CHGMS100

GMS100

CHASING

Content creators, travel photographers, marine professionals, and anyone fascinated by the world beneath the waves will find the GLADIUS MINI S Underwater Drone from CHASING rewarding and easy to use. Featuring a UHD 4K / 12MP camera with electronic image stabilization, the MINI S captures video and photos. It then transmits them to a topside controller to allow sharing for live viewing from up to three devices at once. You can also store or share them on social media. Upgrades from the earlier GLADIUS MINI model include a tether that connects directly to the controller (no more dropped Wi-Fi), a more powerful battery that doubles the runtime to four hours, anti-stuck motor technology that helps prevent the drone from getting bogged down in the sand, a 64GB SD card, and image stabilization for the 1/2.3" CMOS sensor f/1.8 camera. In case you want to customize the drone with your own action cam, a mount is included. As its name suggests, the MINI S is more compact than earlier models, measuring a backpack-friendly 15.7 x 8.9 x 5.7" and weighing just 6 lb.Applications Explore underwater environments and marine life as far as 328' below the surfaceInspect undersides of boats, aquaculture facilities, or infrastructures such as dams and supportsGrab underwater footage for content creationVideo and Photo Records UHD 4K videoCaptures 12MP still photosElectronic image stabilizationSlow-motion and time-lapse capabilityQuick-editing features1/2.3" CMOS sensor, f/1.8 lens, 152 angle of viewTwo 1200-lumen LED lightsReal-time depth and water temperature infoPower Top speed of 4 knots (2 meters/second)Anti-stuck motor technology helps prevent getting bogged down in the sandPowered by two 4800mAh batteries for 4-hour runtimeRemote Control Tether measures 328' and connects drone to control unit, eliminates wireless connection of earlier modelsSupports Wi-Fi and data transfer cable connections to mobile phone/tablet devicesReal-time sharing on up to three devices at onceRecords to included 64GB memory card