A portable flamethrower is provided. It includes a fuel supply, including an externally powered fuel pump in flow communication with a nozzle and a fuel tank. An ignition system is provided to effect igniting of a stream of liquid fuel. An electronic control system is provided to effect selective operation of the ignition system and the fuel system, and preclude their operation if operation criteria are not met.

A portable flamethrower is provided. It includes a fuel supply, including an externally powered fuel pump in flow communication with a nozzle and a fuel tank. An ignition system is provided to effect igniting of a stream of liquid fuel. An electronic control system is provided to effect selective operation of the ignition system and the fuel system, and preclude their operation if operation criteria are not met.

The Spark Ignition Flamethrower may include a plastic or composite housing, a heat shield, fuel manifold, fuel pump, fuel nozzle, electrode, high voltage coil, and control module. The Spark Ignition Flamethrower ignites a fuel using a spark generated by the electrodes without the need for an initial flame. The electrodes may be supplied with high enough voltage to generate a plasma which results in an increased conductive area that increases the efficiency of lighting the fuel. The Spark Ignition Flamethrower may also be oriented in multiple configurations due to the adaptable fuel manifold which is capable of receiving fuel from various fuel sources.

The Spark Ignition Flamethrower may include a plastic or composite housing, a heat shield, fuel manifold, fuel pump, fuel nozzle, electrode, high voltage coil, and control module. The Spark Ignition Flamethrower ignites a fuel using a spark generated by the electrodes without the need for an initial flame. The electrodes may be supplied with high enough voltage to generate a plasma which results in an increased conductive area that increases the efficiency of lighting the fuel. The Spark Ignition Flamethrower may also be oriented in multiple configurations due to the adaptable fuel manifold which is capable of receiving fuel from various fuel sources.

A portable flamethrower is provided. It includes a fuel supply, including an externally powered fuel pump in flow communication with a nozzle and a fuel tank. An ignition system is provided to effect igniting of a stream of liquid fuel. An electronic control system is provided to effect selective operation of the ignition system and the fuel system, and preclude their operation if operation criteria are not met.

A portable flamethrower is provided. It includes a fuel supply, including an externally powered fuel pump in flow communication with a nozzle and a fuel tank. An ignition system is provided to effect igniting of a stream of liquid fuel. An electronic control system is provided to effect selective operation of the ignition system and the fuel system, and preclude their operation if operation criteria are not met.

A bagpipe with flame emitting system for attaching to a bagpipe includes a bagpipe having a plurality of drones each terminating in an open cap. A flame emitting apparatus is attached to the bagpipe and emits flames from each end cap of each drone actuated.

A bagpipe with flame emitting system for attaching to a bagpipe includes a bagpipe having a plurality of drones each terminating in an open cap. A flame emitting apparatus is attached to the bagpipe and emits flames from each end cap of each drone actuated.

The Spark Ignition Flamethrower may include a plastic or composite housing, a heat shield, fuel manifold, fuel pump, fuel nozzle, electrode, high voltage coil, and control module. The Spark Ignition Flamethrower ignites a fuel using a spark generated by the electrodes without the need for an initial flame. The electrodes may be supplied with high enough voltage to generate a plasma which results in an increased conductive area that increases the efficiency of lighting the fuel. The Spark Ignition Flamethrower may also be oriented in multiple configurations due to the adaptable fuel manifold which is capable of receiving fuel from various fuel sources.

The Spark Ignition Flamethrower may include a plastic or composite housing, a heat shield, fuel manifold, fuel pump, fuel nozzle, electrode, high voltage coil, and control module. The Spark Ignition Flamethrower ignites a fuel using a spark generated by the electrodes without the need for an initial flame. The electrodes may be supplied with high enough voltage to generate a plasma which results in an increased conductive area that increases the efficiency of lighting the fuel. The Spark Ignition Flamethrower may also be oriented in multiple configurations due to the adaptable fuel manifold which is capable of receiving fuel from various fuel sources.