Willard 30/8 T — Information, Review, Specs

Willard/William Crealock·1973·~30 hulls·The Willard Company
Willard 30/8 T drawingBuilder drawing
Hull type
Monohull · full
Rig
Cutter
LOA
30' · 9.14 m
Displ.
17,000 lbs · 7,711 kg
First year
1973

The Willard 30/8 T is a hallmark of the "pocket trawler" philosophy, representing a transition from traditional timberbuilt displacement hulls to robust, heavyweather fiberglass construction. Built by Willard Marine, a shipyard that eventually shifted its focus almost exclusively to military and commercial vessels, the 30foot series was designed to offer the seakindliness of a much larger ship. The "8 T" designation specifically denotes the 8ton (16,000 lbs) displacement of the vessel—a staggering weight for a 30foot hull that highlights its scantlingrich construction and massive internal ballast. These vessels were largely based on the Hale Fielddesigned Vega 30 hull, which was engineered to handle the unpredictable coastal swells of the Pacific Northwest and the California coast.

Measurements

Dimensions 01

LOA
30 ft
LWL
27.5 ft
Beam
10.42 ft
Draft
4.67 ft
Max headroom
-
Air draft
-

Construction & hull 02

Construction
Fiberglass
Hull type
Monohull
Keel type
Full
Rudder
1× Attached
Ballast
6500 lbs (Iron)
Displacement
17000 lbs
Water
-
Fuel
-

Rig & sails 03

Rig type
Cutter
P · main luff
35.8 ft
E · main foot
13.3 ft
I · fore ht.
40.3 ft
J · fore base
17.3 ft
Forestay (est)
43.86 ft
Sail area
587 sqft

Calculations 04

SA/D ratio
14.2
Ballast/Disp.
38.24
D/L ratio
364.92
Comfort ratio
41
Capsize screening
1.62
Hull speed
7.03 kn

Sailing Performance & Handling

The handling characteristics of the Willard 30/8 T are defined entirely by its full-displacement, round-bilge hull form. With a displacement-to-length ratio that places it firmly in the "heavy" category, the boat does not plane; rather, it parts the water with a steady, relentless momentum. Under power, typically provided by a modest diesel engine such as a Perkins 4-108 or a Yanmar 3GM series, the boat cruises comfortably at 6 to 6.5 knots.

According to various historical editorial reviews in PassageMaker Magazine, the hull is remarkably stable in a head sea, though the round bilges can lead to a pronounced "rhythmic roll" in beam seas. This behavior is a trade-off for the boat's ultimate stability and safety in heavy weather. Many owners of the T (Trawler) variant have historically added steadying sails or paravane stabilizers to dampen this motion. The boat tracks exceptionally well due to its long full keel, making it an ideal platform for long-distance coastal cruising where autopilot efficiency and directional stability are more valuable than raw speed.

Interior Comfort & Variations

The Willard 30 hull was a versatile platform, and the "30/8 T" usually refers to the Trawler or "Nomad" configuration, though it shares its under-body with several siblings. The Nomad version features a raised pilothouse design with a high prow, providing excellent visibility and a "salty" aesthetic. Inside, the 30/8 T offers a level of joinery that reflects the era's craftsmanship, typically utilizing heavy teak solids and veneers.

The layout is optimized for a cruising couple. It generally features a forward V-berth with a private head, a central salon with a galley, and a helm station that offers protection from the elements. The headroom is surprisingly generous for a 30-foot boat, often exceeding 6'2" in the main cabin areas. Because the hull was also used for the Searcher (sedan version), the Horizon (motorsailer), and the Vega (sloop), the interior volume is maximized by a wide beam that is carried well aft. The Trawler variant benefits from a larger aft cockpit compared to the motorsailer versions, making it a favorite for those who prioritize outdoor living space and easy access for fishing or line handling.

Known Issues & Buyer’s Checklist

Prospective buyers of a Willard 30/8 T should focus on several age-related technical areas common to these 1970s-era builds:

  • Fuel Tank Integrity: Many original Willards were fitted with black iron fuel tanks. Over decades, condensation can cause these tanks to rust from the top down or the bottom up. Replacing these tanks often requires significant engine room disassembly or cutting through the cabin sole.
  • Window Leaks: The heavy-duty aluminum or wooden window frames are known to develop leaks over time. If left unchecked, this can lead to rot in the plywood bulkheads and delamination of the interior teak trim.
  • Encapsulated Ballast: The ballast is encapsulated within the fiberglass keel. It is essential to inspect the keel for any signs of "osmotic blistering" or impact damage that could allow water to penetrate the ballast cavity, which can lead to structural concerns if the internal iron or lead is compromised.
  • Deck Core: While Willard used heavy fiberglass, the decks are often cored with balsa or plywood. Use a plastic hammer to "tap-test" the decks for dull thuds, which indicate delamination or water-soaked coring, particularly around stanchion bases and windlasses.

Community & Resources

Owners of these vessels are supported by a dedicated community that recognizes the Willard's unique place in maritime history. The Willard Custom Yacht Owners Group (often hosted via Groups.io) serves as the primary repository for technical drawings, original brochures, and refit advice. This group is an essential resource for sourcing replacement parts that match the boat's specific legacy hardware.

The Verdict

The Willard 30/8 T is not a boat for those in a hurry. It is a slow, methodical, and incredibly sturdy cruiser built for the sailor who values safety and "ship-like" feel over modern amenities and speed.

Pros:

  • Exceptional heavy-weather capability for its size.
  • High-quality initial construction with a focus on longevity.
  • Classic, timeless trawler aesthetics that draw attention in any marina.
  • Efficient fuel consumption, often burning less than a gallon per hour at cruise.

Cons:

  • Prone to rolling in beam seas without stabilization.
  • Limited top speed (restricted by hull speed).
  • Maintenance intensive due to aging systems and extensive exterior/interior wood.
  • Difficult fuel tank replacement scenarios.

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