Tokyo Marui 11.5 inch URGI MK16 MWS GBB Airsoft

Price: $521.46 — In stock.

The Tokyo Marui MWS ZET System M4/AR-15 gas airsoft rifles have established themselves as a popular choice among airsoft enthusiasts who enjoy gas blowback (GBB) guns. Known for their quality and performance, these rifles stand out in a sea of MK16 URGI replicas. So, what makes these gas airsoft rifles special? First and foremost, the Tokyo Marui URGI MK16 MWS GBBR Airsoft rifle is manufactured by Tokyo Marui themselves. While they may have entered the game a bit later than other companies like Guns Modify, who also use the MWS gas system, Tokyo Marui's reputation as one of the best and oldest airsoft manufacturers ensures that you're purchasing quality. Their commitment to build quality and stringent quality control sets them apart in the industry, as seen in their earlier releases such as the MK18 MOD 1 rifle and regular M4 carbines. In terms of build quality, the MK16 URGI features a Cerakote-finished receiver, just like other Tokyo Marui MWS rifles. This factory-applied Cerakote coating enhances the rifle's resistance to scratches and bumps, ensuring its durability and longevity. Additionally, the Tokyo Marui MK16 URGI gas airsoft rifle comes equipped with the iconic MK16 URG-I handguard, featuring M-Lok and a top monolithic Picatinny rail for attaching accessories. It also includes a URG-I style charging handle, flip-up adjustable iron sights, and an adjustable stock with a friction lock system. These components are tan in color, adding a visually appealing two-tone look to the rifle. Tokyo Marui's attention to detail is evident in the inclusion of a 4-prong flash hider, setting it apart from other Tokyo Marui ZET system M4s. As expected from Tokyo Marui, the fit and finish of the MK16 URGI are excellent, with solid construction throughout. Moreover, the rifle is compatible with standard MWS parts, providing a high level of customization right out of the box. The ZET system employed in the MK16 URGI ensures exceptional gas efficiency and consistency, resulting