Guns that cannot be fired due to damaged bullets or bullet shells are no longer weapons but just scrap metal, and the root cause must be removed to prevent recurrence. There is an urgent need to improve it so that even people with weak hands, such as women, can use it easily.

To make up for the power gap caused by the reduction of troops, savings can be made in non-combat areas such as ammunition management. Automation and advancement of ammunition work increases the efficiency of simple repetitive tasks. Preemptive response to blocking safety accidents with live ammunition and managing dangerous substances. Expected effects when introduced within the military Contribute to the Defense Innovation 4.0 policy of reducing the proportion of non-combat tasks and increasing combat capabilities with equipment incorporating IT technology. Create an atmosphere that allows you to focus on training by dramatically reducing preparation time due to periodic shooting Easy to build a smart ammunition supply management system (SCM) when considering long-term aspects Possible to build sustainment support field (weapons/ammunition management system) during the Army TIGER brigade platform plan. product excellence This product was developed through an R&D project by the Defense Acquisition Program Administration (DAPA) (19.05.10~21.05.09) and was finally judged successful after various evaluations (22.04.07). Mixed normal and tracer bullets according to the set ratio (10 bullets regardless of shell type) Training to remove unexploded ordnance is possible as mixed munitions such as blank and imitation munitions are possible. Separate and remove bullets and clips when inserting bullets for bundles of 10 rounds. Record and print details upon completion of saptan Received the 2022 DAPA R&D Incentive Award Designated as a priority product for small and medium-sized businesses by the DAPA in 2022 Registered 3 patents (10-1948756 shovel device and shovel rate control method / 10-2019742 automatic rapid shovel device / 10-2185545 ammunition smart supply management system)

Since shell casings are recovered after shooting for reasons such as gun accidents and economic efficiency, it is realistically limited to not use shell casings. Emergency measures are possible in the event of a firearm malfunction, making it easier to develop a shooting training model that can be used in actual battlefield situations. Prevent environmental problems by blocking possible soil contamination and comply with government policy. Expected effects when introduced within the military The seam of the shell catch net is torn, so there is no need to repair it with duct tape, etc. Can be used on K1, K2, K2C1, K201, K7, M16, etc., not specific firearms Prevents safety accidents by observing the movement of the charging handle and ejection of shell casings between shots. Aiming and suppressing shooting through mobile shooting, as well as maneuvering and changing direction shooting are possible. Budget savings due to higher cost-effectiveness (20,000-30,000 won) compared to existing products product excellence The material is polycarbonate, which is resistant to heat and shock, and weighs about 200g. In case of malfunction of the gun, emergency measures and shell casings can be recovered while attached. Easy to use to remove bullet shells without interfering with the cartridge case. Patent application (10-2022-0078467/'22.6.27)