Introducing the Hawk-Woods Mini G-Lok 14.4v (Gold Mount) battery designed for modern Broadcast & Cine Applications. This Mini 14.4v G-Lok delivers powerful, compact energy in a lightweight form factor perfect for users seeking high performance without the bulk. Whether powering cameras, lighting, or accessories, these batteries are built to go the distance while keeping your rig agile and secure. Designed for Mini 14.4v G-Lok systems, our G-Lok Mini battery offers superior flexibility, smart safety features, and class-leading build quality backed by premium Samsung and LG cell technology. SafeVolt Technology This battery features our SafeVolt technology, designed to work seamlessly with Hawk-Woods G-Lok plates. The battery communicates directly with the plate to confirm voltage compatibility before allowing power to flow to the equipment. If there is a mismatch, the front LED will alert the user to a voltage error. Gold Mount (G-Lok) Fitting: Industry-standard Gold Mount connection with our own G-Lok design offering a secure front-facing mount and compatibility with most third-party chargers and plates. Strengthened Contact Pins: Durable contact design for improved wear resistance and long-term use. Premium Cell Technology: Constructed using high-grade Samsung and LG lithium-ion cells, delivering robust performance, higher discharge capability, and longer lifespan. Built for Demanding Gear: This G-Lok battery is rated to 12A max helping you power the most demanding power equipment. Multi-Directional D-Tap Outputs: 11–17V unregulated D-Tap. Ultra-Compact Mini Size: A third of the size and weight of a standard battery small enough to fit in your hand. Ideal for gimbals, drones, or any lightweight shooting scenario. Power Monitoring: Five-step LED gauge allows quick, accurate status checks at a glance. Flight-Safe Models: Sub 100Wh options are approved for carry-on air travel ideal for international productions. Total Battery Protection System: Built-in circuitry protects against over-voltage, over-discharge, thermal events, short circuits, and improper charging conditions.
