Wireless Solar Backup Camera for Caravan Trailer Horse Float, WiFi App for Android and iOS

Wireless Solar Backup Camera for Caravan Trailer Horse Float, WiFi App for Android and iOS Description

High-concerned chemical-free design helps create a safer environment for all users, making this device a practical choice for those who value health and eco-friendly vehicle accessories. Designed with convenience in mind, it supports everyday use without adding unnecessary complexity.

Compatible with the Backcam app, this wireless solar backup camera works seamlessly with Android and iOS devices, allowing real-time viewing and easy monitoring directly from your smartphone. The app-based connection makes it simple to check the rear view whenever needed.

With loop-cycle recording, the camera continuously records and automatically overwrites old footage, helping ensure that important moments are captured while driving or when parked. This function supports ongoing monitoring without requiring constant manual management of saved files.

Enhanced night vision provides clearer recording performance in low-light conditions, making the camera suitable for travel at different times of day. Whether used during evening driving, nighttime parking, or in dim environments, it is designed to support dependable visibility.

The long-lasting 9600mAh battery delivers 15-17 hours of daytime use, helping provide extended performance on long trips without frequent recharging. The FHD WiFi backup camera with solar panel is also easy to install, features a rechargeable battery and magnetic base, and offers a clear rear view with advanced blind spot detection through a user-friendly app, making it suitable for RVs, caravans, vans, and trailers. Additional features include mobile device compatibility, low latency and anti-interference performance, a wide-angle 6-glass lens, assistant line control, image capture, solar-powered charging, 1080P resolution with night vision, a signal-to-noise ratio of 69dB, and stable wireless operation for reliable monitoring in different lighting conditions.