Do You Need a Parking Sensor with a Rearview Camera?

2 Answers
DeJaxon
07/24/25 12:33am
You still need a parking sensor. Here is more information about the rearview camera: 1. The rearview camera can only display images within a fixed range, while the parking sensor can detect a larger area. When reversing the vehicle, the parking sensor can enhance safety and will emit an audible alert when encountering obstacles. 2. The vehicle's rearview camera only activates automatically when the vehicle is shifted into reverse gear. During normal driving, the rearview camera cannot be used. It effectively provides a video feed of the rear of the vehicle to improve safety during reversing. 3. When installing a rearview camera, you can also opt for a 360-degree panoramic camera system. The 360-degree panoramic camera can be used not only during reversing but also during normal driving, allowing you to observe the surroundings of the vehicle and improve safety, thereby reducing the likelihood of collisions.
Was this review help?
11
3
Share
Herb
08/10/25 8:19pm
I believe that while the rearview camera can display the scene behind the car, it often becomes blurry and prone to blind spots in low-light conditions such as at night or during rainy and foggy weather. On the other hand, the parking radar detects nearby obstacles through sound waves and emits warning sounds to alert you, making it particularly suitable for detecting children, pets, or low-lying objects. Relying solely on the camera might leave you unprepared in complex environments, such as when pedestrians suddenly appear in parking lots or when low obstacles on the side of the vehicle are not captured by the camera. Therefore, it's best to use both systems together, as an extra layer of protection can significantly reduce the risk of accidents. For example, I once had a driving experience where the camera showed a clear space while reversing, but I still hit a fire hydrant. After installing the radar, it helped me avoid several minor mishaps. Safe driving is the top priority, and installing a radar isn’t expensive—you can even do it yourself. Don’t skimp on this small expense to ensure peace of mind when parking.
Was this review help?
18
1
Share
Expand All
More Forum Discussions

How many kilometers should 0w20 engine oil be changed?

0w20 maintenance cycle is to be replaced once a year or every 10,000 kilometers. Here are the relevant introductions: Introduction: Engine oil consists of two parts: base oil and additives. Base oil is the main component of lubricating oil, determining the basic properties of the lubricating oil. Additives can compensate for and improve the shortcomings of the base oil's performance, giving it some new properties, and are an important part of the lubricating oil. Extended information: The engine is the heart of a car. There are many metal surfaces inside the engine that rub against each other during movement. These components move at high speeds, operate in harsh environments, and can reach working temperatures of 400 to 600 degrees Celsius.
12
5
Share

What is the fuel tank capacity of the 2016 Volkswagen Bora?

The fuel tank capacity of the Volkswagen Bora is 55 liters. Here is some related information: Introduction: The Bora is the sedan version of the fourth-generation Golf, launched overseas in 1998. The model produced by FAW-Volkswagen is the improved 2001 version. The Bora is the successor to the Jetta. Additional Information: The entire series comes standard with an Electric Power Steering (EPS) system, which provides lighter and more flexible steering at low speeds and more stable and precise steering at high speeds, ensuring driving safety. Additionally, the manual transmission models and manual mode of the automatic transmission in the new Bora are equipped with shift reminder displays, making the driving experience more enjoyable and intelligent.
9
2
Share

What is the actual fuel consumption of the 2014 Peugeot 2008?

The actual fuel consumption of the 2014 Peugeot 2008 is 5.4-6.7L. Here are the relevant details: Introduction: The 1.2T turbocharged engine has a fuel consumption of 6.0L/100KM, while the 1.6L naturally aspirated engine consumes 8.4L/100KM. Additional Information: The 2008 model features a minimum ground clearance of 140mm (when fully loaded) and a wheelbase of 2540mm, combining a high ground clearance with a short wheelbase for easier parking. The 2008 comes with a panoramic glass roof and an expansive windshield, offering excellent visibility. The panoramic glass roof is designed without segments, measuring 1290mm in length and 1013mm in width, covering an area of 1.3 square meters with high-strength glass.
5
4
Share

Which Honda models use the Earth Dreams engine?

