
We’ve finally figured out how to make some of our photos available as screen savers. There is a test collection now available.
Following are the latest posts on the FPB program. This section covers systems, how the FPBs perform in the real world, along with data on why we do things the way we do. For more information be sure to check out SetSail.com/FPB.

We’ve finally figured out how to make some of our photos available as screen savers. There is a test collection now available.

It is now officially warm, we are using our awnings, and even running the air conditioning on occasion. All of which brings to mind the subject of air con capacity. If you are going to have a air conditioning, and it is very nice in some situations, it needs to be looked at in an overall systems context. Typically the major power consumer aboard, if designed without thought for overall efficiency, the penalties can be substantial. The industry norm is to maximize capacity, for the worst possible situation, and then run the air on a low duty cycle. This forces you into big generators because of starting and running loads, which are loafing (bad) when the air is not running.
We think there is a better way.

We’re told open roadsteads, with bouncy sea-states, are not unusual from here on out. For most yachts it can get down right uncomfortable when the wind is at right angles to the chop. Wind Horse is very stable with ocean swells coming into the anchorage. They barely move her. But the short period chop from ferries and dinghies are another story. Which is one of the reasons for her big booms.

We’re anchored off the beach at Sanxenxo. This is an open roadstead, exposed to the Atlantic from the south, which right now is quiet. There is a long period small swell sweeping in which does not affect us. But the shorter period power boat wakes, of which there are a multitude, excite our hull. Hence the booms are deployed with flopper stoppers for the first time in two years.

We have finally found a windless day with flat seas in which to test our new props. What we know so far is that at a little over full payload we can achieve 2400RPM at wide open throttle. Our original target was 10.5 knots at 1600 RPM, at three quarters payload. Lets see how we did on the calculations:
We have just spent three days at anchor. For at least eight hours a day the portable computer and the desk top Imac with its second monitor and three exteral hard drives have been in use. There are two freezers going, a big fridge, and we are cooking electrically. We also don’t overly concern ourselves with power consumption for lights.
The amp hour meter says 930 amps or 310 amps per day average (at 24 volts), and the battery capacity is listed as 50%. If we were to sit another day we’d probably run the genset tonight to do a little battery charging. But as we are moving 38 miles, the engines will do a pretty good job of charging while we are under way.
The following question was posed by the Owner of FPB 64 #3. We thought the technical minded amongst you might have some helpful suggestions.
“We are building a new boat and intend to put a WiFi signal booster on board for routine in port use. In addition, for offshore, we intend to install a Fleet Broadband 150 satellite phone and internet system. As part of the process

Circa have been working with several of the FPB 64 Owners to come up with what they all think is an efficient, long lasting cruising tool. The first of these is show above sitting above ready for its chocks to be patterned.

We continue to be impressed with our Panasonic NN-CF778S combination oven. Capable of using microwave, convection, and broiling to the same dish, automatically if desired, it is also working well in a straight baking (convection) mode, as attested to by the photo above from last night.

The crew of Wind Horse are starting to read the manual on the Panasonic combination oven. This little oven does some amazingly efficient things.
Wind Horse had been closed up for the better part of eight months when we stepped through her entry door last week. Dorade vents and hatches had been sealed, and no outside air had circulated inside. Yet she smelled fresh, most would say new (and this after five years of cruising). How is this possible?

We’ve wrestled for years with the issue of a back up propulsion system, and have covered this in detail in previous blogs. Simply put, the odds are if you lose power the odds are it will be due to fuel problems or damage to the drive line, both of which put get home engines out as well.
So we have concentrated on a system which could, under the right conditions, get us across an ocean without using fuel or a prop.
In the last few days the question of heavy weather has come up a couple of times. Would we rather get caught in a Sundeer 64 or an FPB 64 in a really bad blow? Lets put this in the context of a passage across Drake Channel, between Tierra del Fuego and Antarctica which we were just discussing.

By those who voyage this is considered the worst stretch of water on planet earth. So which boat would we prefer in an ultimate storm?
No aspect of how the FPB Series handle offshore conditions elicits more surprise than their ability to surf. For most powerboats, and all displacement type configurations, surfing brings with it visions of lack of control, broaching, and risk of capsize. Yet the FPBs surf under control, adding speed, reducing fuel burn, and kicking up the needle on the fun meter.
How is this possible?