Creekmore 30-2 Sailboat Review, Specs, and Listings

Lee Creekmore·1984·Creekmore Boats
Approximate drawing

Hover a measurement to read its value

Hull Type
Monohull · fin
Rig
Masthead Sloop
LOA
30' · 9.14 m
Disp.
8,000 lbs · 3,629 kg
First year
1984

When Lee Creekmore introduced the Creekmore 302 in 1984, he was drawing upon a rich family legacy of fiberglass pioneering. His father, Raymond Creekmore, had been among the first American builders to construct successful, robust fiberglass yachts in Miami, Florida. While the elder Creekmore built his reputation on heavydisplacement, traditional cruisers, Lee Creekmore sought to blend that legendary structural integrity with a more modern, performanceoriented hull form. The Creekmore 302—also referred to as the 30 Mk II—emerged as a highperformance pocket cruiser and club racer designed to satisfy sailors who demanded offshore capability without sacrificing speed or maneuverability.

Measurements

Dimensions 01

Length Overall
30 ft
Length on deck
Waterline Length
24.42 ft
Beam
10.42 ft
Draft
6 ft
Maximum Headroom
Air Draft

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Fin
Rudder
1× Spade
Ballast
4,000 lbs (Lead)
Displacement
8,000 lbs
Water Capacity
Fuel Capacity

Rig & sails 03

Rigging Type
Masthead Sloop
Mainsail luff
Mainsail foot
Foretriangle height
Foretriangle base
Forestay Length (estimated)
Sail Area
430 sqft

Calculations 04

Sail Area to Displacement Ratio
17.2
Ballast to Displacement Ratio
50
Displacement to Length Ratio
245.25
Comfort Ratio
20.89
Capsize Screening Ratio
2.08
Hull Speed
6.62 kn

Design Brief & Intent

The Creekmore 30-2 was built for the discerning sailor who valued custom structural integrity over the high-volume, cookie-cutter layouts of mass-production builders like Catalina or Hunter. It was designed to excel as a fast coastal cruiser and offshore passagemyer, capable of handling demanding blue-water stretches. At thirty feet, it distinguished itself from its competitors primarily through its semi-custom construction method. Creekmore Boats frequently sold these yachts in various stages of completion, ranging from bare hulls and decks to semi-finished kits, allowing owners to customize everything from the deck layout to the interior joinery.

Consequently, the character of a Creekmore 30-2 interior is highly dependent on its specific build history. Well-finished examples feature exquisite, hand-crafted teak or mahogany joinery, utilizing solid wood bulkheads instead of the structural fiberglass liners common in production boats of the era. The layout typically prioritizes safety at sea, featuring a compact galley situated near the companionway, deep settees that double as excellent sea berths, and a secure forward V-berth. The lack of a generic inner fiberglass pan means that structural components are completely accessible, making the interior easier to modify, inspect, and repair over decades of use.

Variations & Configurations

Because the Creekmore 30-2 was built to order or sold as a semi-custom kit, several rig and keel variations exist across the production run. The primary configuration is a masthead sloop rig. The masthead rig keeps sail plan management simple, placing the sail area relatively low to minimize heeling forces while maximizing the power of large headsails.

Under the waterline, two distinct keel profiles were offered:

  • Deep Fin Keel: Drawing six feet, the solid lead fin keel maximizes lift and windward performance, transforming the 30-2 into a highly responsive, fast-tacking vessel suited for deep-water harbors and open-ocean tracking.
  • Stub Keel with Retractable Centerboard: This shoal-draft configuration allows the draft to shrink to less than two feet with the board up, making it an ideal vessel for exploring the thin waters of the Florida Keys and the Bahamas. When the heavy centerboard is lowered, it provides the lateral resistance and stability needed for open-ocean passages.

Additionally, some owners specified a tabernacle-stepped mast. This rare feature allows the crew to lower the rig without a crane, making the boat exceptionally suited for transiting canals or navigating the bridge-heavy stretches of the Intracoastal Waterway.

Sailing Performance & Handling

The sailing performance of the Creekmore 30-2 is defined by its unusual, highly reassuring physical dimensions. Boasting a ballast-to-displacement ratio of 50 percent, the boat is exceptionally stiff. Carrying 4,000 pounds of lead ballast on an 8,000-pound total displacement, the 30-2 stands up to its canvas long after lighter, high-volume production boats of the same length are forced to reef.

With a sail area-to-displacement ratio of 17.2, the 30-2 is lively and responsive in light to moderate airs, avoiding the sluggish behavior often associated with traditional heavy pocket cruisers. Its displacement-to-length ratio of 245.25 places it firmly in the moderate-displacement category. It possesses enough physical heft to carry cruising payloads without sluggishness, while remaining easily driven to its theoretical maximum hull speed of roughly 6.6 knots.

