Where is the reversing camera module located in the Range Rover Evoque?

1 Answers
DiTravis
07/30/25 2:57am
The reversing camera module in the Range Rover Evoque is located on the left side of the trunk. Below is relevant information about the reversing camera: 1. Definition: The reversing camera, also known as a parking assist system, reverse visual system, or onboard monitoring system, is widely used in various large, medium, and small vehicles for reversing or driving safety assistance. This system provides a clear and intuitive view of the rear situation when reversing, making it one of the most practical configurations for reversing safety. 2. Technology used: Professional vehicle-mounted probes feature enhanced anti-magnetic, anti-shock, waterproof, and dustproof performance. The vehicle-mounted display uses TFT true color with anti-magnetic treatment to eliminate signal interference and flickering. It can simultaneously receive two video signals and play VCDs and DVDs without a decoder. Additionally, it features automatic horizontal switching and automatic on/off functions for the reversing visual system.
Was this review help?
8
2
Share
More Forum Discussions

Are r415b and r134a interchangeable?

r415b and r134a are interchangeable under certain circumstances. r415b and r134a are models of automotive refrigerants. Below is a detailed introduction about automotive refrigerants: Overview: Automotive refrigerants are suitable for non-environmentally friendly car air conditioners. Because R12 has a serious destructive effect on the atmospheric ozone layer and produces a greenhouse effect, endangering the environment on which humans depend, it has been banned. Others: R404A refrigerant is a blended refrigerant composed of HFC substances, containing no ozone-depleting substances, with an ODP value of zero. It is the most important medium-to-long-term substitute for R502 refrigerant. R404A is suitable for low-temperature refrigerated trucks.
4
3
Share

What is the tire pressure for a 125cc motorcycle in bar?

The front tire pressure should be maintained at 2.0 bar, and the rear tire pressure should be maintained at 2.5 bar. Each tire has its maximum pressure limit. If the pressure exceeds this specified value, there is a risk of a tire blowout. Conversely, if the tire pressure is too low, the tire will wear out prematurely. Therefore, the tire pressure must be adjusted in combination with the maximum pressure value of the tire grade. Typically, the maximum pressure for motorcycle tires is 280 kPa, which is approximately equal to 2.8 bar. Tire pressure is critical for motorcycles. Whether the pressure is too high or too low, it will shorten the tire's lifespan. Low pressure can cause increased deformation of the tire body, leading to cracks on the tire sidewalls, and it will also increase the tire's contact area with the ground, accelerating wear on the tire shoulders. High pressure can cause excessive stretching and deformation of the tire cords, reducing the tire's elasticity and increasing the load on the motorcycle while driving. If impacted, it may result in internal cracks or even a blowout. Additionally, high pressure accelerates wear on the tire tread and reduces puncture resistance. Generally, the tire pressure for the front wheel of a motorcycle should be between 170-200 kPa, and the rear wheel should be between 200-220 kPa. The rear wheel of a motorcycle bears more weight, so it should feel firm when pressed after inflation. It is best to use a tire pressure gauge for measurement. Typically, the front wheel pressure should be around 170 kPa, and the rear wheel pressure should be between 200-220 kPa. The standard tire pressure values are usually specified in the vehicle's manual. This is because tire pressure settings primarily consider factors such as the vehicle's weight and chassis height, and are not necessarily related to the brand of tires used. Unless specified by the manufacturer, no special adjustments are needed in winter or summer. However, it is recommended to measure tire pressure at room temperature.
7
1
Share

What Does the Three Guarantees in 4S Stores Refer To?

4S store's "Three Guarantees" for automobiles is a shorthand for retail businesses implementing "guarantees for repair, replacement, and refund" on their sold products. Below are the detailed contents regarding the "Three Guarantees": Guarantee for Repair: During the "Three Guarantees" period, any malfunction caused by automobile product quality issues will be given free repair after technical appraisal by the "Technical Service Center" or "Authorized Service Station". Guarantee for Replacement: During the "Three Guarantees" period, if irreparable quality issues occur, after appraisal by the "Center" or "Authorized Station", qualified parts or assemblies can be replaced free of charge. Guarantee for Refund: During the "Three Guarantees" period, if major quality issues arise and the product still fails to meet the main technical performance indicators after the first two treatments, upon the user's written request for a refund and confirmation by the "Center", the seller can process the vehicle return after charging depreciation fees based on its usage time and mileage.
14
0
Share

What is the displacement of a scooter?

Motorcycle displacement is divided into ultra-light displacement, light displacement small displacement, medium-small displacement, large displacement, and liter-class large displacement. Motorcycle displacement refers to the cylinder volume of the engine, measured in milliliters. The numbers in the model names of motorcycles represent the displacement. Motorcycle displacement can be categorized into five types: ultra-light, below 100cc (50-90cc), including displacements such as 50, 70, 80, and 90. Light small displacement, 100 to 150cc, including displacements such as 100, 110, 125, and 150. Medium-small displacement, 200 to 400cc, including displacements such as 200, 250, 300, and 400. Large displacement, 500 to 900cc, including displacements such as 500, 600, 750, and 900. Liter-class large displacement, above 1000cc, including displacements such as 1000, 1100, 1250, and 1300. Introduction to large displacement: Large displacement provides higher top speed, and sports bikes accelerate faster, offering a greater sense of security when driving on highways or overtaking. Imagine a scenario where you aggressively twist the throttle, but the car is slow to overtake the leading vehicle, and then gets overtaken by a Jetta behind. An increase in car displacement also means higher fuel consumption, but a liter-class four-cylinder engine will certainly consume more fuel than a smaller displacement engine.
3
3
Share

Why is the SINOTRUK HOWO National V urea fault light on?

There are many situations where faults may occur. The specific reasons for the fault are as follows: Unqualified urea quality: The vehicle is weak, and urea consumption is normal. After urea crystallization fails, a large amount of urea is stored in the exhaust pipe, which not only causes engine exhaust blockage and inability to work properly but also results in excessive emissions. Urea tank temperature is too high: The high temperature of the urea tank causes urea to volatilize and be discharged from the exhaust port, crystallizing around the tank. Excessive crystallization at the exhaust port leads to blockage. During the operation of the urea system, severe vacuum suction in the urea chamber causes urea pressure buildup blockage, resulting in low urea pressure faults. Insufficient power, urea pump power supply module corrosion: Urea consumption is too high or too low, urea pump pressure sensor high-pressure signal, actuator ground short circuit, urea reversing valve actuator opening, sensor power supply error. There is a large range of corrosion, causing the power module to insert the wiring harness to connect to the power supply and send incorrect voltage value signals to the ECU.
6
0
Share

Does very slow reversing into the parking space count as stopping?

No, here are the details about reversing into the parking space: The determination of stopping in Subject 2 (parking test) is based on GPS positioning, so even if the vehicle is moving as slowly as a snail, as long as it is still moving, it does not count as stopping. Moreover, the GPS can only detect a stop if the vehicle remains stationary for more than two seconds. According to the "Motor Vehicle Driver Examination Content and Methods," the reversing into the parking space task in Subject 2 must be completed within 210 seconds (3 minutes and 30 seconds). Statistics show that the average time for students to complete the reversing task is around 2 minutes, so 210 seconds is more than sufficient.
9
1
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.