Connelly Outlaw #2024 WaterSki

Pros and cons

Description

Buy your #2024 Connelly Outlaw Waterski now @ Buyski Europe, Your Online Pro Waterski Store

We were the first to design wide shaped skis because we know you don’t need to be a high-end buoy chaser to enjoy waterskiing. A wide tip and tail contributes to less effort getting up and out of the water. A narrow design under the bindings and a high-end construction keep the ski responsive, lively, and fun.

Ski Width

• Narrow skis ride deeper in the water, offering more contact and control. This makes edge transitions faster and requires less leverage to achieve low angles, quick turns and explosive speed. Wide skis are necessary at slower speeds to keep the ski on top of the water and provide a stable and predictable ride. To maximize performance and control, we use the same basic features as our top end skis and tune them for less speed.

Ski Flex

• Flexibility is a critical factor to find the perfect platform for your style of skiing. By utilizing different orientations, types, and amounts of carbon and fiberglass we can fine tune the flex of each ski to perfectly suit the intended use. Our high-performance skis use carbon to provide precision and explosive acceleration. If you’re looking to just get out on the water and have a good time, our recreational skis contain fiberglass for a forgiving and less demanding ride.

#2024 Connelly Outlaw Waterski Construction Features

• Closed cell polyurethane resin core
• Recreational glass flex sequence
• C.A.P.T. (Connelly Advanced Profile Technology)
• Acrylam base
• Standard Tunnel

#2024 Connelly Outlaw Waterski Riders Weight Indication

• 65" Up to 70kg     
• 67" 70-90kg 
• 69" 90kg and Up

#2024 Connelly Outlaw Waterski Suggested Speed

• 26 - 32 mph

Fiberglass

Fiberglass tech has been around since the 60’s but advancements in layup, weave, and fiberglass properties give us the consistent flex, vibration dampening and light weight skis we have today.

Standard Tunnel

A concave feature that runs the center length of the ski, setting it deeper in the water and giving the skier more edge hold. A standard tunnel leaves more flat surface between the edge of the tunnel and the bevel giving the ski more stability while maintaining edge hold.