SV-LCD64 Color Monitor

This collision avoidance camera system supports three water-resistant color or black and white cameras giving you complete coverage of the area surrounding yourÊ vehicle.Ê The cameraÕs infrared illuminators automatically activate as needed providing you with optimal image quality.

When the vehicle starts or is placed in reverse, the system activates. With the cameraÕs built-in microphone, people behind the vehicle can communicate directly with you alerting you to possible hazards.

• The 6.4-inch monitor with electronic distance grid has three camera inputs with switchable camera views
• Camera has integrated auto iris and microphone with water-resistant housing
• Eleven advanced infrared illuminators with automatic sensor for better image quality in low-light conditions

Rear-Vision 7-inch Quad Screen Monitor

This 7-inch LCD monitor has four camera inputs and can display in single, double, triple, or quad modes.

Rear Vision 5-inch LCD Monitor

This collision avoidance camera system supports two water-resistant color or black and white cameras giving you complete coverage of the area surrounding your vehicle.

• Camera has integrated auto iris and microphone with water-resistant housing
• Monitor has two camera inputs with switchable camera views
• Eleven advanced infrared illuminators with automatic sensor for better image quality in low-light conditions

Clarion Black and White 6-inch Monitor

Heavy duty Clarion black and white 6-inch rear-vision monitor with 2 camera inputs.

Rear-Vision 7-Inch Rainproof Monitor

This rainproof collision avoidance system supports one camera for a convenient view of your most critical blind spot for safer maneuvering. The system automatically activates when the vehicle starts or is placed in reverse.

• The rainproof monitor is suitable for inside or outside use and features an electronic distance grid
• Camera has integrated auto iris and microphone with water-resistant housing
• Eleven advanced infrared illuminators with automatic sensor for better image quality in low-light conditions