For filmmakers, content creators, and professionals who demand reliable power on set, the Rolux 14.4V 270Wh USB-C V-Mount Lithium Battery is a game-changer. Compact, high-capacity, and loaded with multiple output options, this battery ensures your gear stays powered no matter where your creative journey takes you.
Exceptional Power Capacity
With a rated voltage of 14.4V and a robust capacity of 270Wh (18600mAh), this battery delivers long-lasting performance for cameras, monitors, lights, and other V-Mount-compatible devices. It’s designed to keep up with demanding production schedules without the need for frequent swaps.
Flexible Output Options
The Rolux 270Wh battery caters to a variety of power needs:
- BP Electrodes: 14.4V 15A output, 16.8V 3A input
- D-Tap: 14.4V 15A output, 16.8V 3A input
- USB-C: 65W maximum output, 45W maximum input for fast charging
- USB-A: 5V 2.1A output
This versatility allows you to power multiple devices simultaneously, from traditional V-Mount cameras to USB-C-powered monitors, lights, or accessories.
Compact and Lightweight
Measuring just 120 × 91 × 90mm and weighing around 1390g, the battery is portable without sacrificing performance. Its sleek design ensures it fits seamlessly onto camera rigs or into professional setups, making it ideal for on-location shoots.
Reliable and Safe
Engineered for professional use, the Rolux V-Mount battery operates in a wide temperature range:
- Charging temperature: 0~40℃
- Working temperature: -10~60℃
This ensures stable performance even in challenging environments, whether on a sunny outdoor shoot or in a chilly studio setting.
Ideal for Modern Production
With the added convenience of USB-C fast charging, dual D-Tap ports, and a dependable V-Mount interface, the Rolux 270Wh battery is a versatile companion for filmmakers, photographers, and content creators who need uninterrupted power on the go.
Whether you’re running a cinema camera, powering a field monitor, or charging your accessories, this battery guarantees reliable performance and flexibility in a single, compact package.