R5 21263 - Launch Pad Step R5 The Launch Pad Step Half shall be constructed of UV-stabilized, rotationally molded, linear, low density polyethylene with an average wall thickness of .250". R5-1925 - Hex Net Hub R5 The Hex Net Hub Rubber shall be constructed of UV-stabilized flexible rubber compound with slash proof, reinforced metal inserts. The Hex Net Hub Rubber Plug Top and Bottom shall be machined from high strength aluminum alloy. The Hex Net Hub Nets shall be made from 16mm steel-reinforced rope with high-strength co-polymer plastic intersection connectors and machined aluminum end Ferrules. The Hex Net Hub Top Rail shall be fabricated using 2.375" O.D. 10 gauge steel tubing with welded 3/16" thick steel anchors and 1/4" thick steel mounting brackets and will have a multi-stage baked-on powder coat finish. The Hex Net Rubber Trim shall be made from high density 3/4" sheet plastic specially formulated for optimum UV stability and color retention. The Socket Clamps and Mounting Blocks shall be two-part and precision die-cast from a high strength aluminum alloy and will have a multi-stage baked-on powder coat finish. The Mounting Inserts shall be precision die-cast from a high-strength aluminum alloy. The Socket Clamp Clevis shall be fabricated using 3/16" thick stainless steel. R5 1429 - 90 Deg. Horizontal Ladder The Horizontal Ladder support beams shall be fabricated from 2.375" O.D. 10 gauge tube steel with 1.315" O.D. 12 gauge tube steel rungs uniformly spaced and welded in place and will be Powder Coated as specified. NF-5206 - NFuse Explorer's Arch Bay The Socket Clamp Rope Clevis shall be precision cut and formed using 3/16" stainless steel. The NFuse Hex Net Bay - Bracket & Angled Net Link Deck Connector shall be fabricated using 1/4" sheet steel with welded 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The NFuse Hex Net Bay - Top Inside Weldment shall be fabricated using 2.375" O.D. 10 gauge steel tubing with welded 1/4" thick steel plates and 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The NFuse Explorer's Arch Bay - Top Rail & NFuse Molecule Bay - Bottom Rail shall be fabricated using 2.375" O.D. steel tubing with welded 1/4" thick steel clevises and 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The NFuse Explorer's Arch Bay - Side Rail shall be fabricated using 1.900" O.D. steel tubing with welded 1/4" thick steel clevises and 3/16" thick stainless steel clevises and will have a multi-stage baked-on powder coat finish. The NFuse Explorer's Arch Bay - Extension Frame shall be fabricated using 1-1/2" x 3" x .120" Rectangular TS, welded 1/4" thick steel plates and clevises, 3/16" thick stainless steel clevises and 5/8" HR round bar and will have a multi-stage baked-on powder coat finish. The NFuse Explorer's Arch Bay - Ladder shall be fabricated using 2.375" O.D., 1.900" O.D. and 1.315" O.D. steel tubing with welded 1/4" thick steel plates and 5/8" HR round bar and will have a multi-stage baked-on powder coat finish. The Round Roto Panel shall be constructed of UV-stabilized, rotationally molded, linear, low density polyethylene with an average wall thickness of .250". The NFuse Explorer's Arch Bay - Trim shall be made from high density 3/4" sheet plastic specially formulated for optimum UV stability and color retention. The NFuse Explorer's Arch Bay - Back Rest shall be constructed of UV-stabilized flexible rubber compound with slash proof, reinforced metal inserts. The NFuse Explorer's Arch Bay - Nets shall be made from 16mm steel-reinforced rope with high-strength co-polymer plastic intersection connectors and machined aluminum ferrules. The Roto Panel Net Bracket shall be fabricated using 3/16" thick steel bracket with welded 3/16" thick steel clevis and will have a multi-stage baked-on powder coat finish. The Mounting Inserts shall be precision die-cast from a high-strength aluminum alloy. The Mounting Blocks & Socket Clamps shall be two-part and precision die-cast from a high strength aluminum alloy and will have a multi-stage baked-on powder coat finish. 5203 - NFuse Tri-Ring Bay The Socket Clamp Rope Clevis shall be precision cut and formed using 3/16" stainless steel. The NFuse Hex Net Bay - Bracket, Chain Surface Mount Weldment, & Angled Net Link Deck Connector shall be fabricated using 1/4" sheet steel with welded 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The NFuse Tri-Ring Bay - Inner & Outer Rail shall be fabricated using 2.375" O.D. 10 gauge steel tubing with welded 1/4" thick steel plates and 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The Chain shall be 5/0 galvanized chain. The Nets shall be made from 16mm steel-reinforced rope with high-strength co-polymer plastic intersection connectors and machined aluminum ferrules. The NFuse Tri-Ring Bay - S-Plate shall be precision cut from 10 gauge stainless steel. The Tri-Ring shall be constructed of UV-stabilized, rotationally molded, linear, low density polyethylene with an average wall thickness of .250". The Mounting Inserts shall be precision die-cast from a high-strength aluminum alloy. The Mounting Blocks & Socket Clamps shall be two-part and precision die-cast from a high strength aluminum alloy and will have a multi-stage baked-on powder coat finish. 