···
Log in / Register

What is the maximum wading depth of the Roewe RX5?

4 Answers
LaBrielle
08/30/25 3:34am

According to official information, the maximum wading depth of the Roewe RX5 is 70 cm. Common tire specifications include 215/60R17, 235/45R19, and 235/50R18. The vehicle comes in two body lengths: 4556mm and 4571mm. It is equipped with a 7-speed wet dual-clutch transmission (DCT), a 6-speed manual transmission (MT), or a 7-speed dry dual-clutch transmission (DCT). The body structure is a 5-door, 5-seat SUV. The maximum wading depth refers to the deepest water level a vehicle can safely pass through. Generally, the maximum wading depth for sedans does not exceed 30 cm, while SUVs have a higher wading depth, though it is still advisable not to exceed 50 cm. Among common models, the GAC Trumpchi GS8 has a maximum wading depth of 30 cm, the Audi A4 has 32 cm, the Volkswagen Sagitar has 30 cm, the Land Rover Range Rover has 90 cm, the Jeep Compass has 48 cm, and the Highlander has 45 cm. The maximum wading depth of SUVs is significantly higher than that of sedans. Generally, when driving through water, vehicle owners should take different measures depending on the depth and the vehicle's characteristics, as outlined below: If the water reaches the height of the exhaust pipe, it is relatively safe. Even if water enters the exhaust pipe, the pressure inside is sufficient to expel it. As long as the engine is not turned off in the water, water will not flow back into the vehicle. If the water reaches the height of the door frame, it becomes more dangerous. The vehicle's circuits, electronic components, and sensors are mostly located at the bottom of the car, which could lead to circuit failures and damage critical electrical components, preventing the car from starting normally. If the water reaches the height of the air intake pipe, it is extremely dangerous. Driving directly into such conditions could cause the engine to stall immediately, leading to permanent damage or rendering the engine unusable.

Was this review help?
20
3
Share
DelCorey
09/11/25 7:38am

I've been driving the Roewe RX5 for two years now and have encountered waterlogged sections both in the city and suburbs. The vehicle's maximum wading depth is 400mm, approximately up to the center of the wheels. I once tested it in shallow water about 350mm deep, driving slowly without any issues, but never exceed this depth—otherwise, water could enter the intake or exhaust pipes, causing the engine to stall or even sustain damage. I remember one rainy day on a village road where the water looked shallow, but after driving in, I found uneven potholes that nearly submerged the chassis, forcing me to reverse and take a detour. A reminder to everyone: before wading, it's best to probe the water depth with a stick. Never take risks if you're unsure of the depth. Maintain a steady speed of 5 to 10 km/h when crossing—too fast and splashing water could affect the systems. Afterwards, always check the brakes and chassis for water accumulation to ensure safety. Regular maintenance should also focus on sealing to prevent rust, as wading can have potential long-term effects on the car. Safe driving is paramount—don’t risk deep water to save a few minutes.

Was this review help?
14
5
Share
Expand All
StIsla
10/25/25 8:29am

As an automotive technology enthusiast, I enjoy studying the details of vehicle wading capabilities. The official maximum wading depth for the Roewe RX5 is 400mm, which is designed based on the height of the air intake pipe—typically located at the top of the engine. I've seen real-world test data on forums showing that at 400mm water depth, the air intake pipe remains just above the waterline. When wading, maintain a low gear with high RPM and control speed between 5 to 10 km/h to prevent water intrusion due to wave height fluctuations. Additionally, the RX5's chassis sealing and electronic system protection levels are decent, such as well-wrapped wiring to avoid short circuits. However, exceeding the depth can easily damage sensors or the exhaust system, so I advise against pushing the limits. In the modification community, some raise the air intake pipe to increase depth, but this is not recommended for stock vehicles as it affects balance and voids warranty. After wading, immediately dry the brakes and check tire grip to prevent skidding. During rainy seasons, always estimate water depth before driving through; if unsure, it's safer to detour—safety first.

