WiFi Eyepiece Telescope Camera with 2.5K Video Recording Suitable for 24mm-50mm Optical Telescope Microscope and Monocular Binocular, Astrophotography($71.00Value)

Description

Versatile Compatibility: This camera effortlessly attaches to optical telescopes and microscopes with eyepiece sizes ranging from 24mm to 50mm. Instantly transform your equipment into a high-quality camera, ready to capture breathtaking photos and videos of the world around you. Effortless Installation: With a simple, gentle rotation, users can seamlessly connect the camera to their telescope or microscope, making setup a breeze. Built-in WiFi Connectivity: Take control with ease! Connect to the camera's built-in WiFi hotspot using your smartphone to browse and manage settings conveniently. Powerful Imaging Capabilities: Equipped with a 4-megapixel photosensitive chip, this camera delivers stunning still photos with up to 16 million pixels. Plus, enjoy crisp 2.5K (2304*1728/30 frames) high-definition video recording for immersive footage. Time-Lapse and Interval Shooting: Unleash your creativity with features for capturing images at regular intervals and creating captivating time-lapse videos. Long-lasting Battery: The built-in 1500mAh lithium battery ensures up to 4 hours of continuous video recording, perfect for extended observation sessions. Expandable Storage: Store your captures effortlessly with support for TF cards up to 128GB. Plus, enjoy the convenience of a 32GB card included with your purchase. Convenient Charging Options: Charge your Eyepiece Camera using any mobile phone charger via its TYPE-C interface. Additionally, support for external power sources such as power banks ensures uninterrupted usage during long-term observations. A Wifi Telescope camera serves to capture images or videos of the observed subject through the lens of an optical instrument, such as a microscope, telescope, or binoculars. It enables users to document and analyze their observations, share findings with others, or simply enjoy a closer look at distant objects or microscopic details through digital imaging technology.