Vector Optics MAV-QD10 QD-Riser – 20.5 mm Picatinny

More height, faster released – without turning a mount into a universal part.
The Vector Optics MAV-QD10 raises compatible Red Dots by 20.5 mm and clamps via quick-release lever onto a 21 mm Picatinny rail. Check footprint, rail, and desired sight line before buying.
Check technical data → Quick verdict
A lightweight cantilever riser for Maverick and Aimpoint Micro compatible optics. The QD operation is handy for changing setups; however, the manufacturer does not guarantee point-of-impact return after each removal.
Fits – or doesn’t fit?

Fits: 21 mm Picatinny, Aimpoint Micro footprint, deliberately higher sight line.

Doesn’t fit: 11 mm dovetail rail, RMSc/Docter/DeltaPoint or a setup requiring a low direct mount.

Practical check without marketing haze
The cantilever shape creates some play at the front or rear. The lever speeds up removal; the clamping still needs to be properly adjusted and checked according to the manufacturer’s instructions. After each disassembly, a control group is advisable.
Technical data

Model
MAV-QD10

EAN
6976386123395

Rail
21 mm Picatinny

Compatibility
Vector Optics Maverick / Aimpoint Micro T-1 compatible footprint

Height
20.5 mm / 0.8"

Length
58 mm

Material
6063-T6 aluminum

Weight
60 g

Finish
Black, matte

Scope of delivery
1× MAV-QD10 QD riser. Other pictured accessories are only included if named in the specific listing selection.
Safety & care
Only mount on unloaded equipment. Keep contact surfaces clean and grease-free, regularly check fastenings and re-zero after any changes.
FAQ
Does the riser fit 11 mm rails?
No. It is designed for 21 mm Picatinny.
Is every Micro Red Dot compatible?
Only with an actually matching Aimpoint Micro hole pattern; check model approval and screw length.
Is QD automatically repeatable?
No. Lever position, rail, and mounting quality affect repeatability.
Find more suitable base solutions at Mounts & Accessories for shooting sports. If your setup is unusual, send the Black-Raptor community your rail, optic model, and desired height.