Sailboat lightning protection, does it really helps in fresh water? Anybody has the homemade one? I heard it could be done from regular 8 AWG wire.
I had considered this when we bought our boat and did some research on it. What I came up with was the following. 1) Lightening arrester rod 3 feet highter then anything else on the mast and 'Insulated' from the mast. 2) Electric welders cable connected to that and run down the mast and connected to a plate minimum of 12'' square which was to be deployed over the side of the boat and deeper then the keel depth. This was to provide a cone of protection over the boat at I think 30 degree's from the tip of the arrester. Think of this as a patially opened umbrella.Sailboat lightning protection, does it really helps in fresh water? Anybody has the homemade one? I heard it could be done from regular 8 AWG wire.
This is a subject that has had my interest since we have been in some really bad electrical storms....Those who do nothing to protect themselves from lighting have very little chance of being struck. Those who go to great lengths to protect themselves from lightning seem to have a somewhat higher chance of being struck, but suffer less damage if they do..
NASA employees many different types of engineers. Possibly, this one's forte isn't electrical and/or grounding. One thing is certain, NASA goes to great lengths to protect rockets and launch pads from lightning. I work in communications and can vouch that communications companies, radio stations, cell towers, all spare almost no expense protecting their equipment. Most suffer little damage as towers are often struck. The protections are not to prevent strikes, but an attempt to control the surge and route it to ground as quickly as possible and away from the equipment.zeehag said:if protection makes less damage, then splain me why the nasa engineer in slidell who was hit 2 times in 5 yrs had so very much damage--seems to me that none is better than some.
wooden masts rock.