The best blunt you'll ever smoke, and here's why!

Cyclones are a new innovation in blunt smoking! From the beginning of time people have complained that the start of a blunt tastes better then the butt. This is true with all cigarettes and cigars. The reason this happens is that as you smoke a blunt, the tobacco you are smoking passes through the unsmoked tobacco with every puff. This causes the unsmoked tobacco to act almost like a filter. It picks up nicotine and tar from the burning tobacco and becomes much stronger in both flavor and nicotine content. So, as your cigar burns each puff gets a stronger taste than the one before it, until the flavor has become so strong that it’s no longer enjoyable.

We have conquered this problem with the invention of the Cyclone cone-shaped blunt. When a Cyclone burns, more tobacco is burned at the beginning, and progressively less is burned with each puff. Therefore, as your tobacco gets stronger and stronger, you are burning less and less of it. Thus, the first puff tastes almost the same as the final puff.  The Cyclone gives the most even and enjoyable smoking experience possible.

Cone shaped cigarettes have been popular for years in Europe, but nobody has ever been able to design a cone shaped blunt that was both easy to roll and fill. The Cyclone is 100% pre-rolled and comes with a filling/packing stick. Not only is it easy to fill, but it comes in a flavor sealing reusable tube. You can even use the tube as a snuffer to extinguish a partially burning blunt.

The Cyclone is an invention that has revolutionized blunt smoking. Sales have been truly phenomenal and the reviews by the industry and smokers alike have been very strong. Most smokers say things like “Oh my god, I didn't even know a blunt could be this amazingly good!"

 

Available in 6 mouth watering flavors: Fruit Punch, Sour Apple, Peach, Strawberry/Kiwi, Blueberry, and Mango

Try a Cyclone today and change the way you think about smoking blunt cigars!

NOTICE: US Patent Application # 10/922,048, PCT (EU), Serial PCT/US2004/029882