Leopard 45 for Sale

Leopard 45 Specifications

The numbers paint a picture of a well-balanced cruising catamaran. At 14,500 kg, the Leopard 45 is lighter than the Lagoon 46 (16,300 kg) but heavier than the Fountaine Pajot Elba 45 (~13,600 kg), sitting comfortably in the middle of its competitive set. The 1.50 m draft is deeper than most competitors in this segment — the Lagoon 46 draws 1.30 m, the Bali 4.6 draws 1.25 m — which limits shallow-water access but improves windward performance and reduces leeway.

Tankage is generous: 700 litres of fuel and 780 litres of water (206 US gal) — the water capacity alone is substantially more than most competitors in this size class. The twin Yanmar 4JH45 engines with saildrives are the same 45 HP units found across the cruising catamaran segment, delivering proven reliability and low service costs. Some owners note that 45 HP per side feels borderline for a 14,500 kg catamaran, particularly in strong headwinds or tight marina manoeuvres, though the differential thrust from twin engines compensates for the modest per-engine power. The ~21.34 m air draft (mast height from the designed waterline) is worth noting for ICW and canal transit planning — it will not clear the standard 65 ft bridges on the US Intracoastal Waterway.

How Does the Leopard 45 Sail?

Upwind: The Simonis Voogd hull design brought meaningful improvements over the Morrelli-designed Leopard 44. The nearly plumb bows and hard chines provide a sharper waterline entry that reduces hobby-horsing and improves pointing. In 12–15 knots of true wind, the Leopard 45 achieves 6–7 knots at 55–60 degrees apparent wind angle — respectable for a cruising catamaran of this displacement. The tacking angle sits at approximately 90–95 degrees, consistent with a production cruising catamaran of this size. The 1.50 m draft helps here, providing better lateral resistance than the shallower-draught competition.

Reaching: This is where the Leopard 45 comes alive. With approximately 1,288 sq ft of total sail area driving 14,500 kg of displacement, the boat reaches comfortably at 8–9 knots in 15–20 knots of true wind. In trade wind conditions with 18–22 knots on the beam, sustained speeds of 9–10 knots are achievable. The narrow hull floats reduce wetted surface area and contribute to a livelier feel under sail than the displacement might suggest. The generous bridgedeck clearance eliminates the slamming that plagues some competing designs in a short chop.

Light air: In 6–8 knots of true wind, the Leopard 45 is a motor-sailer at best. The 14,500 kg displacement and moderate sail area mean the boat needs 10+ knots of breeze to provide a satisfying sailing experience under canvas alone. Without a Code 0 or asymmetric spinnaker, expect 3–4 knots in light conditions — typical for the class but frustrating for owners accustomed to monohull light-air performance. In the sub-10-knot conditions common in the Caribbean during summer or the Mediterranean in light-air anchorages, most owners will run at least one engine.

Under power: The twin 45 HP Yanmar engines with saildrives deliver cruising speeds of 7–8 knots under power. Fuel consumption sits at approximately 6–8 litres per hour combined at cruising speed, giving a comfortable motoring range from the 700-litre tanks. The differential thrust from twin engines makes close-quarters handling intuitive, and most owners become comfortable with marina manoeuvres quickly. Some experienced owners note that the 45 HP engines feel more marginal on the heavier 45 than they do on the lighter Leopard 42, particularly in strong crosswinds or adverse current.

Honest assessment: The Leopard 45 is a genuine sailing catamaran, not a powerboat with a mast. The Simonis Voogd hull design delivers noticeably better upwind performance than the Morrelli-era Leopards, and the ample bridgedeck clearance reduces slamming in a chop. In reaching conditions — the point of sail where most cruising catamarans spend the majority of their time — it is quick, comfortable, and predictable. The deeper draft is a trade-off that pays dividends at sea but costs anchorage options in skinny water. In trade wind conditions — the Caribbean, the Adriatic in season, the Indian Ocean — it delivers a genuinely enjoyable sailing experience. In light-air venues it is a motor-sailer. This is not a criticism — it is a realistic description of what a 14,500 kg cruising catamaran does.

Interior Layout & Living Aboard

The Leopard 45 was offered in two primary layouts: a 3-cabin/3-head owner’s version, in which the starboard hull is dedicated to a generous master suite with a walk-around island berth and full en suite, and the port hull contains two guest cabins, each with private heads; and a 4-cabin/4-head charter version, with two cabins per hull, each with en-suite facilities. The 4-cabin layout dominates the used market due to the large number of ex-charter boats from The Moorings and Sunsail fleets, while the 3-cabin owner’s version commands a premium for its more spacious master suite and additional storage.

