. Here is additional information: 1. Shaking: When braking at a certain speed, the left and right wheels on the same axle may experience uneven braking torque, causing them to brake and release alternately. 2. Solution: If the uneven braking torque becomes significant, it can cause the wheels to roll at different speeds, leading to side-to-side oscillation that is transmitted to the steering wheel. There are two solutions for uneven brake disc wear: one is to resurface the brake discs, and the other is to replace them.
7
0
Share

How to Set the Time on a Škoda Octavia?

To set the time on a Škoda Octavia, follow these steps: 1. After turning on the vehicle, the CLK button displays and sets the time. 2. Press and hold the CLK button for about 5 seconds until the time display starts flashing. 3. Use the adjustment buttons—turn left to decrease and right to increase the time. 4. Use the hour and minute selection buttons to choose the respective values. 5. After adjusting the time, press the CLK button again to confirm. This vehicle excels in the following two aspects: 1. Exterior Design. The car adopts Škoda's new family design language, showcasing a simple, stylish, and elegant styling with exquisite detailing. The most striking feature is the integrated panoramic sunroof with black elements extending from the front to the middle of the roof. The extended full-opening design creates excellent visual appeal and enhances cabin transparency. Additionally, the newly added light-guide LED daytime running lights add a luxurious and high-tech touch. The dual-tone floating exterior mirrors enrich the car's layered appearance, while the sleek black shark-fin antenna is uniquely designed, compact, stylish, dynamic, and effectively optimizes aerodynamics, combining aesthetics with practicality. The taillights feature a dual-tone design with the signature C-shaped family styling and LED light-guide sources, offering high visibility and highlighting the vehicle's premium character. 2. Performance. The new Octavia is equipped with Volkswagen Group's latest EA211 engine, offering two power options: 1.4TSI and 1.6L. It is paired with Volkswagen's globally renowned 7-speed DSG dual-clutch transmission, Tiptronic 6-speed automatic transmission, or the classic 5-speed manual transmission, delivering both powerful performance and smooth gear shifts. The 1.4TSI engine in the Octavia delivers a maximum power of 110kW and a peak torque of 250N·m, rivaling the performance of a 1.8L naturally aspirated engine. It provides strong acceleration, with a 0-100km/h sprint time of just 8.5 seconds, ensuring an exhilarating driving experience.
1
4
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.