The Magpul MIAD (Mission Adaptable) GEN 1.1 Grip is a drop-in replacement for the standard AR15/AR10 grip. Available in two dedicated configurations to fit most receivers. Designed to improve ergonomics with interchangeable front and rear straps for personalized hand fit, an aggressive texture for positive weapon control, and is compatible with all Magpul grip cores to adapt to various storage needs.
This update to the original MIAD has improved strap retention and also comes standard with the newest grip core that holds an included 1/2 oz. lubrication bottle.
Two sizes are available- this TYPE 1 Kit (MAG520) fits most 5.56x45 and 7.62x51 AR receivers and the TYPE 2 Kit (MAG521) which is required for some 7.62x51 size receivers*.
All mounting hardware is included.
Made in the USA.
DESIGNED TO IMPROVE ERGONOMICS
AGGRESSIVE TEXTURE FOR POSITIVE WEAPON CONTROL
INTERCHANGABLE FRONT AND REAR STRAPS FOR PERSONALIZED FIT
Each kit includes three backstrap sizes (S,M,L), two frontstraps (A1 and A2 style), lubrication bottle core, and dual-drive mounting screw.
COMES WITH REMOVABLE LUBRICATION BOTTLE FOR STORAGE CORE
Custom waterproof storage of batteries (AA/AAA or CR123A) or spare bolt/firing pin (AR15/M4) is available with optional Storage Cores.
Technical Specifications
Platform: AR10, AR15, M4, M16, M110, SR25
Grip Angle: 25 degrees
Height, receiver to bottom: 4.0 in.
Thickness, max: 1.2 in.
Other Specs
*NOTE: This TYPE 1 Kit fits all AR15/M4's as well as many 7.62x51 variants such as the Aero Precision M5 308, CMMG MK3, CORE Rifle Systems CORE30, HK 417/MR762A1, LWRCI REPR, Mega Arms MATEN, POF P-308, Ruger SR-762, and SIG716.
The TYPE 2 Kit uses taller backstraps for optimized fit with certain 7.62x51 receivers such as the Armalite AR-10A/B/T, DPMS LR308, KAC SR25, LaRue OBR, LMT .308 MWS, Palmetto PA10, and S&W M&P10.
In general, the TYPE 1 Kit will fit most all 7.62x51 AR lower receivers but there may or may not be a gap between the backstrap's 'beavertail' and the receiver. This gap is purely aesthetic and will not affect function.