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The Flash Godox V1 for PENTAX is compatible with P-TTL technology and thanks to its 2.4 gigahertz radio system it is possible to achieve a synchronization between camera and flash almost simultaneously. The included rechargeable lithium battery allows around 500 shots depending on the duration of these with a recycling time normally less than one second.
With a powerful 76W output along with a distinctive design, the Godox V1 flash is an advanced light source with features that clearly reflect the current state of the industry. Compatible with PENTAX P-TTL, this flexible light in the camera is distinguished by its round head, which provides a smooth and uniform light with a gradual drop that increases the flattering output. The head rotates 330 degrees, tilts from -7 to 120° and has a magnetic surface for ultra-fast connection of Godox accessory light modifiers.
The V1 is powered by a removable 2600mAh lithium-ion battery that will give you up to 480 flashes at full power on a charge, so you don't miss any of the action. Speaking of speed, the V1 recycles at full power in just 1.5 seconds, fast enough to keep up with the subject. It also supports high-speed synchronization of up to 1/8000 seconds, to manage bright backgrounds and shoot with wide apertures, and the V1 supports synchronization to the front and rear curtain.
The V1 has an optical slave, but it also has a built-in 2.4 GHz receiver, which accepts wireless signals from Godox X System transmitters. In fact, you can control up to four wireless groups in a master/slave configuration whereby the settings made on the V1 are duplicated on the slave flashes. Other convenience features include an AF assist lamp, a 3200K LED modeling lamp, and a 2.5mm port for wired shooting.
The Flash Godox V1 for PENTAX is compatible with P-TTL technology and thanks to its 2.4 gigahertz radio system it is possible to achieve a synchronization between camera and flash almost simultaneously. The included rechargeable lithium battery allows around 500 shots depending on the duration of these with a recycling time normally less than one second.