channels 49 that direct the water flow in an altered direction as it passes through and over the face of each channel 49 this action gives the blades increased rotational force the amount of open space between the individual channels is a consideration of size of blades rotational force required structural stability multiplicity and other engineering principles to the front of this blade channel weave can be added further directional enhancers 50 these enhancers add to the rotational output finally each individual blade is positioned in relationship with it 39 s neighboring blade much as the conventional windmill blades both in blade pitch into the flowing current and individual blade shape overlap so that each component blade 51 comprised of the channel weave 49 and the rotational enhancers 50 also act as a homogenized single blade on a rotator to further add to the rotational force placed on the turbine blade propeller these blades 51 are large and slow moving but exert large amounts of rotational torque on the turbine blade propeller shaft 29 fig1 is the front view of the turbine blade propeller 13 style 48 and has in a rotational configuration eight individual blades 51 pitched and overlapped in order to maximize conversion to rotational movement the blade composition has been discussed earlier and is made up of a weave of non corrosive channels 49 overlaid with.