Leopard 47 Sailboats for Sale

The construction itself is a point in the boat's favor. GRP sandwich with vacuum-bonded balsa core, hull and lower bridgedeck moulded as a single unit, bulkheads glassed in place — this is a genuinely robust build from an era when Robertson & Caine was still prioritizing material thickness over weight savings. Owners who have moved from newer cats frequently note that the hulls feel substantially more solid, and the model has accumulated a reputation for durability that holds up well in practice. The naval architecture by A. Simonis gives the boat narrower, lower hulls than the contemporary generation of cruising cats, which pays dividends in upwind performance and average passage speeds but comes at the cost of low bridgedeck clearance — a characteristic that shapes almost everything else about life aboard.

Layouts on the Used Market

The Leopard 47 was produced primarily in a four-cabin, four-head charter configuration and a three-cabin owner's version that converts one hull into a larger forward stateroom with a private saloon and dedicated study. On the brokerage market, both layouts circulate, with the three-cabin owner's version being the more commonly encountered. The four-cabin charter variant is also available and tends to attract buyers prioritizing guest capacity. The owner's version commands a meaningful premium, so those hulls can be somewhat harder to find in the price bracket where most shoppers are looking.

Below decks, each hull follows a stepped layout: from the saloon and galley area, a single step leads to a midship gangway from which stairs descend either forward or aft into the individual cabin spaces. The fuel tanks live midship over the keels, which creates this level separation and offers a degree of acoustic isolation between cabin zones. All four-cabin layouts place athwartship berths in each hull; neither the forward nor the aft cabins have island beds. The starboard forward space in the charter version is fitted as a crew bunk accessible via a deck hatch. The aft cabins sit above the shaft-drive engines, which are housed under lift-up bed bases — an arrangement that raises the sleeping surface noticeably and reduces headroom when lying down, a tradeoff owners either accept readily or find frustrating enough to seek workarounds. The shaft-drive setup is otherwise regarded as a virtue: straightforward to service, no bellows to deteriorate, and mechanically more accessible than saildrive alternatives.

Equipment and Common Upgrades

A substantial proportion of Leopard 47s on the brokerage market have been meaningfully upgraded by previous owners, particularly in the electrical and navigation departments. Solar panels are commonly fitted — often in significant capacity, given the boat's original reliance on a genset — and most examples have been converted to LED lighting throughout, a first-order improvement over the original filament and fluorescent fittings. Autopilot, chartplotter, and AIS are widely present, along with an inverter, radar, and a watermaker. Dinghy davits and a life raft are frequently included in the package.

The hardtop bimini is perhaps the single most consequential upgrade to look for. The factory specification was a soft bimini, which provides inadequate solar panel mounting area and creates a genuinely precarious situation for anyone trying to flake and bag the mainsail. Boats with a hard-top conversion are substantially more practical for liveaboard use, and their presence or absence should be treated as a meaningful factor in evaluating asking condition. Electric winches appear occasionally as an owner upgrade, addressing the boat's native manual-winch layout and reducing the athleticism required to handle sail controls short-handed. A furling main is seen on some examples, another upgrade that makes cockpit-only sail handling more feasible given the factory arrangement of running rigging led to the mast rather than back to the helm.

The U-shaped galley to starboard in the saloon is generously sized by the standards of this class, with stove, oven, microwave, and double sink standard. The electrical control panel and double refrigerator live to port. Cockpit refrigeration or a second freezer is sometimes added. Many boats have had their house battery banks upgraded, with lithium conversions appearing on the better-equipped examples.

What to Inspect

The low bridgedeck clearance is the structural characteristic that generates the most significant inspection concern. Hull slap under way and at anchor in a chop is well documented and owners consistently describe a juddering that transmits through the whole boat. While this is a normal characteristic of the design rather than evidence of damage, sustained pounding stresses the cockpit floor structure, and specifically the life raft locker integrated into the cockpit sole. The locker has a removable bottom panel secured by bolts, and the repeated hydraulic shock of hull slap commonly shears or works loose those fasteners — the life raft can drop free without any warning sign visible from above. This is a serious safety defect that has been widely discussed among owners; inspect the locker fasteners carefully, and treat any boat where the problem has been properly resolved — typically by glassing in the bottom panel and relocating the life raft to deck-mounted brackets — as preferable to one where the original arrangement is still in place.

The soft top specification creates real safety concerns around mainsail management, as crew must walk along the sail bag to zip a stack pack, which is genuinely hazardous in anything other than calm conditions. Confirm whether a hard top is present and inspect its mounting and condition.

The running rigging layout warrants attention. Factory-spec boats have sheets and halyards led to the mast rather than back to the cockpit, requiring crew to leave the helm for sail handling. Inspect whether any previous owner has re-led lines to the helm station; if not, budget accordingly for the rerig if you intend short-handed passage-making. Similarly, all winches are manual in the original specification — confirm whether electric conversions have been made and test them.

Inspect the shaft drives carefully. The straight shaft arrangement is mechanically straightforward, but access is through the cabin sole hatches and any deferred maintenance tends to accumulate. Check for weeping stern glands, shaft alignment, prop condition, and whether cutlass bearings have been recently replaced.

The balsa-cored sandwich construction is high-quality but susceptible to water ingress at hardware penetrations if bedding has not been maintained. Tap-test the hull and deck surfaces methodically, particularly around chainplates, stanchion bases, and any through-deck fittings. Check the hull-deck join, which is bonded, through-bolted, and tabbed to structural bulkheads — a robust detail that holds up well when the bedding compound is in good condition.

Electrical systems on older examples should be reviewed in full. Original AGM house banks will likely have been cycled beyond their useful life; confirm the state of the bank and whether a proper charging architecture — solar, shore power charger, and alternator regulation — is in place. The original electrical panel was adequate for charter use but may not suit a liveaboard's power needs without expansion.

Availability and Buyer's Takeaway

The Leopard 47 circulates widely on the international brokerage market, with the Caribbean basin — particularly the US Virgin Islands, Puerto Rico, and the Bahamas — representing the densest concentration of available examples. North American East Coast listings appear regularly, and Australia carries a consistent supply. Belize appears as a secondary market. This broad availability means that patient buyers have genuine choice and should not feel pressured into a particular example.

The model occupies a position in the market where buyers get a genuinely capable offshore passage-maker at a price that reflects the charter history, not the design quality. The narrower hulls deliver real performance advantages — consistent upwind ability, comfortable passage speeds — that a similarly-priced condo-style cat from a later era will not match. The tradeoffs are real: hull slap, high beds, running rigging at the mast, and a cockpit life raft arrangement that demands immediate attention. On a well-maintained and properly upgraded example, none of these are disqualifying. On one that has been neglected, they compound quickly.

Before making an offer, work through this checklist:

• Confirm hard top bimini is fitted (non-negotiable for safe sail handling)
• Inspect and test the life raft locker fasteners; prefer boats where the bottom panel has been glassed in
• Tap-test all cored deck and hull surfaces for delamination or moisture intrusion
• Review the running rigging layout; assess re-lead cost if lines remain at the mast
• Test all four winches and confirm whether electric conversions are present
• Survey the house battery bank; assess state of health and charging system architecture
• Inspect shaft logs, cutlass bearings, prop shaft alignment, and stern glands in both hulls
• Verify solar capacity and inverter sizing against your typical daily load
• Check the davit system for structural condition and confirm a dinghy deployment solution that preserves transom access
• Confirm which layout variant (three or four cabin) you are buying and walk every space before committing