Core SWX HyperCore PRIME 190Wh 14.8V Battery - V-Mount

The Core SWX HyperCore PRIME 190Wh 14.8V Battery - V-Mount can sustain higher power draws to easily handle digital cinema cameras like the ARRI Alexa and Amira, RED Epic, Sony F65 and VRI Phantom. It's key feature is a 2-part design which allows the massive 190Wh cell to be separated to comply with air travel regulations for Lithium Ion batteries.

NOTE: The HyperCore PRIME battery cannot be used on a battery plate while separated.

The HyperCore PRIME features a higher voltage design and, when coupled with the HyperCine (sold separately), can offer charge capacity upwards of 190Wh. The higher charge voltage provides a wider discharge cycle range and greater run times. When four PRIME packs are installed on the HyperCine, it provides 760Wh of air travel-friendly, Lithium Ion battery power.

In addition to it's 2-part design, the battery pack has been scaled vertically to better distribute weight across the battery mount, and reduce depth by 0.5" versus the previous HyperCore 190 design. The current design also features a large, backlit runtime LCD on the front. An LED grid, which wraps around to the front of the battery complements the LCD, provides charge status. The PRIME features (2) integrated, unregulated P-Tap connections on the battery, allowing the user to power any 12-16.8V DC device. An additional USB port (5V, 3A max.) allows accessible charging for your mobile device.

Any charger within Core SWX lineup will charge the HyperCore PRIME battery series,  which is among the most cross platform-compatible in the industry today. HyperCore PRIME will also charge on IDX, Sony, and RED V-Mount chargers.

Features:

• Capacity: 190Wh Nominal (14.8V, 13.5 Ah, 10A max. load)
• Normal Runtime (25W): ~7.6 hr
• Size: 3.8" x 6.6" x 2.4"
• Weight: 2.6 lb
• Mount: V-Mount

IMPORTANT NOTE: Available via ground or expedited shipping on domestic orders. Please consider picking up this item in-store, as well. Only ships within the United States due to airline restrictions.