ANDYCINE Mini V-Lock Assembly Kit

ANDYCINE Mini V-Lock Assembly Kit

EAN: 719209320542

When you want to add a V-lock mounting kit to your gear, the ANDYCINE Mini V-Lock Assembly Kit is just the item. This compact and lightweight kit features aluminum alloy construction and includes a female V-lock receiver (without power connections) and a male V-lock wedge, as well as a plethora of mounting screws. This combination allows you to mount the receiver on your cage, a cheese plate, or a variety of other mounting platforms (not included) with 1/4`-20, M3, or M4 holes. Likewise, you can mount the included V-lock wedge onto any device or accessory that you want to securely and rapidly mount or unmount.

Supporting up to 22 pounds, the V-lock receiver features 64 attachment points and accepts standard V-mount batteries, as well as devices with a standard male V-lock wedge. This allows you to configure your camera or gimbal rig, or even an on-camera/handheld monitor rig, for the most comfortable balance and weight distribution. Please note that neither the male V-lock wedge nor the receiver pass power, as they have no electrical connections, but you can use your battery`s accessory power ports when desired.

Attachment Points

The kit features 64 attachment points, enabling a variety of orientation choices when mounting it on your gear.

Mounting

With four 1/4` countersunk mounting slots, four 1/4` through-holes, thirty-three 1/4`-20, five 3/8`-16, four M3, and eighteen M4 threaded mounting holes on the back, side, and bottom of the unit, you can mount this onto virtually any cage, cheese plate, or rod clamp, all sold separately. This allows you to mount a V-mount battery or any device you can attach the included V-lock wedge to on most supports or platforms.

Mounting Screws

The included mounting screws enable mounting the receiver and wedge onto devices or supports compatible with standard V-lock/V-mount mechanisms.

Power

Please note that neither the V-lock receiver nor the V-lock wedge has any electrical connections, and neither will pass power from a battery or device.