Godox XProN TTL Wireless Flash Trigger for Nikon

The Godox XPro TTL Wireless Flash Trigger is a wireless flash trigger that works with the X Wireless Radio System. It features a 2.4 GHz frequency, 32 channels, 16 groups and wireless ID. It can be used as a remote power control for select flashes. The backlit LCD panel displays the current settings of the flash trigger.

The Godox XPro TTL Wireless Flash Trigger has a built-in LCD panel that displays the current settings of your flash trigger. This gives you easy access to all of your settings in an instant. The LCD panel also offers full manual control over your flash’s power output, so you won’t have to change your camera settings just to use different light modifiers or if you want more precise lighting control over your subject matter when shooting portraits or product photography indoors or outdoors in bright sunlight.

The Godox XPro TTL Wireless Flash Trigger is compatible with Nikon i-TTL strobe systems.

Product Features in Detail

With built-in Godox 2.4G Wirless X System and versatile using methods
Using the 2.4 GHz Godox X wireless radio system, the XPro TTL Wireless Flash Trigger can be used to effectively and reliably trigger flashes from up to 328′ away, and when used with compatible flashes and receivers users will have the added benefit of remote power control. For ensuring maximum reliability and control, users can set up 16 groups on one of 32 channels and can then access 99 wireless ID settings for limiting interference from other nearby systems.

Support TTL Autoflash and Professional Functions
Fully support TTL autoflash, 1/8000s high-speed sync, multi flash, manual flash, flash exposure compensation, TCM transform function, magnification function, one-shoot & multi-shoot setting, modeling lamp control, beep control, C.Fn setting custom functions, etc.

Wireless ID Setting
16 groups and 32 channels to wirelessly control and trigger. Add 01 to 99 wireless ID settings, which can only achieve triggering when the channels and wireless IDs of the master and slave unit are set to the same, avoiding signal interference effectively.