Reflector telescope As it sounds, a reflector telescope works by reflection. Light enters the front of the telescope and reflects off the primary mirror that is located at the back.

Reflector telescope As it sounds, a reflector telescope works by reflection. Light enters the front of the telescope and reflects off the primary mirror that is located at the back.

Reflector telescope As it sounds, a reflector telescope works by reflection. Light enters the front of the telescope and reflects off the primary mirror that is located at the back.

Reflector telescope As it sounds, a reflector telescope works by reflection. Light enters the front of the telescope and reflects off the primary mirror that is located at the back.

Reflector telescope As it sounds, a reflector telescope works by reflection. Light enters the front of the telescope and reflects off the primary mirror that is located at the back.

Reflector telescope As it sounds, a reflector telescope works by reflection. Light enters the front of the telescope and reflects off the primary mirror that is located at the back.

A tour of the Richard Carris Mirror Lab, which is casting 126 tons of glass for the Giant Magellan Telescope.

Reflector telescope As it sounds, a reflector telescope works by reflection. Light enters the front of the telescope and reflects off the primary mirror that is located at the back.

Reflector telescope As it sounds, a reflector telescope works by reflection. Light enters the front of the telescope and reflects off the primary mirror that is located at the back.

To make your observing stress free and fun, your telescope should produce great images. To ensure its best performance, learn how to collimate your optics.