Bavaria Cruiser 37 Sailboat Review, Specs, and Listings

Bruce Farr·2013·Bavaria Yachts
Bavaria Cruiser 37 drawingBuilder drawing
Hull Type
Monohull · bulb
Rig
Fractional Sloop
LOA
37.07' · 11.3 m
Disp.
15,432 lbs · 7,000 kg
First year
2013

The Bavaria Cruiser 37 entered the fiercely contested 37foot production market as the replacement for the Cruiser 36, of which 358 were built in the three years before the new model’s debut. The Cruiser 37 replaced the Cruiser 36.

Measurements

Dimensions 01

Length Overall
37.07 ft
Length on deck
35.08 ft
Waterline Length
32.48 ft
Beam
12.04 ft
Draft
6.4 ft
Maximum Headroom
6.42 ft
Air Draft
55.18 ft

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Bulb
Rudder
1× Spade
Ballast
4,586 lbs (Iron)
Displacement
15,432 lbs
Water Capacity
55 gal
Fuel Capacity
40 gal

Rig & sails 03

Rigging Type
Fractional Sloop
Mainsail luff
44.55 ft
Mainsail foot
16.73 ft
Foretriangle height
43.13 ft
Foretriangle base
12.24 ft
Forestay Length (estimated)
44.83 ft
Sail Area
637 sqft

Calculations 04

Sail Area to Displacement Ratio
16.44
Ballast to Displacement Ratio
29.72
Displacement to Length Ratio
201.06
Comfort Ratio
25.62
Capsize Screening Ratio
1.93
Hull Speed
7.64 kn

Farr Yacht Design drew the Cruiser 37, retaining the hull shape and basic architecture Farr had developed from the 2010 design. For the styling and deck details, Bavaria Yachts turned to the English firm Design Unlimited rather than continuing its earlier collaboration with BMW Designworks USA.

The result is a spacious 11-metre cruiser with a CE category A8 / B12 rating. Bavaria offered two- and three-cabin layouts. Standard iron ballast is roughly 4,586 lb, while displacement is near 15,400 lb; sources state 7,450 kg standard, although one review cites 7.0 t.

Design and Construction

The solid-fiberglass hull has selective reinforcement, and the structure shows careful attention to the bilge. Floorboards rest on a construction floor tied into closely spaced stringers and floor timbers. Together, these form a laminated composite skeleton running aft from the anchor locker.

Drilled limber holes link the bilge compartments, allowing water to drain to the deepest point. Glued-in tubes prevent that water from seeping into the timbers and stringers. The linked bilge compartments use drilled limber holes and glued-in tubes. Nine large, loosely fitting hatches provide access to the top-coated bilge.

On deck, the cabin trunk has longer windows and five deck hatches, compared with four on the Cruiser 36. A combined aluminum rub rail and toe rail replaces the older detailing. In the cockpit, a dark yellow Duradeck coating resembles teak across the sole.

Cockpit and Deck Equipment

Twin wheels define the cockpit. Accommodating them required a new cockpit mold and pushed the companionway bulkhead forward. The main bulkhead also moved forward so that the saloon wouldn’t be cramped. The twin-wheel layout drove these changes to the cockpit mold and bulkheads.

The Danish Jefa steering works cleanly, and its compact installation makes servicing easier. From either helm, the sailor has an optimum view of the sails and course. The crew also gets a functional folding cockpit table.

The boat comes with twin wheels, a steering pedestal carrying a GPS plotter, genoa and gennaker winches, halyard and bulkhead winches, flush hatches, a rail gate, and an anchor roller with a solid footrest for boarding over the bow.

At the stern, a large hatch folds down by hand on gas cylinders, easing boarding and adding deck space. When closed, its upper edge serves as a helm thwart. The folding stern hatch doubles as a helm thwart when closed. An XXL bathing platform and hull windows complete the standard cruising equipment.

Rig, Sailing Performance, and Engine

A two-spreader Selden mast carries a 110-percent genoa sheeted to movable cabin-top cars. The split backstay attaches farther outboard, keeping it clear of the helm.

The standard mainsheet is a 1:2 system led to both sides of the companionway and handled through Lewmar 30 halyard winches. Owners can re-reeve it as a 1:4 system without extra effort. A German cupper continuous-sheet arrangement is also possible with minor changes.

In 3 to 4 Beaufort, test sailors found that the Cruiser 37 could tack through 90 degrees while making 4.8 to 5.4 knots. Under gennaker, she reached 6.4 knots. The Volvo Penta D1-20 drove her to 8 knots at wide-open throttle and maintained 6 knots at cruising speed.

Accommodations

Bavaria offered the Cruiser 37 with two or three cabins. In the three-cabin version, the navigation table slides aside so the settee can become a full berth. The trade-offs are a smaller head, no separation between the shower and toilet, and minimal lazarette stowage.

In the two-cabin layout, the longitudinal bulkhead moves to port, creating more headroom, additional stowage, and a larger aft berth. The two-cabin arrangement gains space by moving the longitudinal bulkhead to port.

Both layouts have upper cupboards and hull windows. Six opening hatches provide ventilation, although cross-flow is weak because the galley has only one opening port. Freshwater capacity can be increased with an optional tank in the fore-cabin.

Known Issue

The one documented shortcoming is the starting battery, which sits in a disadvantageous position in the bilge beside the companionway. The starting battery is located in the bilge by the companionway.

Verdict

The Cruiser 37 combines an updated Farr hull with a more modern deck and cockpit by Design Unlimited. Compared with the Cruiser 36’s smaller ports, the new design emphasizes light and livable interior volume.

She sails cleanly across the wind range and gives buyers a clear choice between the compact, charter-oriented logic of the three-cabin plan and the roomier two-cabin cruising layout. The battery location and modest galley airflow are the principal caveats.

Pros

  • Proven Farr 2010 hull architecture with updated styling
  • Twin-wheel Jefa steering and clear sail sightlines from both helms
  • Mainsheet that can be changed from 1:2 to 1:4, or adapted to a German cupper system, without major work
  • Laminated bilge skeleton with drained, accessible compartments
  • Choice of two- or three-cabin layouts

Cons

  • Starting battery sits awkwardly in the bilge beside the companionway
  • In the three-cabin layout, the shower can’t be separated from the toilet
  • Weak cross-ventilation in the galley

Similar sailboats

12 comparable designs · similar LOA, displacement & rig