What is the standard rig and sail inventory for an Albin Vega 27?
I've just bought a 1974 Albin Vega 27 and need to sort out the rigging and sails. The current wardrobe is a mixed bag of old sails, and I want to know exactly what the standard factory rig and sail inventory should look like before I order replacements.
Answer
The Albin Vega 27 is a masthead sloop with a deck-stepped mast carrying a sail plan of 31.7 square metres (341 square feet) in its standard main and working jib configuration. Originally fitted with Proctor spars and hank-on headsails, most Vegas sailing today feature roller furling and modern slab reefing.
Spars and Standing Rigging Dimensions
The standard Vega rig features a deck-stepped aluminium mast with a single set of inline spreaders. Early models built before 1975 used Proctor masts. Later hulls featured Seldén spars. The factory rig dimensions remain reliable across the entire production run:
- I (Height of foretriangle): 9.25m (30.35 ft)
- J (Base of foretriangle): 3.10m (10.17 ft)
- P (Mainsail luff length): 8.50m (27.89 ft)
- E (Mainsail foot length): 3.10m (10.17 ft)
Factory standing rigging used 5mm 1x19 stainless steel wire throughout. This was secured with bronze-bodied 5/16-inch open turnbuckles. Offshore sailors routinely upgrade the forestay, backstay and cap shrouds to 6mm wire for extra security. The lower shrouds stay at 5mm. Always check the wooden compression post beneath the mast step before tuning the rig. A rotten core or a failing post causes the deck to sag under tension.
The Standard Sail Inventory
The Vega has a shallow 1.17m draft and a narrow beam. Designers created a sail plan that is easily reduced. A complete standard inventory includes:
- Mainsail: 14.8 sq m (159 sq ft). Original boats came with a roller-reefing boom. Crews had to wind the sail around the spar to reef. This destroys sail shape. A modern replacement main needs 7.5oz or 8oz Dacron. It should feature four battens (two full at the top, two partial below) and at least two deep slab reefs.
- No. 1 Genoa: 22.5 sq m (242 sq ft). This provides a 130% to 140% overlap. It acts as the primary driving sail in winds up to 15 knots. Cut from 6oz or 7oz Dacron, it provides the power needed to push the 2.3-ton displacement through a chop.
- Working Jib: 13.5 sq m (145 sq ft). This high-clewed sail uses 8oz cloth and fits the foretriangle perfectly. It keeps the boat pointing well in winds over 18 knots. A rolled-up genoa loses its aerodynamic shape in these conditions.
- Storm Jib: 5.0 sq m (54 sq ft). Crews fly this from an inner forestay or hoist it over a furled headsail using a storm jib sleeve.
- Spinnaker: 45.0 sq m (484 sq ft). A traditional symmetrical spinnaker handled with a standard pole mounted on the mast track.