The forward cockpit is the Leopard 45’s defining feature — and the characteristic that most distinguishes it from the competition. A large sliding door connects the forward cockpit directly to the saloon, creating a seamless flow between indoor and outdoor spaces. In practice, this means the crew gathers forward rather than aft — an arrangement that feels more social and keeps guests away from the helm and sheet handling. The forward cockpit also provides a sheltered seating area that is genuinely usable at sea, protected by the coachroof and bows. This is where most owners spend their evenings at anchor: protected from wind, shaded by the cabinhouse, with a view forward over the anchorage.

The saloon features a galley-up arrangement that serves both the interior dining area and the cockpit through a pass-through window. Robertson & Caine’s interior joinery is well-regarded by the cruising community — laminated cabinetry with properly finished edges that present a clean, modern appearance. The wraparound glazing floods the interior with natural light, and headroom is generous throughout. In the 3-cabin owner’s hull, the forward head is large enough to accommodate a washer-dryer combination — a practical detail that transforms long-term cruising comfort.

The aft cockpit is expansive, with U-shaped seating, a large dining table, and direct access to the swim platforms on each hull. The helm station sits to starboard at cockpit level — not on a flybridge — keeping the skipper close to the action and providing good visibility for both sailing and manoeuvring. This is a genuine advantage for short-handed sailing; the helmsperson can communicate directly with crew on deck without shouting between levels. The squared-off transoms provide wide, stable steps for water access — a design detail that makes boarding from a dinghy or entering the water significantly easier than on boats with curved, narrow transoms.

The overall flow between aft cockpit, saloon, and forward cockpit creates three distinct outdoor-indoor living zones. For liveaboard cruisers, the 780-litre water capacity is a genuine asset — substantially more than most competitors in this size class. Storage is adequate for extended passages, though serious bluewater cruisers will add supplementary solutions. Ventilation relies on hatches and opening ports — air conditioning is a common and strongly recommended addition for tropical cruising.

Leopard 45 Ownership: What to Expect

As a discontinued model (2024), the Leopard 45 is exclusively a used-market purchase. This has implications for ownership that are distinct from buying a current-production boat: there is no factory order queue, no new-build warranty, and no dealer network incentive to support the model. Parts availability remains strong through Robertson & Caine and the Leopard dealer network, and the Yanmar 4JH45 engines are widely supported globally. The principal cost areas are as follows:

• Insurance: 1.0–1.7% of hull value. For a boat insured at $650,000, this translates to approximately $6,500–$11,000 per year. Insurers may scrutinise the Leopard 45’s known hull delamination issues and may require a recent survey confirming hull integrity. Caribbean and hurricane-zone coverage sits at the upper end of the range.
• Marina berth: The 7.37 m beam incurs the standard catamaran width premium but is narrower than the Lagoon 46’s 7.96 m, which helps with berth availability and cost. Caribbean marinas typically charge $1,500–$2,000 per month for a 45 ft catamaran. Mediterranean berths range from €10,000–€22,000 per year depending on location.
• Engine servicing: Twin Yanmar 4JH45 engines require annual servicing at approximately $2,000–$3,500. Saildrive seals should be inspected annually and replaced every 5–7 years. Major service intervals (every 500–1,000 hours) can reach $5,000–$8,000 including saildrive service.
• Haul-out and antifouling: $3,500–$6,000 for a catamaran of this size. The balsa core construction makes moisture meter readings particularly important during haul-out inspections — this is where hull delamination checks should be conducted.
• Rigging inspection: Standing rigging should be inspected annually and replaced every 10–12 years. For boats from 2017–2018, rigging replacement may be approaching or due — budget $5,000–$8,000 for a full re-rig.
• Approximate total: $25,000–$50,000 per year depending on location, usage pattern, and maintenance philosophy. Former charter boats will typically require above-average maintenance spending in the first 1–2 years of private ownership to bring cosmetics and systems to private owner standards.

A very large proportion of Leopard 45s on the used market are ex-charter boats from The Moorings, Sunsail, and Dream Yacht Charter fleets. These boats typically carry 1,500–3,000+ engine hours after 5–7 years of charter service. They come with comprehensive maintenance logs from fleet management companies but also with significantly more wear on upholstery, deck hardware, and cosmetic finishes. Ex-charter boats from 2017–2018 trade at $449,000–$599,000, versus $549,000–$975,000 for the broader used market — with privately owned, low-hour examples commanding the top of the range.

Owner feedback — strengths: Robertson & Caine build quality (particularly the laminated cabinetry), three distinct living zones (aft cockpit, saloon, forward cockpit), comfortable motion in a seaway thanks to the plumb bows and generous bridgedeck clearance, proven Yanmar engines with global parts availability, the 780-litre water capacity as a genuine advantage for extended cruising, and the cockpit-level helm that keeps the skipper engaged with the crew. The 7-year production run means a deep pool of used inventory and established pricing benchmarks.

