VECLESUS V5M 5″ 1080P Mirror‑Mount Backup Camera System with IR Night Vision Camera, 3‑Channel HD Input, IP69 Waterproof, Dual HD Output for Trucks/Vans/RVs

VECLESUS V5M 5″ 1080P Mirror‑Mount Backup Camera System with IR Night Vision Camera, 3‑Channel HD Input, IP69 Waterproof, Dual HD Output for Trucks/Vans/RVs

Backing up your truck, RV, or van has never been easier. The VECLESUS V5M 5” 1080P Rearview Mirror Backup Camera System combines a sleek mirror-mount HD display with a powerful IR night vision camera. With 3-channel HD video input, adjustable mirror view, and parking lines, this system is built for convenience and safety. Rugged, waterproof, shock-resistant—built to perform in any condition.

1. 5″ Mirror‑Mount HD Display
   Integrated BOE 800×480 IPS screen built into a rearview mirror for cleanspace aesthetic.
2. IR Night Vision with Auto IR‑CUT
   Equipped with 12 IR LEDs and ambient light sensor for automatic night clarity.
3. 3‑Channel HD Video Input
   Supports 1080P/720P/CVBS, compatible with AHD and CVBS mixed signals.
4. Default NTSC Format, PAL Customizable
   NTSC by default; PAL is configurable via board settings or custom order.
5. Independent Parking Line & Mirror/Normal Image Switches
   Dedicated switches on camera for parking guidelines and mirror/normal image.
6. Shock‑Resistant & IP69 Waterproof
   Built to 4G shock standards with IP69 waterproof aluminum housing.
7. Wide Voltage & Temperature Range
   Operates on DC12‑24V; functional from -30 °C to 70 °C, storable to -80 °C.
8. External Mount with 20m Extension & Installation Kit
   External housing design, 20m cable, and full tool kit included for easy setup.
9. Premium 4‑Pin & 14‑Pin Aviation Connectors with Dual HD Output
   Durable connectors for stable connection; supports dual HD signal output.
10. Versatile for Commercial Vehicles
    Ideal for trucks, vans, buses, RVs, and other commercial vehicles.
11. Auto Brightness Sensor Window
    Equipped with an ambient light sensor, the monitor automatically adjusts screen brightness based on surrounding light conditions—enhancing visibility in daylight and reducing glare at night for safer driving.