Albin Cumulus 28 — Information, Review, Specs

Peter Norlin·1978 – 1985·~567 hulls·Albin Marine
Albin Cumulus 28 drawingBuilder drawing
Hull type
Monohull · fin
Rig
Fractional Sloop
LOA
28.08' · 8.56 m
Displ.
7,055 lbs · 3,200 kg
First year
1978

The Albin Cumulus 28, introduced in 1978, represents a pivotal era for Albin Marine as it transitioned from the heavydisplacement philosophies of the Albin Vega toward the more performanceoriented designs of the late 20th century. Designed by the acclaimed Swedish naval architect Peter Norlin—famous for his success in the International Offshore Rule (IOR) racing circuits—the Cumulus was intended to be a "fast cruiser" that balanced competitive sailing capabilities with genuine family comfort. Unlike its predecessors, the Cumulus featured a more modern underwater profile, a taller fractional rig, and a significantly more voluminous interior for its length. Approximately 500 units were produced until production ceased in the mid1980s, making it a common sight in Scandinavian and Northern European waters.

Measurements

Dimensions 01

LOA
28.08 ft
LWL
22.31 ft
Beam
9.28 ft
Draft
5.25 ft
Max headroom
6.07 ft
Air draft
-

Construction & hull 02

Construction
Fiberglass
Hull type
Monohull
Keel type
Fin
Rudder
1× Transom-Hung
Ballast
2810 lbs
Displacement
7055 lbs
Water
17 gal
Fuel
9 gal

Rig & sails 03

Rig type
Fractional Sloop
P · main luff
35.1 ft
E · main foot
9.84 ft
I · fore ht.
35.1 ft
J · fore base
10.82 ft
Forestay (est)
36.73 ft
Sail area
382.12 sqft

Calculations 04

SA/D ratio
16.62
Ballast/Disp.
39.83
D/L ratio
283.63
Comfort ratio
23.32
Capsize screening
1.94
Hull speed
6.33 kn

Sailing Performance & Handling

The influence of Peter Norlin is most evident in the boat’s sailing characteristics. The Cumulus 28 utilizes a 7/8 fractional rig, a departure from the masthead rigs common on earlier Albins. This setup allows for more precise mainsail trimming and makes the boat highly responsive in light to moderate winds. With a fin keel and a spade rudder, the Cumulus offers significantly better maneuverability and pointing ability than the long-keeled Vega.

Owners and testers often note that the boat feels "stiff" and capable of carrying its canvas well into a freshening breeze. Its displacement-to-length ratio suggests a hull that is light enough to be rewarding for club racing but heavy enough to avoid the "flighty" motion of modern ultra-light cruisers. Because the rig is fractional, the headsails are smaller and easier to manage for short-handed crews, though the large mainsail requires a disciplined reefing schedule to maintain balance as the wind climbs above 18 knots.

Interior Comfort & Variations

For a 28-foot vessel designed in the late 70s, the Cumulus 28 provides an impressively ergonomic living space. The layout typically features five berths: a double V-berth forward, two settee berths in the main cabin, and a generous quarter berth to the aft-starboard side. Peter Norlin maximized the beam (2.83m) to create a sense of openness that was rare for this size class at the time.

The interior is traditionally finished in Swedish teak, providing a warm, high-quality aesthetic. The galley is generally positioned to port, featuring a two-burner stove and a sink with pressurized water, while the dedicated navigation station sits opposite to starboard. While there are no major hull variations like the "4-cabin" versions found in larger yachts, some units were sold as "owner-finished" kits, leading to slight variations in the quality of joinery and electrical routing between individual boats. Headroom is a notable highlight, standing at approximately 1.75m (5'9"), which is substantial for a 28-foot hull.

Known Issues & Buyer’s Checklist

Prospective buyers of an Albin Cumulus 28 should prioritize a technical inspection of the following areas:

  1. Saildrive Seal and Engine: Most Cumulus models were originally fitted with the Yanmar 1GM or 2GM diesel engine paired with a Yanmar SD20 saildrive. The rubber diaphragm seal on the saildrive has a recommended replacement interval (often 7 years); if history is unknown, this is a critical safety item.
  2. Deck Core Integrity: Like many boats of this era, the Cumulus uses a balsa-cored sandwich construction for the deck. Buyers should use a moisture meter or perform a percussion test around the chainplates, stanchion bases, and the mast step to check for delamination or soft spots caused by water ingress.
  3. Rudder Bearing Play: The spade rudder is known to develop play in the bushings over time. While not a structural failure, excessive vibration at the helm can be a nuisance and may require the replacement of the delrin or bronze bearings.
  4. Rigging Fatigue: As these boats are now over 40 years old, the standing rigging—specifically the swage fittings on the 7/8 rig—should be professionally surveyed, especially if the boat has been raced frequently.

Community & Resources

The Albin Cumulus enjoys a dedicated following, particularly in Sweden and Norway. The Cumulusklubben (The Cumulus Club) serves as the primary technical resource for owners, providing archives of original manuals, tuning guides for the Norlin rig, and a registry of hull numbers. While the association's primary documentation is in Swedish, many members are active in English-language forums such as CruisersForum, offering advice on repowering and interior refits.

The Verdict

The Albin Cumulus 28 remains a premier choice for sailors seeking a "pocket cruiser" that does not sacrifice sailing pleasure for interior volume. It bridges the gap between the rugged, slow-motion cruising of the past and the agile performance of modern yacht design.

Pros:

  • Excellent Norlin-designed hull with superior windward performance.
  • Spacious, high-quality teak interior with good headroom.
  • Manageable 7/8 fractional rig, ideal for solo or couple cruising.
  • Strong build quality from a reputable Swedish yard.

Cons:

  • Age-related maintenance (saildrive seals and balsa-core decks) is often required.
  • Original 1GM engines may feel underpowered in heavy chop or strong currents.
  • Spade rudder and fin keel are less forgiving than full-keel designs in thin water.

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