Design Philosophy and Construction
The founding logic of the Outbound is rooted in a clear-eyed rejection of the compromises that plagued many performance-oriented cruisers. Phil Lambert, who came from a racing background, insisted on a solid-glass hull heavy enough for hard offshore work while relying on sophisticated shape rather than exotic materials to achieve speed. Schumacher delivered that through a long waterline of 40 feet 3 inches combined with moderate beam, a pairing that produces low wave-making resistance without the tender, skittish feel that wider, lighter hulls often exhibit offshore. The result is a displacement/length ratio and comfort number that sit squarely in the passagemaker sweet spot — stable without being sluggish.
Construction is deliberately old-school where it matters. The hull is 100 percent hand-laid solid fiberglass, with the deck vacuum-bagged over Divinycell polymer foam for maximum rigidity. High-stress areas receive additional laminates, Knytex biaxial fiberglass enhances impact resistance, and outer layers of vinyl-ester resin guard against osmotic blistering. The hull-to-deck joint is bonded with 3M 5200 and mechanically fastened with stainless-steel through-bolts every four inches, then further locked by adhesion to interior bulkhead perimeters — a belt-and-suspenders approach that shows up in how solid the boat feels underfoot at sea. A watertight crash bulkhead seven feet aft of the stem doubles as a sealed bow locker, an offshore safety feature rarely found on boats at this price point.
Rig, Sail Plan, and Handling
The Outbound is set up as a sloop with cutter or, more commonly, solent options — a high-aspect solent rig of 1,083 square feet backed by the righting moment of a 10,000-pound encapsulated bulb keel on a 6-foot-6-inch draft. In testing, with full main and genoa the boat held 6 knots on a broad reach, 7.5 on the beam, and a solid 8 knots close to weather, notable figures for a 28,000-pound vessel. The helm is described as well-balanced with just the right amount of weather helm for easy hand steering, and in 20 knots of breeze with the smaller Solent jib, speed instantly jumped into the low sevens through the chop — the boat felt stiff yet forgiving rather than driving hard and pounding.
The sail-handling infrastructure suits short-handed offshore work. The Selden synchronized in-mast furling system allows the mainsail to be deployed and reefed with correct outhaul tension, reducing the fouling risk inherent in lesser systems, and owners report deploying the main more reliably because of it. Winches are positioned on the cabintop to port and starboard of the companionway so that trimming can be done from a central, protected position. A separate trysail track is installed as standard — a detail that separates genuinely offshore-ready boats from those merely marketed as such.
Cockpit and On-Deck Safety
The cockpit is a classic T-shape sized to seat six or seven, with benches long enough to stretch out on and padeyes for tethers already affixed. The lifelines stand 30 inches tall — in offshore terms the standard that should be universal — and provide a solid leaning rail when working forward. The entire side deck run is clear and uncluttered, with stainless-steel handholds running the length of the cabintop. The cockpit is self-bailing aft through a wide open-ended sole, and the companionway is protected by a 9-inch bridgedeck and three Lexan washboards in parallel grooves.
The hard dodger, which most owners specify, integrates safety glass, handrails, and optional solar panels; it shines especially when the boat is driving through rough conditions, keeping the watch dry without restricting visibility. A large sugar-scoop transom provides a safe location for life-raft deployment and water entry without requiring the raft to be heaved over high lifelines or past a swinging boom.
Accommodations and the Workroom
The interior follows a semi-raised salon arrangement that creates a bright and airy feel below while placing fuel and water tanks — 190 gallons of diesel and 200 gallons of fresh water — centered over the keel and under the floorboards. This tank placement simultaneously minimizes hobbyhorsing and frees stowage space beneath the settees that would otherwise be occupied by tanks tucked in the ends of the boat.
The U-shaped galley is properly fiddled with a centerline sink, gimbaled stove, separate deep freezer and additional overhead cabinetry. The forward master cabin has a centerline queen berth with ensuite head; the aft guest cabin has standing headroom forward of the berth, a cedar-lined hanging locker, and its own opening ports. The saloon offers a U-shaped settee to port, a long starboard bench that converts to a proper sea berth, and a forward-facing navigation station with full chart-desk space and the electrical panel within arm's reach.
