This post has taken a while to be published so describes the autumn 2025 position, on our return from the Brittany trip.
This trip had a few purposes:
- To give Kathryn and I a proper break and step away from the normal pressures of our lives.
- To test out if living on Trouper for extended periods was comfortable and what we might want to do in future.
- To test out Trouper’s systems and see if they needed any changes for future longer trips.
So how’ve we done? The first two I think we’ve achieved. We’re still talking to each other, and talking about future trips, indeed we’re both very clear that we’d like to spend more time on the Atlantic coast and explore further. There’s an awful lot to like about this coast, and whilst I would like to explore the Mediterranean in future I can see why this might make a better long term home for us. Neither of us feel a huge need to go crossing Oceans, though I did point out to Kathryn this afternoon that it’s only 155nm in nearly a straight line from Chichester to Roscoff, so we could leave one evening and be there the next afternoon, and that in the right weather that would be easy enough with just the two of us.
I think that for longer term trips I’ll need a sense of purpose and mission. Even just writing this blog helped, but simply wandering about exploring won’t quite do it for me – I need a bit more purpose. I think that getting involved in producing pilotage will be the answer – it will provide that sense of mission.
We bought Trouper 12 years ago and she was a very good fit to my tastes and needs, but we have made a few significant changes to her in our ownership. Before we launched her for the first time in our ownership we had the hull coated in ‘coppercoat’ which is a long life alternative to antifoul. It’s meant to be less polluting and doesn’t need annual reapplication. Ours has need some patches where it has come off but is otherwise working well. The pre purchase survey had spotted some issues with the heating system. Unlike most modern yachts that use a diesel fired blown air heating system ours heats a water circuit like a domestic radiator system. Rather than radiators we have two electrical thermostatically controlled blower units, one forward, one aft, which each deliver four hot air outputs. The surveyor had identified that the blower units were leaking, and we’d had them replaced. Trouper, like most boats, has a colorifier (hot water cylinder) that has a mains powered immersion heater element, and a heat exchanger coil from the engine’s cooling system, so engine heat is used to generate hot water at sea. The problem is that the calorifier is small at 25l, and if we at in an anchorage for a day or two we run out of hot water very quickly. During the first season of ownership I realised that we could use a two coil calorifier and connect the diesel heater circuit to the second coil. We had this done and it’s worked brilliantly – the 10kw heater heats the tank very quickly and showers at anchor are now much more comfortable. These diesel heaters have a very distinctive roar and we do get the odd strange look as we fire ours up on the middle of a hot summers day.
We’ve renewed the sails with the latest in high tech cruising sails (North 3di Nordac – a white seam free moulded sail more like flexible fibreglass in structure than traditional woven fabric), and in the process installed a new sail track on the mast to accept the batten cars needed for the fully battened mainsail. They still set beautifully and really do make a difference.
We also replaced the engine a couple of winters ago. That was an ambitious project on several fronts: finding an non turbocharged marine engine that would fit in the space available was tricky and then adapting that engine to fit with the boat’s systems and controls was quite fiddly. I must have been a nightmare client for the guys who supplied and fitted the engine (supplied by the lovely James French of French Marine, and fitted by the brilliant and lovely Dick Woodruff) But, aside from the last few teething problems the engine is working well and the integration with the boat and its systems is excellent. The old engine was becoming difficult to maintain and some parts were become unobtainable so whilst it ran well there was the real risk that it would pack up at some inconvenient moment never to work again.
The year before the engine work I’d also replaced the batteries and charging system moving away from the four big 6v golf cart batteries that were the original system design, to two Victron Lithium Iron Phosphate batteries, and associated charging, management and monitoring equipment. This was another big project, which was only really finished when the new engine went in with a new secondary alternator (another of those difficult client requests for James, that he rather overachieved on) capable of delivering the sort of charge that big LFP batteries demand. This has been transformational. We used to get anxious about power after a single night on the anchor, unable to plug in. Two was really the maximum possible. We’ve now doubled the available power and massively increased our charging capacity from the engine, added a small hoistable solar array and halved the weight of the system. We also have lots of lovely data telling use about how much power we use. Our usage has gone up as I’m much less abstemious than I used to be – for example the boat’s instruments have been on for nearly two months, and the starlink dish draws more than we could have supported.

So what would we change on Trouper?
