SPX65 SDM / RDM

Masts

Now the lowest carbon content in our range. Thanks to the added fiberglass prepreg layers in the lamination process it is virtually indestructible!

Use of berglass results in considerably thicker wall thickness making it immune to ovalization under compression as well as very resistant to impact damage.

In weight it is very close to the previous FLX70 range and we believe this is the minimum carbon content we should recommend for NeilPryde sail.

Now the lowest carbon content in our range. Thanks to the added fiberglass prepreg layers in the lamination process it is virtually indestructible!

Use of berglass results in considerably thicker wall thickness making it immune to ovalization under compression as well as very resistant to impact damage.

In weight it is very close to the previous FLX70 range and we believe this is the minimum carbon content we should recommend for NeilPryde sail.


Mast Specs

SPX65 SDM

Length/cm Stiffness Weight/kg Code 
430 21 2.05 RMSPX65S0STD430
460 25 2.20 RMSPX65S0STD460
490 29 2.40 RMSPX65S0STD490

SPX65 RDM

Length/cm Stiffness Weight/kg  Code
370 17 1.60 RMSPX65R0STD370
400 19 1.90 RMSPX65ROSTD400
430 21 2.20 RMSPX65R0STD430
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