Reolink Altas Series

Reolink Altas Series cameras combine long-lasting battery performance with ultra-clear 4K imaging and AI security features to deliver wire-free monitoring for homes and businesses. With advanced motion detection, color night vision, remote access via the app, and weatherproof design, the Altas Series provides flexible and reliable protection day and night.

FAQs on Reolink Altas Cameras

What Is Reolink Altas?

The Reolink Altas Series is a lineup of battery-powered security cameras designed for long-lasting, wire-free surveillance. Each camera is equipped with a high-capacity 20,000mAh rechargeable battery and supports up to 10 seconds of pre-recording for better event context.

The series includes models such as the Altas PT Ultra and Altas.

What Are Key Features of Reolink Altas Security Cameras?

Reolink Altas cameras are designed for long-lasting, wire-free security with advanced smart features. Their key features include a large 20,000mAh rechargeable battery, high-resolution recording, and support for up to 10 seconds of pre-recording to capture events before motion is detected.

They also offer 360° pan-and-tilt coverage (on Altas PT Ultra), ColorX night vision, and AI smart detection for people, vehicles, and animals. In addition, the series supports WiFi 6 connectivity, two-way audio, weatherproof design, and optional solar charging for extended or continuous operation.

What Is the Difference Between Reolink Altas and Altas PT Ultra?

The main difference is design and functionality. The Reolink Altas is a 2K battery-powered bullet camera with a fixed viewing angle, while the Altas PT Ultra offers upgraded 4K resolution and adds pan-and-tilt (PT) functionality for 360° coverage and more flexible monitoring.

What Is the Difference Between Reolink Altas and Argus?

Both the Reolink Altas and Argus series are wireless, battery-powered security cameras, but the Altas series offers a more advanced setup. It features a larger 20,000mAh battery for longer runtime and supports pre-recording to capture footage before motion events occur.