Yongnuo Yn760 Pro Led Light

While it consumes just 80w of current it outputs many times that in tungsten equivalency.

Yongnuo yn760 pro led light.

It adopts imported high power led source with the advantages of ultra high brightness super wide angle super high cri color rendering index. The light itself is beautiful looks professional but it is made of cheap plastic. It uses imported led beads which have characteristics of high brightness wide angle and high cri and it is equipped with strap type battery backup. Yn760 is a constant light with a low heat output and a strong intensity of illumination.

Let s start with a few things they did right with the yn760. It can also use dc as a power supply which is very useful and great for your travelling and outdoor photography. Yongnuo yn760 is an ultra portable led light which can be powered by 2 or 4 sony np f lithium batteries or external 19v 5a dc power supply. With alienbee you have to buy this extra to get a carrying case and i always found this to be annoying.

With a 2 power supply options it can be easily integrated into a wide range of projects. The yn760 pro led video light from yongnuo has a user friendly monolight form factor that is light stand mountable via its 180 degree tiltable receiver or can be handheld with the purchase of an optional handle. Yongnuo yn760 pro led light has a user friendly monolight form factor that is light stand mountable via its 180 degree tiltable receiver or can be handheld with the purchase of an optional handle. The light comes in a handy padded bag that will snugly fit the light and a few of the cables.

In addition to the portable design. Yongnuo yn760 pro led light yongnuo yn760 is an ultra portable led light which can be powered by 2 or 4 sony np f series lithium batteries or external 19v 5a dc power supply. About yongnuo yn 760 this model uses cree high power white leds with high cri uniform brightness and no spotting or ring effects on the lighting subject. Yn760 is a constant light with a low heat output and a strong intensity of illumination.