Vector Optics MAV-P15 Mount for Aimpoint Micro Footprint, 21mm Picatinny, h=38mm – a practical assessment
An optic is only as good as its interface.
The Vector Optics MAV-P15 Mount for Aimpoint Micro Footprint, 21mm Picatinny, h=38mm is a mounting or adapter part for Vector Optics setups, where construction height, footprint, and rail must perfectly align.
This is precisely where most errors occur in practice: wrong footprint, wrong height, wrong rail – and ultimately, the shooting position or point of impact is off.
Why this product?
✔ Check interface carefully by SKU, footprint, and rail
✔ Observe Picatinny/Weaver, 11mm Dovetail, or specific adapter logic
✔ Construction height determines head position and sight picture
✔ Always check fit and point of impact after mounting
Key Features
- Check interface carefully by SKU, footprint, and rail
- Observe Picatinny/Weaver, 11mm Dovetail, or specific adapter logic
- Construction height determines head position and sight picture
- Always check fit and point of impact after mounting
- Useful for red dot, rifle scope, riser, or adapter setups
- Not a universal part for every system – compatibility is mandatory
Our Assessment
Our assessment: This product doesn't solve an abstract accessory problem, but a specific setup problem. If the interface is correct, your system will be faster, cleaner, and more repeatable. If it's not, you'll buy twice.
Instructor Tip: Read the interface first, then buy.
Check three things: What rail does your weapon have? What footprint does your sight have? What construction height do you need for your shooting position? Only when these three points match is the mount useful.
Who is it suitable for?
Suitable for: Suitable for sport shooters and hunters who want to set up red dots, optics, or accessories cleanly.
Not suitable for: Not suitable if the footprint, construction height, or rail interface do not clearly match the existing setup.
Features & Operation
- Do not confuse footprints like TEK, MOJ, MGT, VOD, or RUM
- 11mm Dovetail is not Picatinny
- Low mount for flat systems, high/riser mount for AR-like shooting positions
- Tighten screws evenly and check after the first shots
Technical Data – Explained Clearly
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Model: Vector Optics MAV-P15
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Footprint: Aimpoint Micro Footprint (manufacturer's specification)
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Saddle height: 38 mm
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Length: 50 mm
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Weight: 45 g
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Material: 6063-T6 Aluminum
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Rail: Specification inconsistent (see info box)
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Practical use: Interface, construction height, and footprint must match the sight and weapon – otherwise, the shooting position and sight picture will not be correct
Scope of Delivery
- Vector Optics Mount for Maverick models and Aimpoint Micro Sight (manufacturer's specification)
Note:
Always check compatibility, mounting, secure fit, and function before use. For optics- or point-of-impact-relevant parts, shoot a control series after each mounting. Vector Optics is a strong budget to mid-range solution for civilian applications – not to be classified as uncompromising government/duty equipment.
FAQ
What is this mount used for?
It creates the mechanical interface between the weapon, rail, red dot, or accessory. Footprint, construction height, and mounting interface are crucial.
What is the difference between Picatinny, Weaver, and 11mm Dovetail?
Picatinny/Weaver are 21mm rails used for many sports and hunting setups. 11mm Dovetail is often used with air rifles, small-bore systems, and certain hunting/sporting firearms.
Why is construction height important?
Construction height determines your head position and whether you quickly achieve a clean sight picture. Too high or too low costs speed and comfort.
Do I have to shoot a control group after mounting?
Yes. Any change to the mount or optics should be confirmed with a point of impact check.
Is the mount universal?
No. Footprint, rail, and device must match. Always check SKU, interface, and compatibility before purchasing.
Especially with Vector Optics, the correct classification determines its utility: don't choose based on the datasheet alone, but on use, mounting, target distance, and real-world application.
