17o11S / 177o11E Yep, the blue “jerry cans” are diesel fuel. Proper fuel docks are few and far between out here and you need jerry cans to fuel up in most places. Also, fuel was outrageously expensive in French Polynesia and clean fuel will be hard to find in the more remote islands of the Marshall’s and Gilberts. We’ll replace these two-year-old “temporary” jugs picked up for a song in Panama with nice new ones when we’re back in NZ. Then we’ll cover them with Sunbrella so the sun doesn’t ruin the plastic. With 200 liters in jugs and 500 liters in our main tank we’ll have a motoring range of around 1200 nm in light air.
Sitting in a rolly anchorage in southern Yasawas. Went for a quick snorkel with Rebecca when we arrived. Dead coral in the shallow areas but there lots of drinking coconuts on the beach! There might be decent diving on the outer reef that protects the anchorage but the winds are forecasted to pick up tomorrow and we’re moving north this morning to find a more protected anchorage.
Our radio propagation has been so terrible lately we’ve been lucky to just get simple messages through. Because of solar activity really screwing up the HF bands, there has been stiff competition during the few hours the window is open to the states. Of course, I’ve gotten lazy about checking for other periods of good signal and was in the routine of 4-6PM emails just like everyone else. Oh well, increased solar activity is fairly rare (assuming that was the problem) and only lasts a few days. We’re back in business with long emails and weather data downloads.
Navigation – Continued
We are currently using MaxSea Navigator, version 7.7 to be more specific. I know their website shows a much later version but this is what was available at the time. I don’t think the user interface is as nice as Cap’n Voyager but the charts cover the world, are accurate and the program understands the 180E/180W dateline.
We’ve resisted the trend towards integrating all of the navigation devices into one big network. Even if we could ignore the cost of upgrading a bunch of equipment to a common baseline we probably still wouldn’t bother. What we want are rugged units that are simple to operate.
At our Navigation Station, we have:
An old, reliable Garmin 128 GPS with an external antenna.
A Datamarine Log that records nautical miles sailed – both total mileage and a re-settable trip log. The total mileage reads 26,971 since we sailed out of Houston in ’94.
A Datamarine Depth Sounder – the serious Offshore Model that reads down to 1000 feet rather than the more typical 300-foot units. Reefs and atolls seem to come straight up from the depths, particularly in the Pacific, by the time your 300-foot depth sounder sees the bottom you’re very close. While our friends stand well offshore moving along a coast we can come in closer and run just outside the 100-meter contour line catching Mahi Mahi and Yellow Fin Tuna that hang out there.
An ICom IC-706MKII Ham Transceiver and SCS PTC-IIe combination that’s used for all our voice and digital communications – daily boat nets, email, and weather downloads.
An Elecraft K2 Transceiver that’s a homebuilt, ham transceiver. It was built for fun and meant to be used in playing with Morse code. Still, with both voice and morse capability, it’s an able backup to the Icom ham radio.
Yet another ICom radio. This time an IC-M800 SSB transceiver came with the boat. It isn’t even hooked to an antenna since I like the Ham radios. A third backup might be excessive but I thank the previous owner of Enchante’ for buying such a nice radio.
A JVC AM/FM/CD player with a nice set of bookshelf speakers down below and a waterproof set in the cockpit. Rock and Roll is an important part of the 02-0400 watch!
There are a few other odds and ends like the critical Hella fan, the brilliant Alpenglow florescent light (absolutely the best light made for boats!), clock, barometer and a 7-day recording barometer.
When running near shore a Dell laptop is strapped down and turned towards the companionway to the cockpit. It takes GPS input and displays our course and track as we move along a coastline. Paper charts for the area are always at hand in the chart table. Offshore we put the computers away and use paper charts and a written position log to track our progress. This watch log is kept on sheets of yellow legal pad that are thrown away at the end of a trip. To us, keeping a formal log would be much like our land-based friends recording the details of their trips to the office or grocery store!
Cockpit Instrumentation is very straightforward:
A Garmin 152 GPS (with an external antenna) presents all the navigation information the helmsman could need without having to go below. It also backs up the GPS at the Nav. Station and displays an all-important clock so I know just how many minutes are left before I can wake up Karen and get to bed!