A motion comfort ratio of 20.89 indicates a lively but highly predictable ride in a seaway. It will feel active in choppy coastal waters, but its massive righting moment and deep hull sections prevent the harsh, jerky motion of flatter, modern hulls. Its capsize screening ratio of 2.08 sits just above the conservative threshold of 2.0 preferred for unlimited ocean racing, though its high ballast ratio makes it structurally safer and more stable in a knockdown than typical light-displacement coastal cruisers. At the helm, the 30-2 tracks beautifully, with positive, direct feedback provided by its deep fin keel and responsive rudder.

Market Snapshot & Economics

The Creekmore 30-2 is a rare find on the brokerage market. Because of their limited production and semi-custom nature, these boats do not trade in high volumes, and they tend to be closely held by appreciative owners. On the secondary market, they represent a high-value alternative to standardized production yachts, appealing specifically to buyers looking for a structurally superior "sailor’s boat."

However, because many were sold as owner-completed kits, buyers must approach appraisals on a case-by-case basis. A professionally finished Creekmore 30-2 will command a premium, whereas an amateur-finished vessel may require a significant discount to offset the cost of correcting substandard wiring, plumbing, or interior cabinetry. Refit economics are highly favorable for hands-on owners because the solid, hand-laid fiberglass hull is virtually indestructible, meaning investment is primarily directed toward cosmetic and systems upgrades rather than structural remediation.

Known Issues & Triage

While the solid fiberglass hull of the Creekmore 30-2 rarely suffers from any structural fatigue or osmotic blistering, there are specific areas that demand careful inspection:

  • Deck Core Wetness: The decks on many Creekmore models were cored with plywood or balsa to save weight. Over decades, poorly bedded stanchions, cleats, and chainplates can allow water to penetrate the laminate, leading to localized core rot and soft spots. This requires labor-intensive recoring and rebedding of deck hardware.
  • Hull-to-Deck Joint Leaks: On some owner-finished versions, the hull-to-deck joint was fastened mechanically and sealed with standard marine adhesives rather than being fully glassed over into a monocoque structure. These mechanical joints can develop slow, persistent leaks that manifest behind the interior cabinetry.
  • Chainplate Anchors: Inspect the chainplate attachments where they bolt to the structural bulkheads. If deck leaks have been neglected, moisture can cause crevice corrosion in the stainless steel plates or rot the structural plywood bulkheads to which they are fastened.
  • Compression Post and Mast Step: For deck-stepped or tabernacle-stepped configurations, ensure the underlying compression post and cabin top structure show no signs of deflection, cracking, or compression fatigue.

Modernization & Upgrades

Modern owners of the Creekmore 30-2 focus their refits on enhancing liveaboard comfort and simplifying shorthanded sail handling:

  • Drivetrain Repowering: Many 30-2 models were originally equipped with aging Universal diesels or gasoline-fueled Atomic 4 engines. Retrofitting with a modern, lightweight diesel (such as a Beta Marine 14 or 20) is a highly recommended upgrade. It improves reliability, reduces weight, and fits easily into the compact engine compartment.
  • Electrical System Overhaul: Given the boat’s modest displacement, space for heavy lead-acid battery banks is limited. Upgrading to a lithium iron phosphate (LiFePO4) battery system significantly increases usable amp-hours while saving weight, allowing owners to run efficient DC refrigeration and modern navigation electronics off-grid.
  • Stainless Steel Portlights: Replacing the original leaky aluminum or plastic fixed portlights with high-quality, opening stainless steel portlights vastly improves cross-ventilation and eliminates a common source of cabin-side leaks.
  • Sail Control Lines: Retrofitting lazy jacks or a stack-pack style mainsail cover, along with leading halyards and reefing lines aft to the cockpit, greatly improves safety when sailing shorthand.

The Verdict

The Creekmore 30-2 is a rare, over-engineered pocket cruiser built for sailors who prioritize structural integrity, heavy-weather stiffness, and sea-kindly performance over modern condo-style interiors. With its astonishing fifty percent ballast ratio and thick, hand-laid solid fiberglass hull, it is a formidable small cruiser capable of taking its crew through offshore conditions that would turn back lighter production boats. While its semi-custom kit history requires buyers to inspect interior finishes and systems installation carefully, a well-found Creekmore 30-2 represents one of the most robust, rewarding, and affordable offshore cruising values of its era.

Pros

  • Exceptional stiffness and stability in heavy weather due to a fifty percent ballast ratio.
  • Bulletproof, solid hand-laid fiberglass hull construction free of structural liner constraints.
  • Highly versatile draft options, including a deep-tracking fin keel or a shoal-draft centerboard.
  • Accessible, semi-custom interior layouts that lack generic molded fiberglass pans.
  • Excellent performance balance, combining moderate displacement with a lively sail area-to-displacement ratio.

Cons

  • High variability in build quality, wiring, and interior joinery due to the kit-built nature of some hulls.
  • Decks are susceptible to core rot and soft spots if through-deck fasteners were not properly bedded.
  • Extremely scarce on the brokerage market, requiring a patient search to locate a good specimen.
  • Original engines are often near the end of their service lives, demanding a repowering budget.

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