Utilize the black VLOG Pocket Handheld Gimbal from Feiyutech to achieve smooth handheld video recordings with your smartphone, thanks to its advanced 3-axis gimbal stabilizer. This device is both compact and lightweight, weighing merely 8.5 ounces, and is designed to accommodate smartphones up to 7 inches in size, with a width ranging from 1.6 to 3.5 inches. The gimbal can be conveniently folded using a tightening knob, facilitating easy storage and transport. The VLOG Pocket is equipped with a quick toggle button that powers the gimbal and allows for seamless switching between lock and panning modes. Additionally, it enables rapid adjustment of your smartphone's orientation to either landscape or portrait mode. A secondary button is available for capturing still images or initiating video recordings. The gimbal connects to the Feiyu ON app on both Android and iOS devices via Bluetooth 4.1, offering a robust workflow with various shooting modes and functionalities. Included with the gimbal is a micro-USB cable for charging the integrated 1300mAh lithium-ion battery, which takes approximately two hours to fully charge. Once charged, the battery provides around 8 hours of operational use and approximately 14 hours in standby mode. A mini tripod is also provided, which can be attached to the bottom 1/4"-20 mounting thread, allowing the gimbal to be positioned securely on a flat surface. Key Features Supports up to 3.5" wide smartphones Up to 8.5 oz load capacity Weighs only 9.6 oz Mechanical range: ±330° pan, 165° roll, 240° tilt Battery: up to 14-hour run-time / 9.6Wh capacity, 1300mAh 1/4"-20 tripod mount and tripod included Folds down for storage Panning, Lock, and Follow modes Feiyu ON App Technology built into the app allows the VLOG Pocket to automatically follow a subject or keep it facing you as you move Compatible with iOS and Android smartphones Modes/functions: Photo, video, portrait, landscape, underslung, object tracking, time-lapse, panorama, slow motion, editing, timer, face locking, zoom, filter, beauty, light tracking, overlapping images
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