Hanse 370 Information, Review, Specs

Hanse 370 Drawing
Make
Hanse
Model
370
Builder
Hanse Yachts
Designer
Judel/Vrolijk
Number Built
950
Production Year(s)
2006 - 2011

The Hanse 370, introduced in 2005, represented a pivotal shift for the Greifswald-based shipyard, moving away from the more traditional aesthetics of the earlier 371 toward a contemporary, performance-oriented design language. Penned by the world-renowned naval architects at Judel/Vrolijk & Co, the 370 was engineered to balance a high-volume cruising interior with the agility of a racing hull. It solidified Hanse’s reputation for "easy sailing," being one of the first production yachts in its class to successfully integrate a self-tacking jib as standard equipment. The model was produced in two primary versions: the standard 370, built with polyester resin, and the 370e, a premium variant constructed using epoxy resin, which offered a lighter, stiffer, and more osmosis-resistant hull.

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Sailing Performance & Handling

The Hanse 370 is widely recognized for its "stiff" sailing characteristics, a result of its high ballast ratio and deep T-bulb keel options. With a Sail Area/Displacement (SA/Disp) ratio typically exceeding 20, the 370 is optimized for performance even in light airs, where many of its contemporaries struggle. An editorial review by Yachting Monthly highlights the boat’s responsiveness, noting that the steering remains light and balanced even when pressed hard to windward. The high-aspect fractional rig, paired with the signature self-tacking jib, allows the boat to be tacked single-handedly with a simple turn of the wheel, as the jib car travels across a curved track forward of the mast automatically.

While the self-tacking jib simplifies upwind work, it can be undersized for downwind performance in light conditions. Many owners opt to supplement the sail plan with a large reaching sail, such as a Code Zero or asymmetric spinnaker, to maintain speed when the wind moves aft. The hull's wide beam carried well aft provides significant form stability, though it requires early reefing to maintain an upright posture and prevent the deep spade rudder from losing traction in heavy gusts.

Interior Comfort & Variations

The interior of the Hanse 370 was marketed as a "loft-style" living space, departing from the cramped, dark cabins typical of 1990s cruisers. It features high-gloss mahogany or optional light cherry woodwork, contrasted by white bulkheads that enhance the sense of natural light provided by the numerous deck hatches. Hanse offered a modular "Individual Cabin Concept," allowing buyers to choose between a two-cabin layout with a large storage locker (accessible via the cockpit) or a three-cabin configuration for family cruising.

In the three-cabin version, the twin aft cabins provide ample double berths, though the trade-off is a slightly smaller galley and head compartment. The 370e variant, while sharing the same internal dimensions, often features slightly higher-end finishes. In 2009, Hanse introduced the 375, an evolutionary sibling built on the same hull but featuring a redesigned deck mold with larger windows and a revised cockpit layout, including the option for twin steering wheels which were not available on the original 370.

The Hanse 370 gained significant traction in the European yachting press upon its release, earning a nomination for European Yacht of the Year. Its design was featured extensively in Sail Magazine as a benchmark for the "new wave" of German production boats that challenged the dominance of French builders like Jeanneau and Beneteau. The 370e variant specifically became a favorite for amateur offshore racers, appearing in results for various "Round the Island" and "ARC" (Atlantic Rally for Cruisers) events due to its superior hull stiffness and weight savings.

Known Issues & Buyer’s Checklist

Prospective buyers should focus on several technical areas specific to the Hanse 370’s construction and age:

  • Rudder Bearings: The Jefa steering system utilized on the 370 is high-quality but prone to play in the lower rudder bearings over time. Movement or "knocking" in the helm usually indicates the need for bearing replacement.
  • Keel-to-Hull Joint: The 370 uses a cast-iron keel. Inspection of the joint is critical to ensure no "Hanse Smile" (cracking at the leading edge) is present, which can indicate previous groundings or the need for re-torquing the keel bolts.
  • Sail-Drive Seal: The Volvo Penta or Yanmar sail-drive units installed in these hulls have a manufacturer-recommended diaphragm replacement interval (usually 7 years). Buyers should verify the age of this seal, as failure is a critical safety risk.
  • Windows and Hatches: Early models were known for occasional leaks in the large side coachroof windows. Check for evidence of water ingress or "crazing" in the acrylic, which may require re-bedding or replacement.
  • Core Integrity: While the 370e epoxy version is less prone to osmotic blistering, both versions use balsa coring in the deck. A moisture meter check around stanchion bases and the windlass area is essential to rule out delamination.

Community & Resources

Owners of the 370 benefit from a robust international support network. The Hanse Owners Association serves as the primary hub for technical documentation, including original wiring diagrams and plumbing schematics. This group also facilitates regional rallies and technical wikis where owners share modifications, such as converting the single-wheel steering to a larger diameter wheel for better mechanical advantage.

The Verdict

The Hanse 370 remains a top-tier choice for sailors who prioritize performance and ease of use over traditional "heavy-displacement" comfort.

Pros:

  • Exceptional light-air performance and upwind pointing ability.
  • The self-tacking jib makes short-handed or solo sailing effortless.
  • Modern, bright, and highly configurable interior layouts.
  • The 370e epoxy hull offers superior longevity and weight-to-strength ratios.

Cons:

  • The self-tacking jib is underpowered for downwind sailing without a secondary sail.
  • High-aspect rudder can be vulnerable to debris and requires attention in heavy seas.
  • Iron keel requires consistent maintenance to prevent surface oxidation.

Measurements

Construction & Hull

Construction Material
Fiberglass
Hull Type
Monohull Sailboat
Keel Type
Bulb
Rudder
1x Spade
Ballast
5026 lbs
Displacement
15873 lbs
Water Capacity
79 gal
Fuel Capacity
37 gal

Dimensions

Length Overall (LOA)
37.24 ft
Waterline Length (LWL)
33.63 ft
Beam
12.3 ft
Draft
6.4 ft
Max Headroom
-
Air Draft
58.25 ft
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
Fractional Sloop
P (Main Luff)
47.24 ft
E (Main Foot)
16.9 ft
I (Foretriangle Height)
49.21 ft
J (Foretriangle Base)
13.62 ft
Forestay Length (est)
51.06 ft
Sail Area
734 sqft

Calculations

Sail Area / Displacement (SA/D) Ratio
18.59
Ballast / Displacement Ratio
31.66
Displacement / Length Ratio (D/L) Ratio
186.31
Comfort Ratio
24.99
Capsize Screening Formula
1.96
Hull Speed
7.77 kn