This Watson 99Wh 2-Battery Kit with Dual-Bay Charger from B&H pairs two VM-99-CC high-capacity V-mount batteries with the C-VM-2C dual-position compact V-mount charger to create an ideal ready-to-go power solution for V-mount powered devices of all kinds.
This compact Watson 99Wh V-Mount Battery offers flexible connectivity and a small form factor with a powerful 99Wh capacity. It can power pro cameras, monitors, and LED lights that draw up to 13A. This 99Wh battery addresses issues of weight, space, and travel convenience. It complies with FAA guidelines for carry-on items, allowing you to start shooting immediately without worrying about retrieving any checked bags.
The battery features integrated ports, including USB-A and USB-C, for charging mobile devices, tablets, and laptops while you work. Two D-Tap ports are available to power essential lights, cameras, or video monitors. For recharging, you can use the V-mount, D-Tap, or USB-C ports.
Please note: When both the USB-A and USB-C outputs are used simultaneously, the output defaults to 5V.
- Cameras and lights with V-mount plates
- USB-C powered devices
- Devices with standard USB-A ports
- D-Tap powered devices that draw up to 13A
The Watson Pro Dual-Position V-Mount Battery Charger ensures you have fully charged V-mount lithium-ion batteries for your studio or on-location lighting, cameras, recorders, and monitors. With no need for special equipment, simply plug the charger into any available power outlet. It can simultaneously charge two V-mount batteries, delivering 16.8V at 3A.
Constructed from sturdy solid metal, it's durable for transportation, and heat dissipation louvers prevent delays from automatic overheating shutdowns. Its stable base allows for standalone use, while rubber feet prevent surface damage. Clear indicator LEDs signal when batteries are fully charged. Moreover, the charger incorporates built-in protections against overvoltage, overcurrent, short-circuits, and temperature fluctuations, safeguarding your valuable V-mount batteries from potential damage due to mishaps, power surges, or spikes.
