Dynacore DPM-155S Tiny V-Mount Li-ion Battery

Description

Dynacore DPM-155S Tiny V-Mount Li-ion Battery

The Dynacore DPM-155S Tiny V-Mount Li-ion Battery is a high-capacity, ultra-compact, and lightweight power solution designed for demanding professional video and film productions. As part of Dynacore’s popular “Tiny Series,” it offers significant power in a reduced form factor, making it ideal for powering a wide range of cinema cameras and accessories, especially in space-constrained or mobile setups.

The Dynacore DPM-155S 155Wh Tiny V-Mount Li-ion Battery is a state-of-the-art professional camera battery engineered for optimal performance and portability. Boasting a substantial 155Wh capacity (approximately 10.5Ah) at a nominal 14.8V, this compact V-mount battery provides extended runtimes for power-hungry cinema cameras, broadcast equipment, and lighting solutions. Its maximum output is a robust 150W (12A), ensuring stable power delivery for even the most demanding gear.

A key feature of the DPM-155S is its versatile power outputs. It includes an integrated D-Tap accessory port (14.8V, 100W/8A max output) and a USB output (5V, 2A). These outputs allow you to simultaneously power various camera accessories like onboard monitors, wireless video transmitters, LED lights, follow focus systems, and even charge mobile devices, centralizing your power management.

Designed with high-quality imported 18650 cells, the Dynacore DPM-155S offers exceptional reliability, long cycle life, and consistent performance across a broad operating temperature range (-20°C to +50°C). Its innovative double housing structure provides enhanced protection against impact and drops, making it a rugged choice for demanding production environments. With its significantly smaller size (approx. 75 x 105 x 50mm) and lightweight design (approx. 0.8 kg / 1.76 lbs) compared to traditional V-mount batteries, the DPM-155S is perfectly suited for gimbal setups, aerial cinematography, handheld rigs, Steadicam systems, and any application where minimizing weight and bulk is crucial without compromising on power capacity.

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