Scalarworks
| SKU | Designation | French Law | Height (cm) | Weight (g) | Colors | Mounting | MSRP | Stock |
|---|---|---|---|---|---|---|---|---|
| SKU SW105226 | Designation Scalarworks LEAP/02 Micro T2 QD Mount | French Law Vente libre | Height (cm) 5.7 | Weight (g) 63 | Colors Black | Mounting 21mm rail |
MSRP
270.00 € incl. tax
|
Out of stock
|
The available products can be ordered by your gunsmith who will be delivered in 24 / 48h, out of stock products are being replenished, but your gunsmith may have in stock, ask!
Scalarworks develops premium mounts combining innovation , lightness and modularity , designed for modern sport shooting configurations.
The Scalarworks LEAP/02 is a quick-detach mount designed for Aimpoint Micro optics, offering a height of 2.26" and a modular, upgradeable platform.
The Scalarworks LEAP/02 is designed for Aimpoint Micro and compatible optics. Its one-piece design ensures stable and perfectly aligned mounting on Picatinny rails.
Compatibility:
With an optical axis height of 2.26" , this mount promotes a more upright shooting position, particularly suited to modern equipment. This improves comfort and acquisition speed.
The LEAP/02 incorporates mounting points allowing the addition of KICK/09 extensions. This makes it possible to add a magnifier , a laser module or a combined configuration as needed.
The ClickDrive mechanism allows for quick, tool-free assembly and disassembly, while ensuring a reliable return to zero . Its compact design minimizes protruding parts.
Machined from 7075-T6 aluminum , the LEAP/02 offers an excellent strength-to-weight ratio. At only 63g , it ranks among the lightest 2.26" mounts on the market.
This mount is compatible with many Micro format optics, including Aimpoint, Holosun, Primary Arms, Sig Sauer or Vortex, offering great versatility.
Yes, it is compatible with many Micro format lenses such as Holosun, Sig Sauer or Vortex.
Yes, thanks to the compatible KICK/09 extensions allowing for modular configuration.
Yes, the ClickDrive system guarantees a reliable return to zero after disassembly.