sch.4-sec.9Pump action shotgun

sch.4-sec.9 Pump action shotgun

A pump action shotgun may be modified to make it permanently incapable of being discharged by doing all of the following— boring a hole, approximately 60% of the bore size, just forward of the chamber; inserting a close fitting steel plug of the length of the chamber in the chamber and welding at the breech; completely breaking off, grinding off or removing the firing pin; welding the trigger and hammer to the receiver; welding the bolt to the receiver either— through the magazine well or the ejection port; or along the exposed surface of the bolt for at least 80% of the bolt’s length; welding the action arm to the receiver or barrel; cutting off the magazine lips and removing the spring and follower; if the shotgun has a quick detachable barrel—welding the barrel to the receiver; if the shotgun has a tube type magazine—cutting off the crimped end of the guide, if any, and removing the spring and follower.

• (a) boring a hole, approximately 60% of the bore size, just forward of the chamber;
• (b) inserting a close fitting steel plug of the length of the chamber in the chamber and welding at the breech;
• (c) completely breaking off, grinding off or removing the firing pin;
• (d) welding the trigger and hammer to the receiver;
• (e) welding the bolt to the receiver either— (i) through the magazine well or the ejection port; or (ii) along the exposed surface of the bolt for at least 80% of the bolt’s length;
• (i) through the magazine well or the ejection port; or
• (ii) along the exposed surface of the bolt for at least 80% of the bolt’s length;
• (f) welding the action arm to the receiver or barrel;
• (g) cutting off the magazine lips and removing the spring and follower;
• (h) if the shotgun has a quick detachable barrel—welding the barrel to the receiver;
• (i) if the shotgun has a tube type magazine—cutting off the crimped end of the guide, if any, and removing the spring and follower.
• (i) through the magazine well or the ejection port; or
• (ii) along the exposed surface of the bolt for at least 80% of the bolt’s length;