We agree that a washing machine would be the biggest creature comfort. There appear to be more options opening up out of the motor home market, so for the future we might need to do some research on the possibilities, but we don’t have room for a traditional mini domestic machine – even if we had the power and water.
The Starlink mini dish has been really useful this trip and has made an always on internet connection just work, with very little effort (mounting bracket aside). I still baulk at spending money with a Musk company but there is nothing else like it. It’s allowed us unlimited access to large weather data files, to stream podcasts whilst on passage, and to even stream HD TV to our Samsung portable projector whilst at anchor in remote spots. We probably used the projector about 15-20 times over the 9 week trip.
Before we left I knew I fancied a larger tender, with a hull shape the would allow better seakeeping. Truthfully we’ve not really needed it, and our existing bombproof Avon has attracted admiring comments from people who are less impressed with the durability of modern PVC tenders, so that’s probably on hold until a proven need.
A water maker (most likely a Schenker Zen 30) is on the upgrade list. We didn’t struggle for water at all (and carry about 350l), but there were hose pipe restrictions in place for most places, and one might expect water supply issues to get worse rather than better due to climate change – so being able to turn seawater into drinking water, now that energy recovery water makers have pulled the power demands down seems sensible. Before these cleave energy recovery units were around it used to be said that all water makers did was turn diesel into water as you needed so much power to operate them! However they are maintenance intensive and need to be used regularly or ‘pickled’ as a consequence it’s probably something to leave until we’re spending longer periods on board.
Trouper’s rod rigging dates from 2017 and needs replacing – that’s going to get done overwinter, and the analogue Furuno radar will be replaced at the same time with a modern digital Doppler radar – though likely still a Furuno.
The minor issues with coolant leaks from the new engine need sorting out to ensure we’ve a robust and reliable set up. That should be easy. What’s a bit more tricky is the steam we get from the exhaust at higher power settings. The engine and exhaust don’t seem to be overheating. The steam isn’t coolant (the levels don’t drop, aside from the leaks) so it must be related to the raw water injection and cooling of the exhaust. But it’s got both engineers involved and me a bit puzzled.
Our anchor has served us well, but is a CQR design and original to the boat. CQRs were revolutionary high performance anchors in their time but they date from the 1950s have been overtaken in the last 20 years by higher performance designs. Ours is also showing some signs of wear and is starting to rust in a few places where the galvanising has worn off, so it might be time to consider a replacement. Trouper has a very nice clamp mechanism to hold the anchor secure in its roller, which will need adapting or replacing to cope with a different design so this won’t be a simple swap. I favour a Vulcan as the replacement – it has the same virtues as the Spade, but is reportedly less prone to corrosion (I think it’s a solid casting, where the spade is fabricated with a hollow shank, at can rust from the inside out) and it doesn’t have the significant failing of the roll bar anchors like the Rocna that are prone to clogging with mud and then not resetting if broken out by a wind or tide shift. Personally I’d trade a fair bit of optimum condition peak performance for reliably reseting after being broken out. Anchors and anchoring techniques are one of those things that people get very exercised about with very clear views on what is ‘right’ or ‘wrong’ – for me in this (and almost all things) there are many shades of grey. The first thing to do is make a template of the Vulcan and see if it will fit on Trouper’s bow roller. Our chain seems to be in good condition – so hopefully that’s good for a little while yet as 60m of 10mm chain isn’t cheap. I suspect I might ultimately change the chain at the same time as renewing the windlass (so hopefully far in the future) and maybe step down a chain size, whilst using higher strength steel chain, to enable me to stow more chain in the locker.
The last thing on the wish list is top down furling gennaker. A big asymmetric spinnaker optimised for sailing really deep (so close to dead downwind) with a small demountable bowsprit. The sail would let us make progress under sail in lighter airs – which is often my favourite sailing. The top down furler technology grew out of the Open60s where solo sailors needed to be able to safely handle large downwind sails. Essentially the sail is rolled up around a torsion rope from the top which has proved to provide much neater stows and to work much more effectively in stronger conditions than early simpler bottom up designs. The confidence of knowing that we could easily furl it would encourage us to use the sail much more. We have two big (one vast) symmetric spinnakers but they require quite a few crew to handle effectively – and are certainly not suited to just the two of us.


