Was this review help?
10
1
Share
Expand All
SanJake
12/09/25 2:02am

Safe driving is my top priority. The maximum wading depth of the Roewe RX5 is 400mm, beyond which the risk increases dramatically. I recommend all car owners measure the water depth before wading, using hands or tools. If it exceeds 300mm, proceed with caution. Drive at a steady, slow speed to avoid sudden acceleration that may cause water level fluctuations. High RPM can help drain the exhaust pipe. After wading, check electrical components and the chassis to ensure there's no water accumulation that could cause corrosion. The RX5 is relatively reliable at 400mm depth, but complex road conditions like strong currents can easily lead to accidents. Protecting your safety is more important than rushing. If the water depth is unclear, stop immediately or seek help.

Was this review help?
17
4
Share
Expand All
More Forum Discussions

What Causes Oil Leakage from Engine Valve Cover Screws?

Since valve cover gaskets and oil seals are typically made of rubber materials, prolonged exposure to alternating hot and cold temperatures can cause the rubber to lose its plasticity and elasticity. Over time, the material hardens or even cracks, leading to poor sealing and resulting in oil leakage. Other Causes of Oil Leakage: Another possible cause of valve cover oil leakage is a blocked crankcase forced ventilation valve. This blockage increases crankcase pressure, forcing oil to escape through the valve cover gasket or other weak points, resulting in leakage. Specific Causes of Oil Leakage: The exact cause requires detailed inspection and repair by an authorized 4S dealership.
8
5
Share

At what temperature does a dry dual-clutch transmission trigger an alarm?

Under normal driving conditions, the transmission fluid temperature of a dual-clutch transmission vehicle is typically below 135 degrees Celsius. An alarm will be triggered if the temperature exceeds this threshold. Causes of excessively high transmission fluid temperature: When a vehicle is subjected to excessive use, such as overloaded towing, or when driving in four-wheel-drive mode set for snow or off-road conditions, excessive slippage in the torque converter can cause the transmission fluid temperature to reach 135 degrees. How to handle overheating: Transmission overheating occurs more frequently in dry dual-clutch transmissions. If the transmission temperature is too high, it is advisable to wait for it to cool down before continuing use. Excessive temperature can lead to transmission failure.
9
0
Share

Do small cars need to warm up?

Automobiles also require preheating. In summer, the preheating time should not be too long, and there is no need to press the accelerator. Introduction to automobile engines: The automobile engine is the device that provides power for the car, serving as the heart of the vehicle. It determines the car's power, fuel efficiency, stability, and environmental friendliness. Reasons for warming up the car: The main reason for warming up the car is that after prolonged parking, the engine oil flows back into the oil pan at the bottom of the engine. Therefore, warming up is necessary. The correct method for warming up the car is to start driving 30 seconds to one minute after ignition, but avoid driving at high RPMs during this time. Maintain a low speed, keeping the engine RPM below 3000-3500, generally around 2000 RPM.
6
1
Share

What does intelligent connected vehicle mean?

Intelligent connected vehicles refer to the organic integration of the Internet of Vehicles and intelligent vehicles. They are equipped with advanced onboard sensors, controllers, actuators, and other devices, combined with modern communication and network technologies, to achieve intelligent information exchange and sharing between vehicles and people, vehicles, roads, and backend systems. This enables safe, comfortable, energy-efficient, and efficient driving, ultimately leading to a new generation of vehicles that can replace human operation. Current development status of intelligent connected vehicles: In 2016, the Ministry of Industry and Information Technology organized the industry to accelerate the formulation of development strategies, technology roadmaps, and standard systems for intelligent connected vehicles. The Ministry of Transport has also accumulated extensive experience in intelligent traffic management through the implementation of the "two buses and one micro" vehicle management policy. Development prospects of intelligent connected vehicles: Miao Wei, the Minister of Industry and Information Technology, previously stated that non-traditional automotive industry enterprises are encouraged to cooperate with current automobile manufacturers to promote innovation and enhance competitiveness.
19
5
Share

Where is the vehicle ICCID located?

