Kenro Mini Speedflash | Nikon i-TTL Compatible

The Kenro KFL102 is a powerhouse of a speedlight that defies its diminutive size. Standing just 11cm high and weighing a mere 150g, this compact flash is designed to perfectly balance on Nikon’s range of DSLR and Z-series mirrorless bodies without becoming top-heavy. Despite its small footprint, it delivers a punchy Guide Number of 32 (ISO 100), providing ample power for portraiture, street photography, and creative fill-light.

Fully compatible with the Nikon i-TTL system, the KFL102 offers seamless automatic exposure, while also providing Manual and Stroboscopic (Multi) modes for total creative control. A unique standout feature is the trio of LED modelling lamps, which serve a dual purpose: assisting with focus in low light and acting as a supplementary constant light source for close-up video work. With a fully articulating bounce and swivel head, this flash allows you to soften light against walls and ceilings to achieve natural-looking results.

Key Features:

• Ultra-Compact Design: At just 11cm tall, it is the ideal external flash for travel and documentary photography, fitting easily into any small kit bag.

• Full Nikon i-TTL Compatibility: Enjoy accurate automatic flash exposures, high-speed sync (HSS), and rear curtain synchronisation.

• Versatile Bounce & Swivel Head: Direct light exactly where you need it—up to 90 degrees vertically and 150 degrees horizontally—to avoid harsh direct shadows.

• Integrated LED Modelling Lights: Three high-output LEDs provide a constant light source for video or as a focus assist in dark environments.

• In-Device USB Charging: Features a handy Micro-USB charging function for use with Ni-MH rechargeable batteries (not included), perfect for charging on the go.

• Professional Modes: Includes Master and Slave functionality, alongside S1 and S2 optical trigger modes for off-camera creative setups.

• Backlit LCD Screen: A clear, intuitive interface ensures you can adjust settings quickly, even in low-light shooting conditions.