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Key Features
- 99Wh Lithium-Ion V-Mount Battery
- Supports up to 14A Draw
- 14.8V D-Tap Output
- USB-A Output, 2 x DC Barrel Outputs
The orange VB99 Mini V-Mount Battery from SmallRig is an ultracompact, lightweight 99Wh battery that can support up to a 14A draw at a nominal 14.8V. This travel-friendly battery is suitable for powering handheld cameras, drones, and gimbals.
More DetailsThe VB99 provides multiple accessory ports, including one 14.8V D-Tap output, one 8 VDC barrel output, one 12 VDC barrel output, one USB-C output, and one USB-A output for powering various accessories, cameras, or mobile devices. The battery can be charged using a standard V-mount charger, an optional D-Tap charger, or via the USB-C input/output with a 65W PD fast charger. A built-in OLED display shows the remaining battery capacity and status.
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Can you safely power a Canon R5C or a BMPCC 6K ...
Can you safely power a Canon R5C or a BMPCC 6K Pro with this battery?
Yes, the SmallRig VB99 Mini V-Mount Battery (99Wh, Orange) is designed to safely power the Canon EOS R5 C Mirrorless Cinema Camera as well as the Blackmagic Design Pocket Cinema Camera 6K Pro.
Date published: 2025-10-27
Will the IndiPRO Tools D-Tap Pro Battery Charger ...
Will the IndiPRO Tools D-Tap Pro Battery Charger (16.8V, 2.5A) properly charge this battery?
Yes, the SmallRig VB99 Mini V-Mount Battery (99Wh, Orange) can be charged by the IndiPRO Tools D-Tap Pro Battery Charger BH #INPD1013. However, the USB-C cable and charger below are also a practical option, and it offers faster charging of the SmallRig battery.
Xcellon Mighty Mini 165 65W GaN USB Type-C Charger (White)
BH #XCPDG165W
Belkin BoostCharge Braided USB-C Cable (6.6', Black)
BH #BECB14BT2MBK
Date published: 2025-10-27
Could I power the my camera via usb-c while also ...
Could I power the my camera via usb-c while also powering my monitor through the barrel out? Or will this cause issues if using at the same time
As long as your camera and monitor support each power output you would be able to do so using the SmallRig VB99 Mini V-Mount Battery.
Date published: 2024-11-08
Can I connect this battery to a Fellworld 4k ...
Can I connect this battery to a Fellworld 4k ultra-bright 10.1" LUT11S 2000nit 3G-SDI DAYLIGHT VIEWABLE DIRECTOR MONITOR?
The SmallRig VB99 mini Battery Kit with Folding V-Lock Plate (6800mAh, V-Mount) does not directly connect to the FeelWorld 10.1" 4K Ultra-Bright Touchscreen Monitor with Loop-Through HDMI & 3G-SDI. You would need an adapter like the Dynacore V-Mount to L-Series/NP-F Battery Adapter (7.4V) (https://bhpho.to/3TUa2UU).
Date published: 2025-07-23
how do you charge the battery?
how do you charge the battery?
The SmallRig VB99 Mini V-Mount Battery Kit with Canon LP-E6NH Dummy Battery (99Wh) can use a variety of chargers. We suggest the SmallRig Dual-Channel V-Mount Battery Charger
BH #SM4450 • MFR #4450.
Date published: 2025-04-07
How long will this battery power a Hollyland pyro ...
How long will this battery power a Hollyland pyro 7 monitor and a Canon R6mII?
The SmallRig VB99 Mini V-Mount Battery (99Wh, Green) should power the camera and display for at least 4-6 hours, depending on the brightness of the Hollyland Pyro display.
Date published: 2024-12-10
After charging, could this Dual Charger Power Kit ...
After charging, could this Dual Charger Power Kit be used instead of the Aputure 2-bay station to power an amaran 200x?
Unfortunately, the Watson Pro Dual Position Li-Ion Battery Charger (V-Mount) in the kit will not be able to supply enough power the Amaran 200x.
Date published: 2024-05-28
Is the 'H' on the screen refer to hours?
Is the 'H' on the screen refer to hours?
Regarding the SmallRig VB99 Mini V-Mount Battery (99Wh) and rating of Wh specifically, Watt-hours (Wh) measure a battery’s or device’s total energy capacity, showing how much power it can deliver over time. Unlike watts, which indicate instantaneous power rate, watt-hours combine power and duration for practical comparisons.
Watt-hours calculate as power in watts multiplied by time in hours: Wh = W × h. For batteries, it’s often voltage (V) times amp-hours (Ah): Wh = V × Ah.
Date published: 2026-02-23