The feature that most distinguishes the Outbound from comparable offshore cruisers is the workroom accessed through the lifting cockpit seat, which provides standing headroom over a workbench with vise and dedicated tool storage. Space for a washer-dryer is included. The ability to stand upright and actually work on mechanical systems — generator, shaft, pump rebuilds — while underway keeps the boat sailing while others head for the boatyard. Engine access is similarly deliberate: the companionway steps lift on gas struts, and additional side panels in the aft cabin and head give three-sided access to the Yanmar.
Known Issues and Limitations
The most substantive structural concern noted by close observers involves the large workroom hatch opening in the cockpit seat: while it provides exceptional utility, the opening is large enough that flooding exposure is a real consideration offshore. The hatch is guttered rather than gasketed, and the hinges and latches warrant upgrading to heavier hardware with backing plates. These are straightforward fixes but they should be on any pre-purchase or pre-passage checklist.
The cockpit main hatch could benefit from a two-way latch to allow secure fastening from both above and below — a minor ergonomic shortcoming on an otherwise carefully thought-out deck layout. While the companionway washboard arrangement is secure, the single-direction hatch latch is the sort of detail that stands out precisely because so much else aboard is executed with greater care.
Refits and Evolution
Outbound has continued to refine the design across its production life rather than freezing it. Starting with hull nine, the swim step was doubled in size when an owner requested it, and the change was incorporated fleet-wide. The interior was later adjusted to provide more nav-station electronics space and a larger dedicated stall shower near the companionway. Subsequently, the sink was moved into the master cabin itself, allowing the holding tank to be raised into the headspace for gravity-feed discharge, eliminating a run of pumps and hoses and opening up additional saloon stowage in the process.
Contemporary Outbounds can be specified with lithium-ion battery packages, Glendinning joystick docking controls, and Starlink offshore connectivity, equipment that would have required separate aftermarket installation on earlier hulls but is now integrated at the factory. Because every boat is built to order and semi-custom, these upgrades are addressed during construction rather than bolted on afterward — an approach that keeps the electrical and mechanical installations cleaner than most refits achieve.
The Verdict
The Outbound 44/46 was conceived by experienced offshore sailors who wanted the one thing the market consistently failed to deliver: a heavy-displacement bluewater hull fast enough that performance itself becomes a safety feature — the ability to sail off a lee shore, compress a passage into a favorable weather window, and maneuver confidently in heavy seas. Carl Schumacher threaded that needle with a hull that remains without a true rival in the couples-offshore category. The trade-off is a deck layout that feels conservative next to wide-beam, twin-wheel contemporaries, and a workroom hatch that needs attention before serious offshore work. Neither issue is structural, and neither undermines the fundamental proposition.
Pros
- Long waterline and moderate beam produce excellent speed-to-displacement performance with a stable, forgiving motion at sea
- 100 percent hand-laid solid fiberglass hull with crash bulkhead and vinyl-ester outer layers is built for hard offshore use
- Semi-custom, built-to-order production means factory-integrated electronics and systems rather than aftermarket add-ons
- Workroom with standing headroom and dedicated tool storage is a genuine liveaboard and cruising asset
- 30-inch lifelines, wide side decks, and systematic handhold placement reflect serious offshore thinking
- Solent rig with in-mast furling and separate trysail track is well-suited to short-handed offshore sailing
- Large centerline tankage keeps weight low and central while freeing settee stowage
Cons
- Workroom cockpit hatch needs gasketing and heavier hardware before use in serious offshore conditions
- Main companionway hatch lacks a two-way latch for securing from both sides of the deck
- Conservative cockpit layout will feel narrow compared to wide-open twin-wheel designs fashionable today
- Hull built in China may still encounter prejudice in some markets despite consistent quality control
