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#1
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As to brackets, I use an EEZ-IN bracket. It's adjustable rather than fixed so you can lower the engine when you need it and raise it out of the water when you don't. Pretty much identical to this one on eBay: http://www.ebay.com/itm/outboard-mot...item3cbd9ef41f Even with the up and down travel of the kicker I have it connected to my main engine so I can steer from the helm station. (Although, truthfully it's a PITA sometimes because I have to walk back to the kicker anytime I want to adjust the engine speed) If you get one of these brackets, just make sure that you get one rated for the HP size engine you are going to hang on it since they come in several different capacities.
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1987 V20 w/1987 150HP Yamaha on a Shoreland'r Trailer 1978 16.5 Airslot w/1996 120HP Force on a Four Winns trailer 1996 V21 w/1993 200HP Mercury on a Shoreline Trailer All towed by a 5.7L Hemi Durango. If God didn't have a purpose for us we wouldn't be here, so Live simply, Love generously, Care deeply, Speak kindly. (Leave the rest to God) ![]() Silence, in the face of evil, is itself evil. Not to speak is to speak, not to act is to act. God will not hold us guiltless. |
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#2
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FWIW I always recommend a remote kill switch on a kicker near the steering wheel of the boat...... probably never need it but if you ever do saving a few steps can make all the difference
personally I think that if a 9.9 makes 10 mph it's plenty and a 20 probably wouldn't go much faster at all but just push the bow higher and use more fuel |
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#3
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What about shaft length? Short vs. Long.
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1983 V20 Cuddy |
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#4
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I would think long.... less likely to have the prop come out of the water when it's rough.... someone above said short tho.... I'm curious as to why.
I'm planning on adding a kicker to my v20 as well but my main reason is for a backup to my 37 year old motor |
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#5
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I agree that long seems to be the way to go. Alot of the previous posts that I reviewed suggest to go with long shafts in order to keep prop in water and the cowl out of water. Curious if anyone who uses a kicker with a short shaft could give us some insifght as to their experience.
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1983 V20 Cuddy |
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#6
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![]() As I mentioned in my previous post, I use an EEZ-IN bracket that has about 18" of travel, so a long shaft engine is not needed. I lower it into the water when I want to troll and raise it completely out when running on the main. The advantage is no drag in the water and since the bracket is spring loaded moving it up and down is a snap. I don't have to tilt my kicker.. I just lift it out of the water. Now, on the other hand, if you'r going to use a fixed, non-adjustable bracket than I would think that a long shaft kicker would be better, simply because you can mount it higher on the transom and not have to worry about following waves swamping it as much. The bottom line is that when all is said and done, you need to get your engines anti-ventilation (cavatation) plate into the water. Since we're talking about a kicker engine and not something you're going to get up on plane with it really doesn't matter if your a-v plate is at or a few inches or so below the water. You can do it by lowering the engine, adjusting the location up or down where you mount the bracket on your transom, using a long or short shaft engine, etc. How you get there is really up to you.
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1987 V20 w/1987 150HP Yamaha on a Shoreland'r Trailer 1978 16.5 Airslot w/1996 120HP Force on a Four Winns trailer 1996 V21 w/1993 200HP Mercury on a Shoreline Trailer All towed by a 5.7L Hemi Durango. If God didn't have a purpose for us we wouldn't be here, so Live simply, Love generously, Care deeply, Speak kindly. (Leave the rest to God) ![]() Silence, in the face of evil, is itself evil. Not to speak is to speak, not to act is to act. God will not hold us guiltless. |
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#7
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I have a long shaft 9.9. I've been in situations on the lake where shifting weight to one side of the boat nearly brought the prop out of the water. It seems to me a short shaft would be an issue on anything other than flat calm with limited weight shifting i.e. people walking around etc. Definitely long shaft on the high seas to account for the swells.
With the older Johnnyrudes both the 9.9 and 15hp are the same weight, same powerhead etc. with the main difference being in the carbs. For that reason I'd try to find a 15 but would settle for a good deal on a 9.9. With my kicker I can putt around at 1 mph all day long, burn little fuel and it is very quiet running. Out of commission right now ..... needs a shaft seal and I haven't gotten around to it - yet.
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1994 Wellcraft V21 Last edited by Blue_Runner; 11-16-2011 at 04:04 PM. Reason: spelling |
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#8
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Long shaft 20" is better. As for the 9.9 and 15hp debate the 9.9 makes as much torque if not more than the 15hp in the OMC flavor. So at displacement speeds that a kicker is gonna push your boat the difference would be nil to nada between the two. Prop would be more important, sailboat or push prop would be the way to go. I have a Yamaha high thrust 8hp kicker that has pushed boats to 23' with ease in wind and current, it has the right prop.
B |
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#9
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