How to Buy a Leopard 45: What to Look For

Discontinued model — used market only: The Leopard 45 was produced from 2017 to 2024 and has been replaced by the Leopard 46. All purchases are now on the secondary market. The majority of available inventory consists of ex-charter boats coming out of Caribbean and Mediterranean fleets. Privately owned examples are less common but typically in better cosmetic condition with lower engine hours. Pricing ranges from approximately $449,000 for early ex-charter boats (2017–2018) to $975,000 for late-model, low-hour private examples, with the market averaging approximately $699,000. With production ending in 2024, pricing is likely to stabilise as the boat transitions from “recently discontinued” to “established used model.”

Hull Delamination — The Critical Inspection

The most significant structural concern on the Leopard 45 is hull delamination and soft spots in the balsa core sandwich construction. The Leopard 45 uses end-grain balsa core with manual layup and vacuum bagging in isophthalic polyester resin. When water intrusion occurs — typically through hardware fastening points, areas of impact damage, or manufacturing defects in the lamination — the balsa core absorbs moisture, swells, and eventually delaminates from the fibreglass skins. This manifests as soft spots that can be detected by percussive testing (tapping the hull and listening for changes in tone) and confirmed by moisture meter readings. Multiple boats have been documented with this issue, including both early (2017–2018) and late (2023) production examples — suggesting it is not confined to a single production batch.

Delamination repair is expensive and disruptive: affected areas must be cut out, the wet balsa removed, the cavity dried, and new core bonded in place with fresh laminate skins. Costs can range from $5,000 for a localised area to $30,000+ for extensive damage. A professional survey with specific attention to core integrity is non-negotiable on any Leopard 45 purchase. The surveyor should conduct percussive testing across the entire hull surface, take moisture meter readings at a grid pattern using a Tramex or equivalent instrument, and pay particular attention to areas around through-hulls, chainplates, and any areas of previous repair. The newer Leopard 42 uses foam core, and the Leopard 46 uses single-shot infusion with foam core — neither absorbs water in the same way. The balsa core on the 45 is a genuine concern that must be assessed before purchase.

Other Known Issues to Inspect

• Window leaks and delamination: Reports of window seal failures and delamination around window frames are common across the fleet. At least one owner has reported warranty-replaced windows that delaminated again, with Leopard declining second-repair coverage. Inspect all window surrounds for discolouration, delamination of the frame bonding, and evidence of water ingress inside the headliner near windows.
• Electrical system — deadman fuse blackouts: A well-documented design quirk in the electrical system can cause total power loss. The “deadman fuse” issue has been reported by multiple owners. Ask whether the issue has been addressed and inspect the fuse panel and wiring for evidence of the fix.
• Quality control at handover: Robertson & Caine’s build quality is generally well-regarded, but handover quality control was a recurring frustration cited by early owners. Issues included incomplete finishing, loose hardware, exhaust hoses that were too short, drains moulded but not cut through, non-functional lights, and ill-fitting deck hatches. On used boats, most of these will have been resolved by the first owner, but inspect carefully regardless.
• Warranty frustrations: Owners have reported difficulties with warranty claims through the Leopard/THL Marine network. On a used purchase, warranty coverage is typically expired, making the pre-purchase survey even more critical — there is no safety net.

Ex-Charter vs Private Purchase

The charter vs private distinction is the most consequential factor on the Leopard 45 used market. Ex-charter boats are significantly more numerous and typically priced $100,000–$200,000 below equivalent privately owned examples. They go through a structured phase-out process including inspections and identified repairs before entering the brokerage market (primarily through Moorings Brokerage). The advantage is a documented service history and structured maintenance schedule. The disadvantage is higher engine hours (1,500–3,000+ in 5–7 years), general wear from hundreds of different charterers with varying levels of experience, and cosmetic degradation. Budget $15,000–$30,000 to bring an ex-charter boat to private ownership standard — covering new upholstery, seal replacements, systems servicing, and cosmetic refinishing. Private boats are rarer but generally in better condition, with lower hours and often with owner-installed upgrades (solar panels, watermakers, lithium batteries, upgraded electronics) that add genuine value.

What to Check on Survey

Beyond hull delamination (addressed above), a pre-purchase survey should include: percussive and moisture testing of all hull and deck surfaces, thorough inspection of all window seals and surrounds, electrical system testing including the deadman fuse circuit, saildrive seal condition and service history, rudder bearing play, standing rigging condition and age, engine compression test and oil analysis, all through-hull fittings and seacocks, trampoline condition, and a sea trial in at least moderate conditions to assess sailing performance, engine performance under load, and any unusual vibrations or noises. Verify that all original warranty items were completed and documented by the dealer or charter company. Ensure the surveyor has specific multihull experience — monohull surveyors frequently miss catamaran-specific structural concerns, particularly bridgedeck stress and core integrity issues.

