Hovering air fort

1. A hovering air fort comprising:

a front panel formed with an aperture and having two front panel opposite edges of a height H and two front panel opposite edges of a width W;

a rear panel having two rear panel opposite edges of said height H and two rear panel opposite edges of said length W;

a first side panel having two first side opposite edges of said height H and two first side opposite edges of a length L;

a second side panel having two second side opposite edges of said height H and two second side opposite edges of said length L;

a top panel having two top panel opposite edges of said width W and two top panel opposite edges of said length L, wherein said two top panel opposite edges of said width W are each respectively joined to an edge of said width W on said front panel and to an edge of said width W on said rear panel, and wherein said two top panel opposite edges of said length L are each respectively joined to an edge of said length L on said first side panel and to an edge of said length L on said second panel, and further wherein said front panel is positioned between and is joined to said first side panel and to said second side panel at respective edges of said height H, and said rear panel is positioned between and is joined to said first side panel and to said second side panel at respective edges of said height H, to form an unstructured cover having an opening defined by a periphery surrounding said opening; and

a chord hemmed into said unstructured cover at said periphery of surrounding said opening, wherein said chord having a weight that allows said periphery surrounding said opening to be lifted above a surface when air is forced into said hovering air fort through said aperture in said front panel; and

wherein said air forced through said aperture in said front panel provides lift for said cover when said hemmed opening is positioned against said surface.

2. The hovering air fort according to claim 1 , comprising:

a shroud that surrounds said aperture in said front panel to establish a channel for air flow into said cover.

3. The hovering air fort according to claim 2 , further comprising a fan.

4. The hovering air fort according to claim 2 , further comprising a viewing port on one or more of said rear panel, said first side and/or said second side, wherein said viewing port is made of transparent fine mesh netting and wherein said transparent fine mesh netting provides resistance to escaping air from said fort and does not affect maintaining inflation of said hovering air fort.

5. A hovering air fort for inflating on a surface comprising:

a circular side panel having an aperture, a top edge and a bottom edge;

a domed top panel having a peripheral edge, said peripheral edge joined to said top edge of said circular panel;

a shroud having a first end secured to said circular side panel wherein said shroud surrounds said aperture to provide an air flow channel for forcing air through said aperture and a second end for receiving a fan; and

a single chord secured at said bottom edge of said circular side panel, wherein said chord is secured along about 75% to 100% of said bottom edge of said circular side panel, said chord having a weight that allows said bottom edge to be lifted above said surface when said fan forces air into said hovering air fort.

6. A hovering air fort according to claim 5 , wherein said shroud is secured to said circular side panel by stitching, snaps, a zipper, or Velcro™.

7. A hovering air fort according to claim 5 , wherein said second end of said shroud comprises snaps, a cinch chord, or Velcro™ to secure a fan to said hovering air fort.

8. A hovering air fort according to claim 5 , wherein said chord is secured at said bottom edge of said circular side panel by stitching or Velcro™.

9. A hovering air fort according to claim 5 , wherein said circular side panel or said domed top panel further comprises at least one viewing port.

10. A hovering air fort according to claim 5 , wherein said viewing port is made of transparent fine mesh netting and wherein said transparent fine mesh netting provides resistance to escaping air from said hovering air fort and does not affect maintaining inflation of said hovering air fort.