Abstract: An engine disabler spray system allows a first chase vehicle to disable a second fleeing vehicle by spraying a fire suppressant agent from the first vehicle at the second vehicle wherein the fire suppressant agent is sucked through the air intake of the second vehicle's engine and once the fire suppressant agent enters the engine, the engine is robbed of oxygen and ceases thereby. The fire suppressant agent is stored within a tank located within the trunk of the first vehicle and is discharged through nozzles located on the back of the first vehicle. The nozzles may be directionally controlled for optimum targeted spraying at the second vehicle.

Abstract: A net is made from an explosive resistant material such as KEVLAR and is thrown over an explosive-laden device such that the net helps contain the blast force of the explosive-laden device. The net also has a nozzle that is fluid connected to a fire suppressant agent as well as a high density foam, each of which are discharged through the nozzle once the net is thrown over the explosive-laden device, the fire suppressant agent and the high density foam each helping to minimize the blast force of the explosive-laden device. The net can be thrown manually or can be fired from a gun that uses either pneumatic force or a firing cartridge to propel the net at its target.