Hydraulic device may be powered manually, pneumatically, or electrically. These systems include hydraulic rescue tools (of the type used to extract people entrapped in vehicle wreckages) as well as specialized tools made specifically for door breaching. Hydraulic breaching utilizes a hydraulic system to force the door open. This tool first "breaks" the window, then "rakes" aside pieces of broken glass as well as any window frame.
#Explosions ramme windows
Although not strictly pertaining to door breaching, windows can also be breached to gain entry using a "break and rake" tool. Doors can also be breached by cutting through the material of the door itself with a circular saw, though this is much slower. Padlocks and similar barriers can also be removed with bolt cutters. Other tools, like sledgehammers or battering rams (like the enforcer), concentrate a large amount of kinetic force on the door to defeat the locking mechanism. Tools like the Halligan bar, pry bar, Denver tool, Kelly tool, claw tool, or " the pig", can be used to lever a door open.
More dynamic methods use significantly more force to break the lock or door.
Another option is to remove the cylinder lock from the door using instruments like an A-tool or K-tool these methods also allow the door to be closed and re-locked afterward. For doors, a shove knife can be wedged into the door jamb and open the latch bolt without having to deal with the lock itself. Tools can also be used to bypass the lock itself for example, shims can be used to unlock padlocks by directly interacting with the bolts holding the padlock's shackle in place. Alternatively, a snap gun can be used to defeat the lock, which requires less skill and training. Lockpicking with traditional lock picks is a minimally destructive method but is relatively slow and requires a trained operator. Mechanical breaching can be used to defeat the latch, lock, hinges, or door itself and methods can vary from minimally destructive to very destructive. US Marines breach a door using a sledgehammer
0 kommentar(er)
