For filmmakers, photographers, and broadcast professionals, having a reliable power solution is essential to keeping production smooth and uninterrupted. The Rolux 2KS Dual Channel V Mount Battery Charger delivers practical charging performance in a compact, lightweight package—making it a dependable companion both in the studio and on location.
Product Highlights
- Dual Battery Charging
Designed to handle two V Mount batteries at once, the 2KS ensures you can quickly recharge your power packs without waiting for one to finish before starting the next. With an output of 16.8V / 3A, it provides consistent and stable charging power suitable for professional equipment. - Wide Voltage Input
Supporting an input range of 90V–240V, the charger is ready for global use. Whether working in local studios or traveling internationally, the 2KS adapts seamlessly to different power systems. - Durable and Practical Design
With a charger size of 9.7 × 5.4 × 4.2 inches and a total weight of just 2.15 pounds, it offers a compact form factor that’s easy to pack and transport. The full package, weighing 3.1 pounds, is lightweight enough for mobile production teams without sacrificing build quality. - Reliable in Varying Conditions
The charger operates in a temperature range of -10°C to 40°C, ensuring dependable performance in both cold outdoor shoots and warmer indoor environments.
Why the Rolux 2KS Stands Out
The Rolux 2KS isn’t just another charger—it’s a versatile tool designed to keep up with the pace of professional production. Its dual charging capability, international compatibility, and portable build make it particularly valuable for creators who need equipment that can travel and perform consistently under pressure.
Conclusion
If you’re looking for a balance between portability and professional performance, the Rolux 2KS Dual Channel V Mount Battery Charger delivers on all fronts. Its efficiency, lightweight design, and adaptability make it a reliable power solution for any content creator working with V Mount battery systems.