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Used to strengthen radio controlled planes, model rockets, sail- planes, etc. Any balsa, foam or wooden structure may be laminated to increase their strength up to 300%. Typically applied to opposite sides of wing spars, ribs, fuselages, and other structured members. Bonds well with epoxy resin or CA glue. One 5.5' Carbon Fibre Strip. This is a 5.5' Carbon Fibre Strip from Dave Brown
...more about the Dave Brown CFSP Carbon Fiber Strip 5.5'
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Used to strengthen radio controlled planes, model rockets, sail- planes, etc. Any balsa, foam or wooden structure may be laminated to increase their strength up to 300%. Typically applied to opposite sides of wing spars, ribs, fuselages, and other structured members. Bonds well with epoxy resin or CA glue. One 12' Carbon Fibre Strip. Instructions on back of package. This is a 12' Strip of Carbon Fibre Tape from Dave Brown
...more about the Dave Brown Carbon Fiber Tape 12'
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Ideal for lightweight construction of framework, pushrods and wing reinforcement in R/C aircraft. High fiber to resin ratio for added stiffness. 40% lighter than aluminum. One Midwest.060'' Diameter 40'' Carbon Fiber Rod. This is the Midwest.060'' Diameter 40'' Carbon Fiber
...more about the Midwest Carbon Fiber .060 40'' Rod
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Ideal for lightweight construction of framework, pushrods and wing reinforcement in R/C aircraft. High fiber to resin ratio for added stiffness. 40% lighter than aluminum. One Midwest.070'' Diameter 40'' Carbon Fiber Rod. This is the Midwest.070'' Diameter 40'' Carbon Fiber
...more about the Midwest Carbon Fiber .070 40'' Rod
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Ideal for lightweight construction of framework, pushrods and wing reinforcement in R/C aircraft. High fiber to resin ratio for added stiffness. 40% lighter than aluminum. One Midwest.080'' Diameter 40'' Carbon Fiber Rod. This is the Midwest.080'' Diameter 40'' Carbon Fiber
...more about the Midwest Carbon Fiber .080 40'' Rod
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Ideal for lightweight construction of framework, pushrods and wing reinforcement in R/C aircraft. High fiber to resin ratio for added stiffness. 40% lighter than aluminum. One Midwest.125'' Diameter 40'' Carbon Fiber Rod. This is the Midwest.125'' Diameter 40'' Carbon Fiber
...more about the Midwest Carbon Fiber .125 40'' Rod
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Ideal for slipping over a pushrod to increase strength and rigidity. Constructed using multiple layers of unidirectional carbon wrapped on a mandrel and cured. 40% lighter than aluminum. One Midwest.125'' Diameter 40'' Carbon Fiber Tube. This is th e Midwest.125'' Diameter 40'' Carbon Fiber
...more about the Midwest Carbon Fiber .125 OD 40'' Tube
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Ideal for slipping over a pushrod to increase strength and rigidity. Constructed using multiple layers of unidirectional carbon wrapped on a mandrel and cured. 40% lighter than aluminum. One Midwest.157'' Diameter 40'' Carbon Fiber Tube. This is th e Midwest.157'' Diameter 40'' Carbon Fiber
...more about the Midwest Carbon Fiber .157 OD 40'' Tube
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Ideal for slipping over a pushrod to increase strength and rigidity. Constructed using multiple layers of unidirectional carbon wrapped on a mandrel and cured. 40% lighter than aluminum. One Midwest.210'' Diameter 40'' Carbon Fiber Tube. This is th e Midwest.210'' Diameter 40'' Carbon Fiber
...more about the Midwest Carbon Fiber .210 OD 40'' Tube
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