Leopard 45 vs Competitors

The 45–46 ft cruising catamaran segment is fiercely competitive, with established models from French builders dominating new-build sales. The Leopard 45, as a discontinued model, now competes on the used market against both other pre-owned catamarans and new-production models from competitors — a dynamic that generally works in the Leopard’s favour on price.

Leopard 45 vs Lagoon 46

The most common cross-shop in this segment. The Lagoon 46 is the volume leader — over 600 units built by 2025 — and offers a flybridge helm station with panoramic visibility, a self-tacking jib, and the largest interior volume in the class at 16,300 kg displacement. The Lagoon carries significantly more fuel (1,040 litres vs 700 litres) and has a wider beam (7.96 m vs 7.37 m), making it the comfort-first, volume-first choice. The Leopard 45 counters with better sailing performance per pound of displacement, a deeper draft (1.50 m vs 1.30 m) that improves windward work, the signature forward cockpit (absent on the Lagoon), a cockpit-level helm that keeps the skipper closer to the action, more generous water capacity (780 litres vs 600 litres), and Robertson & Caine build quality that is generally regarded as a step above Lagoon’s volume production. The Lagoon is the better liveaboard platform and holds the resale liquidity advantage; the Leopard is the better sailing boat and the better value on the used market, where pricing can undercut a new Lagoon 46 by $200,000+.

Leopard 45 vs Bali 4.6

The Catana Group’s offering takes a radically different approach. The Bali 4.6 features a solid foredeck (no trampoline), the signature “garage door” salon-to-cockpit opening, and closed-cell PVC foam core construction that eliminates the water absorption risk inherent in the Leopard’s balsa core. The Bali is lighter by approximately 1,700 kg and draws significantly less (1.25 m vs 1.50 m), opening up shallower anchorages. The Bali’s design maximises indoor-outdoor integration and deck living space to a degree that few competitors match. The trade-off is a different motion in a seaway — the solid foredeck creates a distinct ride character that some owners find less comfortable — and less traditional catamaran sailing behaviour. The Leopard 45 is the more conventional sailing catamaran with the forward cockpit as its social centrepiece; the Bali is the more innovative lifestyle platform. The foam core vs balsa core distinction is a genuine structural consideration that favours the Bali for long-term ownership peace of mind.

Leopard 45 vs Fountaine Pajot Elba 45

The refined French alternative. The Elba 45 is lighter by approximately 900 kg and draws less (1.28 m vs 1.50 m), giving it a marginally livelier feel under sail in lighter conditions. Fountaine Pajot’s build quality and fit-and-finish are generally well-regarded — often placed between the Lagoon (volume production) and the Leopard (more robust construction) in the quality hierarchy. The Elba’s interior design is distinctly French: refined, considered, and with an emphasis on natural light and clean lines. The cockpit helm keeps the skipper closer to sail trim — a meaningful advantage for owners who actively sail. The Leopard 45 offers the forward cockpit (which the Elba lacks), deeper draft for better windward performance, more generous water capacity (780 litres vs approximately 600 litres), and a more robust construction reputation. The Elba 45 is still in production, meaning new examples are available with factory warranty — a meaningful advantage for buyers who want current technology and the ability to specify options. For used-market cross-shopping, the Leopard is typically available in greater numbers due to its extensive charter fleet presence and offers competitive pricing.

Leopard 45 vs Leopard 46

The obvious succession comparison. The Leopard 46 replaces the 45 with meaningful changes: single-shot vacuum infusion (vs manual layup with vacuum bagging), foam core (vs balsa core), hybrid electric propulsion (a first for Leopard), updated interior styling, and slightly larger dimensions. The construction change is the most significant — the foam core and infusion process eliminate the water absorption and delamination risk that is the Leopard 45’s most serious known issue. For buyers deciding between a used Leopard 45 at $500,000–$700,000 and a new Leopard 46 at a substantially higher price point, the decision comes down to budget versus structural peace of mind. The price difference can exceed $300,000, making the 45 a compelling value proposition for buyers who do not require hybrid propulsion and are comfortable with the older construction method — provided the survey confirms sound hull integrity.

For a full interactive depreciation comparison between the Leopard 45 and competing models, visit the Hulls.io Market Intelligence tool.

Owner feedback — concerns: Prospective buyers should carefully evaluate the documented hull delamination and soft spot issues, which are the most serious structural concern on the Leopard 45. Window seal failures across the range remain the most common owner complaint. The deadman fuse electrical blackout problem is a known design quirk that must be verified as resolved. The warranty process has been described as slow and frustrating by multiple owners. The 45 HP engines feel more marginal on the heavier 45 than on the lighter 42. And the balsa core construction is a legitimate concern for buyers who plan to keep the boat long-term in tropical climates where any laminate damage can lead to moisture migration. None of these are necessarily dealbreakers, but all should be factored into the purchase decision — and, critically, into the pre-purchase survey scope and the negotiation of the purchase price.