Cutless® is a registered trademark of Duramax® Marine LLC, all rights reserved.
Johnson Cutless® and Duramax® is a registered trademark of
Strut-Pro® is a registered trademark of Global Marine Industries, Inc. USA All rights reserved. 2002-2012
Imagine reducing the time it takes to replace a worn strut bearing by up to 90% and never having to remove the propeller shaft, rudder or strut!
You can with Strut-Pro®. It’s easy, damage-free; plus, you never change critical alignments. Now in use by over 1,000 marine repair businesses worldwide. You can even use it under water!
All components are precision plasma and laser formed for exact tolerances. These horseshoes show stacked sequences from 3/4” to 3” cutouts to match propeller shaft and bearing outside diameter measurements.
Unsurpassed Quality
Note the hardened steel washers with bronze thrust washers for super smooth, non galling operation. Heavy hex nuts provide continual use without fatigue. The main open and closed yokes are made of 3/4” T-1 steel and zinc plated for a long service life.
Bronze Thrust Bearings
Tremendous Power
Super Smooth
One Person Operation
Anyone in the marine repair industry is aware of the many complications normally involved with replacing a worn strut bearing. It usually goes something like this: First you remove the prop, then loosen the flange on the gear (transmission), of which the fasteners are usually rusted or corroded. Next you remove the propeller shaft or the strut. If the shaft is in line with the rudder, then it too requires removal. This means disconnecting the steering. All said, this takes many hours of labor, a lot of time involved, and not always free of damage.
With Strut-Pro® this process goes a whole lot smoother since there is no removal of the propeller shaft, strut or rudder. There is no cutting, beating or destruction of any kind. Strut fasteners and bedding do not require repair because there is no pressure applied to any area other than the strut. All done in an hour or less.
Now, how does that sound?
Collets are what push out the old bearing. These collets are precision laser cut, then hydraulically formed in permanent dies. They are made from high tensile Grade 80, nearly three times stronger than stainless steel, and lastly, zinc plated.