1980 Peterson 34 vs 1986 Pacific Seacraft 25 — Comparison

1980 Peterson 34
VS
1986 Pacific Seacraft 25

Specifications Side by Side

Specification1980 Peterson 341986 Pacific Seacraft 25
General
ManufacturerPetersonPacific Seacraft
Year1980–19861986–2007
TypeSloopSloop
CountryUSAUSA
DesignerDoug PetersonWilliam Crealock
Dimensions
LOA10.36 m (34.0 ft)7.62 m (25.0 ft)
LWL8.53 m (28.0 ft)5.94 m (19.5 ft)
Beam3.28 m (10.8 ft)2.44 m (8.0 ft)
Draft1.83 m (6.0 ft)1.07 m (3.5 ft)
Weight
Displacement5,216 kg (11,499 lbs)2,268 kg (5,000 lbs)
Ballast2,268 kg (5,000 lbs)953 kg (2,101 lbs)
Sailing
Sail Area51.1 m² (550 ft²)24.0 m² (258 ft²)
Hull MaterialFiberglassFiberglass
Keel TypeFinFull
Engine & Tanks
Engine18 HP10 HP
Fuel Capacity76 L (20.1 gal)30 L (7.9 gal)
Water Capacity114 L (30.1 gal)57 L (15.1 gal)
Accommodation
Berths64
Cabins21

Performance Comparison

SA/D Ratio (Higher = more sail power per displacement)
1980 Peterson 34
17.26
1986 Pacific Seacraft 25
14.13
Ballast Ratio (Higher = more stability)
1980 Peterson 34
43.48
1986 Pacific Seacraft 25
42.02
Capsize Ratio (Lower = safer offshore)
1980 Peterson 34
0.76
1986 Pacific Seacraft 25
0.74
Comfort Ratio (Higher = gentler motion)
1980 Peterson 34
19.98
1986 Pacific Seacraft 25
25.59

Detailed Comparison

The 1980 Peterson 34 and 1986 Pacific Seacraft 25 represent two takes on sloop-rigged sailing. The 1980 Peterson 34 is a 1980s design by Peterson from USA, while the 1986 Pacific Seacraft 25 is a 1980s offering from Pacific Seacraft from USA. The 1980 Peterson 34 was penned by Doug Peterson. The 1986 Pacific Seacraft 25 was designed by William Crealock.

In terms of size, the 1980 Peterson 34 measures 10.36m (34.0ft) overall with a beam of 3.28m, compared to the 1986 Pacific Seacraft 25 at 7.62m (25.0ft) with a 2.44m beam. The 1980 Peterson 34 is 2.74m longer than the 1986 Pacific Seacraft 25. The 1980 Peterson 34 displaces approximately 130% more than its counterpart, which significantly affects how each boat handles in different sea states.

Looking at performance, the 1980 Peterson 34 has good sail power for versatile performance with an SA/D ratio of 17.26 and 51.1 m² of sail area. The 1986 Pacific Seacraft 25, with an SA/D of 14.13 and 24.0 m² of canvas, offers modest sail power for its displacement. The 1980 Peterson 34 has the edge in terms of raw sailing performance.

For comfort and safety, the 1980 Peterson 34 offers a firm, racing-oriented motion (comfort ratio: 20.0) and excellent capsize resistance suitable for offshore voyaging (capsize ratio: 0.76). The 1986 Pacific Seacraft 25 has a comfort ratio of 25.6 and a capsize screening value of 0.74. The ballast ratios are 43.5% for the 1980 Peterson 34 and 42.0% for the 1986 Pacific Seacraft 25, reflecting their respective approaches to stability.

Below deck, the 1980 Peterson 34 provides 6 berths in 2 cabins with 114L of water capacity and 76L of fuel. The 1986 Pacific Seacraft 25 offers 4 berths in 1 cabin with 57L water and 30L fuel capacity.

Verdict

For cruising: The 1986 Pacific Seacraft 25 is the better choice for comfortable cruising thanks to its higher comfort ratio, offering a gentler motion at sea that crews will appreciate on longer passages.

For racing: The 1980 Peterson 34 has the performance advantage with its superior SA/D ratio, meaning more sail power relative to its displacement for competitive sailing.

For liveaboard: The 1980 Peterson 34 offers more sleeping accommodation, making it better suited for extended living aboard. Consider water and fuel capacity for extended stays away from marinas.

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Or view individual specs: 1980 Peterson 34 · 1986 Pacific Seacraft 25