Side mirror Replacement

Problems

Standard rearview mirrors are notorious for causing various driving safety concerns. These include limited visibility during nighttime or in low-light conditions, blind spots induced by the flashing lights of approaching vehicles, restricted fields of view owing to blind spots around larger vehicles, as well as blurred vision in adverse weather conditions like heavy rain, fog, or snow.

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Solution

MCY's 12.3-inch E-side Mirror® system, a seamless replacement for traditional exterior mirrors. By capturing footage from side-mounted cameras, it displays a superior Class II and Class IV view on a fixed 12.3-inch screen, mounted on the A-pillar. This E-side Mirror® system ensures clear, balanced visuals in all conditions, enhancing driver visibility and safety, particularly in adverse weather or lighting conditions. With MCY's solution, drivers can confidently navigate their surroundings, reducing the risk of accidents.

Key Features

1

WDR Technology

The system is able to compensate for areas that are too bright or too dark, such as tunnel, garage entrance, improve the overall image quality to get a clear and balanced image.

2

High Light Compensation

Detecting automatically strong light sources like direct sunlight, headlights or spotlights and reduce light exposure, greatly improve the clarity of bright area and capture a clear image.

3

Auto Dimming Technology

Having the capability to adjust the screen brightness automatically as needed to match the surrounding lighting conditions thereby reducing the drivers’ visual fatigue.

4

Hydrophilic Coating

With hydrophilic coating, water droplets can spread quickly and no dew condensation, it can provide a high definition clear image, even in extreme conditions such as heavy rain, fog and snow.

 

5

Auto Heating System

Once sensing temperature below 5℃, the system will start heating function automatically and have a perfect performance even in low temperature.

6

Low Light Technology

Cameras will provide intelligible images even in low light conditions by preserving details and minimizing noise in the output image.

Recommended System

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