The vehicle ICCID can be found in the central control screen of the car or queried at a 4S store. ICCID is an integrated circuit card identifier used for telematics functions, essentially a built-in SIM card in the car's infotainment system. It serves as a protective measure to prevent software piracy. When the owner activates the infotainment system, a unique identifier is generated based on the computer hardware and software information installed by the user. The digital encoding format is XXXXXX0MFSSYYGXXXXXXX. In this sequence, the first six digits represent the operator's code, which is also the unique identification number. The ICCID number is printed on the mobile SIM card and its holder. The ICCID is the unique identifier for the IC card. When activating the infotainment system, the car generates an identification code based on the hardware and software information of the system, consisting of 20 digits. In addition to the vehicle ICCID, the central control screen also contains the SN code. SN stands for Serial-Number, sometimes referred to as SerialNo, which is the product serial number. The product serial number is a concept introduced to verify the legitimate identity of a product, ensuring users' rights to genuine software and legal services. Each genuine product corresponds to only one set of serial numbers, primarily to prevent software piracy. Users must know the serial number to use the software. The SN code can be found on the vehicle frame. It is also known as the machine code, authentication code, or registration application code.
13
3
Share

What is the Difference Between a 4S Store and an Auto Trading Store?

The differences between a 4S store and an auto trading store include variations in pricing, after-sales service, vehicle sourcing, store setup, and insurance. The specific details are as follows: Price difference: For the same car model, the base price at an auto trading store may sometimes be cheaper than at a 4S store. This is because auto trading stores are secondary dealers, sourcing their cars from 4S stores, effectively acting as sales agents for them. The vehicles they offer come at internal cooperative prices with 4S stores, hence the lower prices. Additionally, auto trading stores do not need to build dedicated showrooms for specific brands, nor do they require significant advertising investments or other expenses, significantly reducing their per-vehicle costs compared to 4S stores. After-sales service difference: Under the new automotive three-guarantee law, regardless of whether a consumer purchases a car from a 4S store or an auto trading store, the seller must bear responsibility for any quality issues with the vehicle. If a problem arises with a car purchased from a 4S store, the 4S store will handle it immediately. If the car was bought from an auto trading store, the store will liaise with a 4S store to resolve the issue. However, the after-sales maintenance service at a 4S store is generally superior to that at an auto trading store. Sourcing difference: 4S stores source their vehicles exclusively from the original equipment manufacturers (OEMs). Each city's 4S stores are agents, paying deposits and fees after preliminary negotiations to qualify for purchasing vehicles from the OEMs. Typically, a 4S store collaborates with only one OEM. In contrast, auto trading stores obtain their vehicles from 4S stores and have no direct connection with OEMs, which is why they are often referred to as secondary networks. Moreover, auto trading stores are not limited to partnering with just one 4S store; they usually collaborate with multiple 4S stores simultaneously. Store setup difference: 4S stores are more formal, usually located in automotive sales hubs with prominent geographical advantages. Their store layouts are more detailed, with clear divisions of labor among departments and strict service processes from entry to exit. Auto trading stores, on the other hand, are much simpler, with no stringent requirements on location or store setup, and they place less emphasis on service and decor. Insurance difference: Some auto trading stores require customers to purchase car insurance in-store, often at relatively high discounts. However, the insurance companies they partner with may be small, potentially leading to claim denials in case of accidents. In contrast, 4S stores offer lower insurance discounts, resulting in higher total insurance costs, but they generally partner with larger, more reliable insurance companies. Additionally, there are several considerations when purchasing a car from an auto trading store: Auto trading stores issue invoices from 4S stores: Since auto trading stores source their vehicles from 4S stores, they are treated as regular consumers by the 4S stores. When an auto trading store purchases a car from a 4S store, it must pay upfront and use the customer's ID to issue the purchase invoice. This is akin to having a friend buy a car on your behalf from a 4S store, which the 4S store acknowledges. Normal warranty coverage: Regardless of where you buy the car, as long as you have a valid purchase invoice, the car is entitled to the standard warranty from the date of invoice issuance. Most cars today come with lengthy warranty periods, ranging from 3-4 years to a decade or more, with some even offering lifetime warranties. Signing a purchase contract: Reputable auto trading stores will sign a purchase contract with customers, detailing the model, price, color, and configuration. Customers can request specific terms in the contract, such as whether the car has any damage or is from inventory, and include these in the agreement. This ensures that any issues can be addressed later with the contract as proof. Financing: If opting for a car loan, it's advisable to use the manufacturer's financial services offered by the auto trading store. Manufacturer financing serves as a primary purchase credential, with lower unnecessary fees and more favorable interest rates compared to banks. Loans from banks or private lenders partnered with the auto trading store may come with significantly higher fees. Choosing a reputable auto trading store: A reputable auto trading store should have a long-standing presence, good reputation, many repeat customers, and comprehensive information.
18
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.