Player One Astronomy Uranus-M USB3.0 Mono Camera IMX585
Capture crisp planetary detail, stunning lunar close-ups, solar work, EAA sessions, and lucky imaging with the powerful Player One Astronomy Uranus-M Mono Camera.
Built around the Sony IMX585 monochrome sensor, this camera uses advanced STARVIS 2 back-illuminated CMOS technology for improved sensitivity, clean signal performance, and excellent imaging potential in challenging low-light conditions.
The generous 1/1.2" sensor format gives you a wider imaging field than many traditional planetary cameras, making the Uranus-M a strong choice for both high-resolution planetary imaging and compact deep-sky targets.
With an impressive 47Ke full well capacity, the Uranus-M delivers strong dynamic range and better highlight handling, helping preserve detail in bright planetary zones, lunar surfaces, and high-contrast scenes.
Take advantage of HDR mode, a standout feature of IMX585 cameras, designed to increase dynamic range while helping reduce readout noise for cleaner, more balanced results.
Enjoy a cleaner calibration workflow thanks to the camera’s non-amp-glow performance, producing dark frames that stay impressively dark even with stretched curves.
The built-in 256MB DDR3 cache helps stabilize data transfer, reduce frame drops, and improve reliability during high-speed imaging sessions.
Player One’s Passive Cooling System helps move heat away from the sensor, while optional compatibility with the ACS Active Cooling System provides improved temperature control for solar, planetary, and DSO lucky imaging.
The 2nd generation sensor tilt plate gives advanced imagers extra control when fine-tuning field flatness, especially useful for deep-sky object imaging.
Designed with Player One’s signature red-and-black hexagonal body, the Uranus-M looks sharp at the telescope and is built for serious imaging performance.
Built-in DPS Dead Pixel Suppression technology analyzes dark frames, maps fixed abnormal pixels, and corrects them during imaging for smoother results.
Overvoltage and overcurrent protection help safeguard the camera and connected equipment during demanding imaging sessions.
