Abstract: A system and method for vehicular mounted chemical and organic agent delivery. An apparatus and method are disclosed wherein an aluminum frame is utilized to mount a high power blower. The apparatus is designed to be mounted on a vehicle. A chemical or organic agent is loaded into a reservoir also mounted on the vehicle. By the use of a peristaltic pump, the chemical or organic agent is pumped into a nozzle and introduced into the wind flow, thereby allowing for airborne application of the agent. The apparatus has the ability to adjust the rate of the pump in accordance with a predetermined or constantly ascertained ground-speed. A user operates the vehicle and applies the chemical or organic agent at will.

Abstract: A system and method for vehicular mounted chemical and organic agent delivery. An apparatus and method are disclosed wherein an aluminum frame is utilized to mount a high power blower. The apparatus is designed to be mounted on a vehicle. A chemical or organic agent is loaded into a reservoir also mounted on the vehicle. By the use of a peristaltic pump, the chemical or organic agent is pumped into a nozzle and introduced into the wind flow, thereby allowing for airborne application of the agent. The apparatus has the ability to adjust the rate of the pump in accordance with a predetermined or constantly ascertained ground-speed. A user operates the vehicle and applies the chemical or organic agent at will.

Abstract: A system and method are disclosed through which pesticides, vitamins, food, and other chemical agents can be delivered to a target in an efficient and safe manner. Chemical agent delivery is preferably achieved by encapsulating a desired chemical agent and causing the capsules to contact a target with sufficient force to cause the capsule to burst, delivering the chemical agent to the target. A pneumatic device, such as a paintball gun, is preferably used to deliver the capsule to the target. Capsules can be loaded into a magazine or other holding chamber and fired from the pneumatic device utilizing force from a compressed gas source contained in or attached to the pneumatic device. Alternatively, capsules can be delivered to targets by other means, including dropping the capsules from an aircraft. Capsules which contain gelatinous material including both an attractant and a pesticide can be used in accordance with the invention to create a bait station.