A depth display repeats the Datamarine Depth Sounder.
Two very simple Datamarine instruments display Apparent Wind and Boat Speed.
A traditional Ritchie magnetic compass, balanced for equator latitudes.
A Ritchie Fluxgate compass.
A brand new Fruno 1833 Navnet Radar with a green CRT and a 32-mile range. It uses CMap cartridges and it can interface with a fish finder and chart plotters; it has all sorts of bells and whistles – even a remote control. We bought this unit because if we wanted a powerful radar not one of the cheaper, low-powered units. However, we use it simply as a radar with no CMap or other toys. Okay, we have connected the cockpit GPS (Garmin 152) so the radar displays our Lat/Long, Course over Ground, and Speed.
We’re delighted with our old Neco Autopilot that Amel put in his boats. This is a very strong, simple unit that just keeps on working. It was Built when autopilots simply steered the boat to a heading and it doesn’t have a clue what a GPS unit is much less how to talk to one. We turn the heading knob to a bearing, sometimes adjust sensitivity for sea conditions, and “Max” steers on that heading turning the wheel with a big electric motor hooked to the wheel with a chain drive. Everything is installed below and stays nice and dry. We have a complete second system onboard as a backup. The autopilot steers 99% of the time. We touch the wheel when anchoring, getting underway, pulling into a slip, etc. Other than those times we’re simply not interested in the tyranny of the wheel.
Briefly on electronic charts. We carry a full complement of traditional paper charts and have the appropriate set readily available at the Navigation Station for the area of the world we’re cruising. More and more however we rely on electronic charts for route planning and plotting while moving near to shorelines. The program CMap, sometimes running MapSea as an easier-to-use interface, is the most popular charting program in this part of the world. It uses seamless, vectorized charts that cover the world on two CDs so it’s not necessary to buy expensive “chart kit” CDs for various areas. Cap’n Voyager, Visual Navigator, and every other program I’ve had a chance to play with completely fail when planning a route across the E/W dateline. With the exception of CMap/MapSea, every charting program refused to draw the roughly 1000-mile route from Tonga to New Zealand. The program insisted on routing you eastward from Tonga, traveling completely around the world to arrive in New Zealand. The other problem is the limited availability of charts for the “chart kit” type programs. CMap/MapSea has become very popular and has very accurate, usable charts.
And, yes we carry a couple of sextants – a cheap Davis model and a more proper metal one. We also carry sight reduction tables and an almanac. Once in a rare while, I dig everything out and run a series of star sights. After two or three days I get back in the swing and my calculated position starts getting close to my always-accurate GPS fix. Lightening strikes and complete electronic failure aren’t unheard of on cruising boats. 




I finally gave up on my old Windbugger and replaced it with a new KISS generator built in Trinidad. More power, brushless motor, fiberglass case and all new parts. What a treat to have something new on the boat.
Our water heater works by circulating engine cooling water. I’ve seen systems with electric elements and know boats that shunt extra power from wind and solar into making hot water. After a couple of days without running the engine we resort to a more basic solar heater – green, 2-liter soft drink bottles laid on the back deck. They get plenty hot after a couple of hours. The only problem is getting around to taking your cockpit shower right after your sundown gin & tonic. If we wait too long and the heat quickly leaves the bottled water.
The Spectra water maker continues to work well. It truly produces 16 gallons/hour drawing only 16 amps. I definitely prefer the flexibility of a 12-volt (or 110-volt with generator) over mounting the high-pressure pump to your main engine. The flow rate of the pump, and subsequent system pressure, depend on the RPM of your engine. With a belt-driven system, you have to decide if the water maker is going to run at idle or motoring speeds and size the drive pulley accordingly. With a 12-volt (or 110-volt) system you can run the system whenever you have sufficient power.
Fiji was once known as the ‘Cannibal Isles’ and its people were believed to be fierce and hostile; a recent history of coups has done nothing to dispel this notion in the minds of some travellers. Despite this, Fiji is beautiful, it has a pleasant tropical climate, the diving and snorkelling are superb and it has excellent facilities for tourists, whether they are on a tight budget or indulging in the luxuries of a plush resort.

