Wing Suit / Rig Design of the Future
So - since we are getting creative, we might as well reveal what will become the purpose built wingsuit/rig of the next generation:
- obvious final step is that the rig and suit will be one unit. Not two connectable and integrated units. Further, the shape (aerofoil) of the jumper will be incorporated into the design of the complete system to create a very uniform classically shaped wing. When you order the suit, you will have to specify 3-d shape and the manufacturers will be able to create a system that will perfectly fit your shape.
Some of the specs/ideas follow:
- the arm wings will become an integral part of the side flaps and riser flaps of the rig.
- the bottom flap of the container will seemlessly integrate with the leg wing. There is a possibility that the canopy may be packed into cells on the legs with the central part inflated via air flow. This is to keep the solid material with the body and the inflated material separate. This is kind of like splitting the nose when packing a reserve canopy - but is will be packed down instead of up.
- the top flap will be integrated into the inflated cell design around the head area.
- the material used for the flaps will be smoother to minimise drag. No cordura anymore.
- the helmet will be connected to inflatable cells that are then connected to the shoulders. This would be flexible to allow some degree of lateral movement of the head for visibility and awareness opportunities. The intent here is to create a camber shaped profile at the leading edge of complete system/person. There may be some form of solid side extensions from the helmet to assist in the formation of the leading edge camber.
- the cell(s) created around the head and shoulders will have some degree of rigidity introduced in order to enhance the shaping at the leading edge. Ideas include shoulder pads created from a variety of materials, etc.
- the footwear/shoes will become specialised and will allow for various turbulence created from standard shapes and designs. Vortice and parasitic turbulence around the shoes will be reduced as follows: the heel area will become a continuous/tight/stretched material running down the back of the leg towards the heel. There will then be a curved section at the base of the foot leading to a thin trailing edge past the extended toes. The material at the front (shin) part of the foot will be an elasticised section that leads to a solid section that finally ends up connecting to the thin trailing edge.
- there will be a cell running from the front of the helmet (chin) towards the chest area.
- all the harness material / webbing / hardware /etc will be internally contained and smoothed over to reduce parasitic drag.
The catch, only the most skilled / best wing suit flyers will be able to get the full benefit from this suit. The average Joe Blow (which is most of us) will have to spend a long time improving our flight skills on standard designs. The suit will have much higher inherent risks and hence will not be suitable for most people. But the rewards for those special ones will be great!!!!
And there is more . . . . .but that will come at a later time.
Tom Begic
April 2006
Note: these ideas occured in 1999 but as one person pointed out, laziness, lack of resources, and other priorities prevented them from coming to fruition.
BTW - good work by VKB to actually get ideas out into a real product (even if only a prototype).
Robbie P - kad ces mi napravit jednu? ;)