5202 - NFuse Balance Step Bay The Socket Clamp Rope Clevis shall be precision cut and formed using 3/16" stainless steel. The NFuse Hex Net Bay - Bracket & Angled Net Ling Deck Connector shall be fabricated using 1/4" sheet steel with welded 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The NFuse Balance Step Bay - Inner & Outer Rail shall be fabricated using 2.375" O.D. 10 gauge steel tubing with welded 1/4" thick steel plates and 3/16" thick steel clevises and will have a multi-stage baked-on powder coat finish. The NFuse Balance Step Bay - Bottom Rail shall be fabricated using 1.660" O.D. steel tubing with welded 1/4" thick steel plates and plugs and 3/16" thick stainless steel clevises and will have a multi-stage baked-on powder coat finish. The NFuse Balance Step Bay - Nets shall be made from 16mm steel-reinforced rope with high-strength co-polymer plastic intersection connectors and machined aluminum ferrules. The NFuse Balance Step Bay - Step Pads shall be made from high density 3/4" sheet plastic specially formulated for optimum UV stability and color retention. The NFuse Balance Step Bay - Spacer shall be made from high density 1" sheet plastic specially formulated for optimum UV stability and color retention. The In-Ground Leg shall be fabricated using 1.660" O.D. steel tubing and will have a multi-stage baked-on powder coat finish. The Mounting Inserts shall be precision die-cast from a high-strength aluminum alloy. The Mounting Blocks & Socket Clamps shall be two-part and precision die-cast from a high strength aluminum alloy and will have a multi-stage baked-on powder coat finish. 5102 - NFuse 2-Rung Access Ladder Frame The NFuse 2-Rung Access Ladder Frame shall be fabricated using 1-1/2" x 3" Rectangle Tube, 1.315" O.D. 12 gauge steel tubing and 1/4" thick steel Clevises and will have a multi-stage baked-on powder coat finish. The Mounting Blocks shall be two-part and precision die-cast from a high strength aluminum alloy and will have a multi-stage baked-on powder coat finish. 1414 1 - Lily Pad Seat-Step Assembly The Lily Pad No Hole shall be constructed of UV-stabilized, rotationally molded, linear, low density polyethylene with an average wall thickness of .250". The Step Pad Step Leg shall be fabricated using 1.660" O.D. 11 gauge steel tubing with welded 1/4" thick steel mounting plate and will be Powder Coated as specified. 1400 - End Access Ladder The End Access Ladder shall be fabricated using 1.315" OD, 12 gauge steel tubing and will be Powder Coated as specified. The Socket Clamps shall be two-part and precision die-cast from a high strength aluminum alloy and will be Powder Coated as specified. 1295 1296 - Craze Maze Climber The Craze Component & Handle shall be constructed of UV-stabilized, rotationally molded, linear, low density polyethylene with an average wall thickness of .250". 1283 - Matrix Rope Net Wall The Matrix Rope Net Beam RV shall be fabricated using 2.375" O.D. 10 gauge steel tubing with welded 1/4" thick steel mounting brackets, 3/16" thick steel anchors, and 1.315" O.D. 12 gauge steel handles and will be Powder Coated as specified. The Matrix Rope Net Beam RH5 & RH3.5 shall be fabricated using 2.375" O.D. 10 gauge steel tubing with welded 1/4" thick steel mounting brackets and split collars, 3/16" thick steel anchors, and 1.315" O.D. 12 gauge steel handles and will be Powder Coated as pecified. The Matrix Rope Net Beam R5 & R3.5 shall be fabricated using 2.375" O.D. 10 gauge steel tubing with welded 1/4" thick steel split collars, 3/16" thick steel anchors, and 1.315" O.D. 12 gauge steel handles and will be Powder Coated as specified. The Matrix Rope Net shall be made from 16mm teel-reinforced rope with high-strength copolymer plastic intersection onnectors and machined aluminum end ferrules. The Post Anchor Bracket RV shall be fabricated using a 1/4" thick steel mounting bracket with welded 3/16" thick steel anchor and will be Powder Coated as specified. The Post Anchor Bracket R5 & R3.5 shall be fabricated using a 1/4" thick steel split collar with welded 3/16" thick steel anchor and will be Powder Coated as specified. 1281 - Arch Twist Climber The Arch Twist Climber shall be 1.315" O.D. 12 gauge steel rungs, spokes and upper rail welded to 1.900" O.D. 11 gauge steel outer hub and lower rail with 1/4" steel clevises for mounting and will be Powder Coated as specified. The Mounting Blocks shall be two-part and precision die-cast from a high strength aluminum alloy and will be Powder Coated as specified.