Tangon carbone Sparcraft P e r f o r m a n c e Conception Groupe Losange / C. Villers / non contractual Document /2009 New range of Spinnaker pole >>> Sparcraft has designed a new range of tapered and pre-impregnated s carbon Spinnaker poles that garantee lightness and resistance for perform a racing or cruising trip. n • Carbon offers a good resistance against buckling phenomenon as well as a high rigidity • The establishment of 3D models highlights structural forces • The whole range has been optimized after successive mechanical software tests in order to guarantee the longevity of the carbon spinnaker poles Light and easy to handle Pre-impregnating high tech process in female mould • Carbon fibres get positioned in the expected direction and therefore the draping according to the local constraints is really well adapted; • The baking process in autoclave oven ensures the optimal polymerization; • The pre-impregnated draping of the fabrics in a female mould results in a perfectly smooth surface, no need to add any coating. • a winning carbon / tapered* combination of the section: about 50% lighter than an aluminium pole, i.e. a gain of 4,6 Kg for a middlesized 4-meter pole. * tapered at one end from 100mm diameter Reliable device • The standard endings are in composite reinforced with fibreglass and the mechanisms in stainless steel (no corrosion). Both are insulated from the tube by a fibreglass ring. • Endings fitted with automatic trigger as well as inside and outside control • Stainless steel screws are insulated Perfect Finishing • White polyuréthane coat (R.A.L. 9016) • Other color on request rue B. Pascal ZI - 17185 PERIGNY FRANCE Tél. : +33 (0)5 46 45 90 45 e-m

Sparcraft agent The given data are for information only. Those do not disengage the responsibility of the user in any circumstances. • Determine and have determined the J or SPL measurement of your sailing boat. On the chart match this dimension to the Spinnaker area.. • Other parameters are to be taken into account, it is necessary to have all the information validated by one Sparcraft agent or Design Department. J = the horizontal distance from the perpendicular of the most forward point on the deck to the front of the mast 1/2 CPW = the horizontal distance from the centre of the mast to chain...