Pepper Spray Grenade Duke Pepper Storm Kit

Duke Pepper Storm Kit is a pepper self-defence grenade combining an intense acoustic effect with the dispersal of an irritant powder charge. After activation, it operates with an approximately 4–5-second delay, then produces an acoustic signal of approximately 158 dB while simultaneously dispersing the irritant substance into the surrounding area.

35 g of irritant charge

Inside the container is a 35 g powder charge containing 5% active capsaicinoids from OC with a purity of 96%. These capsaicinoids are responsible for the strong irritant effect, especially on the eyes, respiratory tract and skin.

After activation, the powder is dispersed within a 360° radius of approximately 5 metres from the point of activation. The resulting effect therefore combines the creation of an irritant cloud with a distinct acoustic signal.

Activation principle

The system uses one 12g CO2 cartridge. After activation, it is punctured and compressed carbon dioxide CO2 begins to be released into the plastic grenade container. The pressure inside gradually increases until the container reaches a critical level and bursts violently.

This rupture of the container creates the intense acoustic effect and simultaneously disperses the contained irritant powder into the surrounding area. The mechanism therefore uses CO2 pressure itself without a pyrotechnic charge.

Reusable system

Pepper Storm is designed with a reusable inner core. After activation, the system can be prepared again using the corresponding Pepper Storm Refill Kit.

The 12g CO2 cartridge is not included and must be purchased separately.

CO2 cartridge installation procedure

When installing the CO2 cartridge, it is necessary to proceed with extreme caution. To insert it, the metal capsule is unscrewed, which also opens the container with the irritant powder.

We therefore recommend handling it outdoors or in a well-ventilated area and using protective gloves, eye protection and respiratory protection. Spilling or inhaling the irritant charge must be avoided.