transom saver for I/O?

brunolund

Chief Petty Officer
Joined
Jan 26, 2008
Messages
432
anybody ever use these? i don't recall ever seeing one, except on outboards.
i was figuring they aren't reqiured as the engine is not hanging on the transom. any opinions?
 

gcboat

Lieutenant Commander
Joined
May 29, 2007
Messages
1,822
Re: transom saver for I/O?

I've heard both pro and con. Seems to me if you are trailering a short distance then I'd probably say no, don't need them. Over longer distances, say 30 plus miles then it would be a consideration.
There was a post on here just a couple of days ago concerning the same question. Try the search function and see what you come up with.
 

ArkBoater

Petty Officer 2nd Class
Joined
Jun 12, 2007
Messages
140
Re: transom saver for I/O?

From what I have heard, the only reason for this on an I/O is in case of trim hydrolic failure. If the hydraulics fail, or if you have a leak, while you are driving down the road your skeg could be dragging the road in no time. That's the only reason for using one that I have heard.

Try to search this site (Search button in toolbar above this ^^^) like gcboat said and you will find a lot of info about it. ;)
 

QC

Supreme Mariner
Joined
Mar 22, 2005
Messages
22,783
Re: transom saver for I/O?

I agree with the above statement ^^^^^^^^ I had a set that you insert onto the hydraulic trim rams to prevent them from coming down on my last Alpha. My issue was that I could get them to pop out by working the trim switch, so I didn't see how they would work if there was a hydraulic failure that allowed the drive to drift down while trailering. Others say they cannot get them to pop out using trim.

I also agree that the only value is keeping the skeg from hitting. In the case of an I/O (and I personally believe an OB too) the amount of load/stress on your transom, or any other mounting points, is nothing compared to that exerted when you stick it in gear and hammer it home . . . ;) No, I do not have the stress analyses here to refer to :rolleyes: but think about the difference between some weight bouncing up and down and the force of 200+ lb. ft. torque (remember torque is multiplied by gear reduction so +++) being directed to exactly the same points . . .
 
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