Godox X5C TTL Wireless Flash Trigger for Canon (Standard Hot Shoe)

Overview

The Godox X5C TTL Wireless Flash Trigger for Canon is a dynamic flash trigger designed to work seamlessly with Godox's separately available iT32 mini flash. It adds a hot shoe connection and wireless flash triggering capability for compatible Canon cameras. Simply align the X5C with the bottom of your iT32, attach it, and rotate the locking ring for a secure connection.

With the X5C, you can expand your lighting setup by controlling multiple Godox flashes remotely, making it a versatile tool for both studio and on-location photography.

This version is built for Canon's standard hot shoe. On newer bodies with the Multi-Function Shoe (e.g. R3, R6 Mark II, R7, R8, R10), it still works with an adapter — for a native, adapter-free fit on those cameras, see the Godox X5Cm.

Highlights

• Fits Canon's standard hot shoe.
• Works with optional iT32 mini flash.
• Local buttons & indicator lights.
• Rotating locking ring for secure attachment.
• Sync triggers other Godox X system flashes.
• Internal 3.8V, 100mAh rechargeable battery.

Compatibility:

Compatible with select Canon camera models including 80D, 90D, 7D, 6D, 70D, 750D, 760D, 5D Mark IV, EOS 1DX, 6D Mark II, 77D, 800D, 5D Mark III, 5D Mark II, 60D, 7D Mark II, 600D, 50D, 30D, 40D, 500D, M5, M3, M50, R, RP, M6 II, R5, 1500D, 3000D, R7, R6 Mark II, R50, R8, R5C, R10, R100, R5 II, R3, and 200D II. Models with the Multi-Function Shoe (R3, R6 Mark II, R7, R8, R10) require an adapter to mount the X5C.

Godox X System Integration

When paired with the iT32 in iT32+X mode, the X5C can act as a sender to wirelessly control Godox receivers such as AD100Pro II, AD200Pro II, AD600Pro II, AD600BM II, iT30Pro, V100, V480, and Lux Master models.

Additional Benefits

• There is no power on/off switch; the trigger uses colour indicators instead.
• Battery status can be viewed via the iT32 menu.
• Reaches a full charge in approximately 3 hours when attached to the iT32.
• Discharges from a full battery in approximately 16 hours.