Discover the iM20 Flashes - designed for ultimate portability. Compact and travel-friendly, they seamlessly fit into your bag while attached to your camera. Lightweight Portability - the flash is a marvel of lightweight design. Its compact formseamlessly integrates with your camera, making it the perfect companion from everyday street photography to travel documentation. Convenient Lithium Battery - The iM20 flashes are equipped with an internal lithium battery, ensuring stable output with faster recycling times, while keeping the design lightweight and portable. The Type-C charging port allows for rapid recharging, making you always ready for the next great shot. 440 Full-Power Flashes - With the capability to deliver up to 440 full-power flashes and a recycle time of just 3 seconds, these flash units ensure you can capture spectacular moments swiftly and reliably. Natural Light Effect - Experience bright, even lighting with the iM20 flashes, designed to enhance the depth and detail of your photos. Perfect for both portrait and still life photography. Five-Level Adjustment - Featuring five adjustable power levels, the iM2O flashes cater to diverse lighting needs. Whether you' re a beginner or a seasoned photographer, you can always easily control the flash brightness and revel in the joy offlash photography. Wide Compatibility - Featuring a single-contact design, the iM20 flashes are compatible with a wide range of hot-shoe cameras. Simply attach the flash to your camera's hot shoe, and you' re ready to capture stunning shots effortlessly. Specification:iM20 Colour:Black Material:Plastic Package Contents: 1 * Camera Flash Light Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm. Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.