Honda has many models equipped with the Earth Dreams engine. For example, the Fit and XR-V are equipped with a 1.5L naturally aspirated engine. The Accord, CR-V, and Spirior are equipped with a 2.4L naturally aspirated engine, all of which belong to the Earth Dreams engine series. Below are the models equipped with Earth Dreams engines: 1. 1.5L naturally aspirated engine. Maximum horsepower: 131 HP, peak torque: 155 Nm. Models equipped with this 1.5L Earth Dreams engine include: Fit, Vezel, XR-V, paired with a 5-speed manual or CVT transmission. 2. 2.4L naturally aspirated engine. (1) 2.4L low-power version, maximum power: 186 HP, peak torque: 243 Nm. Models equipped include: Accord, CR-V, paired with a CVT transmission. (2) 2.4L high-power version, maximum power: 208 HP, peak torque: 247 Nm. Models equipped include: Spirior, paired with an 8-speed dual-clutch transmission. 3. 1.5T turbocharged engine. (1) 1.5T low-power version, maximum power: 177 HP, peak torque: 226 Nm. Models equipped include: Civic, paired with a 6-speed manual or CVT transmission. (2) 1.5T high-power version, maximum power: 193 HP, peak torque: 243 Nm. Models equipped include: Avancier, UR-V, paired with a CVT transmission. 4. 2.0T turbocharged engine. Maximum power: 272 HP, peak torque: 370 Nm. Models equipped include: Avancier, UR-V, paired with a 9-speed automatic transmission. 5. 1.0T three-cylinder turbocharged engine. Maximum power: 125 HP, peak torque: 173 Nm. Models equipped include: Civic, paired with a 6-speed manual or CVT transmission.
20
3
Share

What Are the Four Key Technologies of Autonomous Driving?

Autonomous driving relies on four key technologies: perception technology, decision-making technology, path planning, and motion control. Perception Technology: As the first step, environmental perception involves the collection and processing of environmental and in-vehicle information, serving as the foundation and prerequisite for autonomous vehicle operation. Acquiring surrounding environmental information involves technologies such as road boundary detection, vehicle detection, and pedestrian detection. This typically utilizes sensors like laser rangefinders, video cameras, vehicle-mounted radar, and speed and acceleration sensors. Decision-Making Technology: After completing the perception phase, the next step is to make decisions based on the information obtained from the perception system. This involves determining the appropriate operational model and formulating corresponding control strategies. This function is akin to assigning specific tasks to the vehicle. Path Planning: Once the vehicle has a driving task, path planning involves processing environmental information to determine the vehicle's position and then using specific search algorithms to identify a viable path, thereby enabling autonomous navigation. Motion Control: Motion control includes lateral and longitudinal control. Simply put, lateral control refers to steering control, while longitudinal control pertains to speed control. Current research focuses more on lateral control, employing methods such as sliding mode control, fuzzy control, neural network control, optimal control, adaptive control, and tracking control.
3
3
Share

What are the reasons for the Mazda 6's sluggish and dull acceleration?

Reasons for sluggish and dull acceleration in a car include carbon buildup issues, fuel system problems, and intake system issues. Here are the relevant details: Carbon buildup issues: Includes carbon deposits in the cylinders, throttle body, and intake pipes. Fuel system: Using an incompatible fuel grade can lead to reduced engine output and decreased power. Alternatively, if the fuel tank vent is blocked, or the fuel tank switch, fuel filter, or fuel lines from the tank to the carburetor are partially clogged, the required fuel supply may not be met, resulting in a lean air-fuel mixture and sluggish engine acceleration. Intake system: If the air filter is not cleaned regularly and becomes clogged, insufficient airflow can cause an overly rich air-fuel mixture, reducing engine power. For vehicles equipped with a turbocharger, if the turbocharging system malfunctions, the engine may remain sluggish and fail to deliver power even when the throttle is applied.
6
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.