Streamlined Featherline Carbon RDM Cup StyleTall Mast Extension

FREE DELIVERY with STREAMLINED EXTENSIONS

46cm Feather-Line Carbon Extension for RDM and US base Cup

Our new HMX pre-preg carbon graphite extensions are light, feather-lite. As far as we know they are the lightest extensions in windsurfing. An incredible strength to weight ratio. With our top quality pre-preg carbon fiber material and our meticulous manufacturing process we have developed the strongest, lightest extensions possible. These are almost exactly like our aluminum models 2730 and 2746 but 26% lighter.

Compare the weight of our carbon extensions to any other like extensions.

The 2 centimeter adjustment settings are set with a hard anodized aluminum collar tethered with a spectra line to a stainless steel pin. Fail-safe and virtually break proof. Finally we attach our new beefy Power-Six super powerful 6:1 downhaul cleat with large diameter pulleys perpendicular for power, easy rigging and no crossed lines.

A tough Dyneema super downhaul downhaul line is included. Our mechanism that secures onto your Euro pin base is made with precision stainless steel parts and spring. It is easy to use and secure. Streamlined extensions have the only Euro pin system that includes a secondary latch guaranteeing a sure connection [the latch will not set if there is a connection problem such as sand or dirt] as well as that it protects against unwanted disconnections.

Weight: 430grams/15.2 ounces

Length: 6 to 46 centimeter height adjustment range.

THE PERFECT RATIO Here you have the Perfect ratio of Combination of our lightest HMX tube and Power Six Downhaul cleat.

PRECISION CAST ALLUMINUM Our “quick 6” design is built strong, like no other down-haul cleat system. The A356 T-6 sand cast aluminum is precision machined and anodized. It is then outfitted with stainless steel hardware and smooth running hard nylon pullies. It is all about performance and reliability.

TUBE Our HMX custom High Modules pre-preg Carbon fiber tube provides optimal performance under any stress.