edge support and bonding base 11 sound deadening material in the cavity surrounded by the rotor skins 20 the leading edge 4 and the tip and leading edge impact armour 6 the rotor is made in two sections 3 a 3 b split down the long axis which when bonded with edge bonding laminate 17 together create the generally hollow blade that is matted to the nacelle hub 2 using steel bolts that have been imbedded and bonded into the rotor blade root 7 at hub attachment flange 19 the rotor blade top half 3 a and the bottom half 3 b are layered with fiberglass filaments and other reinforcing fibers as may be selected and other polymer based thermoplastic films into the molds 12 13 fig1 as the reinforcement material for the polymer matrix composite crystal clear polymer resins and hardeners first refined and filtered to remove light absorbing impurities are infused into the layers through the resin feed apparatus 16 under vacuum pressure provided by a vacuum port 14 fig1 this vacuum assisted resin infusion wets up all the fiber reinforcements quickly and thoroughly eliminating bubbles and clears up the fiber reinforcements other layers of specialty films may be included to improve the strength of the rotor blade which are applied to form laminate layers to the rotor blade skin 20 i e skin 20 is formed from the layered glass laminates for strength and clarity glass.