The production history of the model is inextricably linked to the corporate tribulations of its parent company. When the Chrysler Corporation faced financial insolvency in the late 1970s, U.S. government loan guarantees forced the automotive giant to divest its marine products division. Consequently, Chrysler ceased sailboat production around 1979. The tooling and molds for the Herreshoff-designed 30-footer were sold to Texas Marine International, where it was briefly produced as the TMI 30. The molds then transitioned to Canadian builder Ticon Yachts, where it was manufactured as the Ticon 30. Despite these builder transitions, the hull lines and structural essence of Herreshoff's original design remained intact.
Design Brief & Intent
Halsey Herreshoff designed the Chrysler 30 with a focus on maximizing interior volume without sacrificing the sailing "sweetness" expected of his family pedigree. Built during the transition from traditional narrow-beam designs to modern wide-beam configurations, the boat featured an eleven-foot beam on a hull just under thirty feet. This gave the vessel a distinctively "beefy" profile and a level of interior volume that rivaled many thirty-four-footers of the same period.
Below deck, the layout is highly traditional but clever in its execution, offering a head and hanging locker separating the forward V-berth from the main cabin. The saloon utilizes a starboard settee and a U-shaped dinette to port that converts into a double berth. Early Chrysler-built models featured an innovative layout choice: the engine was centered over the keel, positioned under a swing-up module beneath the galley sink. This centralized the heaviest machinery to reduce pitching. Later TMI and Ticon iterations relocated the engine to a more conventional position under the companionway stairs to simplify access and galley plumbing. The interior is characterized by warm teak veneers and substantial joinery, avoiding the cold, sterile feel of the all-fiberglass headliners found in cheaper production boats of the late seventies.
Variations & Configurations
The vessel was primarily rigged as a fractional sloop, a departure from the masthead sloops common among its contemporaries. This rig selection allows for a more manageable mainsail and jib combination, reducing the physical effort required for short-handed sailing.
Under the water, buyers had two distinct draft options: the standard deep fin keel drawing just under five feet (4.92 feet), and a shoal-draft keel drawing approximately 3.92 feet. The performance disparity between these configurations is well-documented. While the deep fin version utilizes its draft to point efficiently and handle heavy offshore chop, the shoal-draft model exhibits significantly reduced upwind capability. For owners operating in thin-water environments like the Chesapeake Bay or Florida Keys, the shoal draft offers accessibility at the direct cost of leeway prevention.
Sailing Performance & Handling
The Chrysler 30 is a stiff and sea-kindly performer, largely due to its high ballast-to-displacement ratio of 44.27%. Out of its 9,600-pound total displacement, 4,250 pounds is lead ballast encapsulated within the fin keel. This makes the boat remarkably stable and capable of standing up to its canvas when a sudden breeze builds.
With a displacement-to-length ratio of 243.84, the boat sits firmly in the moderate-displacement cruising category, ensuring a predictable, comfortable motion in a seaway rather than the quick, jerky accelerations of modern ultra-light hulls. The sail area-to-displacement ratio of 15.37 indicates a conservative but functional sail plan that performs respectably in moderate to heavy air, though it can feel somewhat underpowered in light, summer doldrums.
The capsize screening formula yields a ratio of 2.07. While this technically places the vessel just on the edge of the standard offshore racing limits, its comfort ratio of 22.39 reflects a well-behaved coastal cruiser that provides a dry, stable ride. At the helm, the balanced spade rudder keeps steering relatively light, though the boat will develop noticeable weather helm if the mainsail is not reefed early.
Market Snapshot & Economics
Today, the Chrysler 30 is viewed as a hidden value in the "classic plastic" market. Because of Chrysler’s short tenure in the big-boat market and the subsequent brand hand-offs to TMI and Ticon, the model lacks the immediate name recognition of a Catalina 30 or a Pearson 30. Consequently, it often trades at a financial discount relative to its structural quality.
Prospective owners should view the vessel through the lens of refit economics. While a hull can often be acquired cheaply, the cost of sails, rigging, and a potential engine swap will quickly exceed the boat's market value. However, for a sailor looking for a robust, well-designed Herreshoff hull to rebuild for long-term coastal cruising, the initial discount makes it an attractive starting platform.
Known Issues & Triage
Any fiberglass boat constructed in the late 1970s requires a meticulous inspection, and the Chrysler 30 has a few specific failure areas:
- Deck Delamination: Like many builders of the era, Chrysler used balsa coring in the deck construction. Over decades, unsealed stanchion bases, handrails, and the mast step allow water intrusion, causing the balsa core to rot and lose structural integrity. Tapping the deck with a phenolic hammer during a survey is essential to identify soft, delaminated sections.
- Chainplate Leaks & Bulkhead Rot: The chainplates penetrate the deck and bolt directly to the marine-grade plywood bulkheads. If the deck seals fail, water runs down the stainless steel plates directly into the bulkhead, causing rot and compromising the structural support of the rig.
- Compression Post Settling: The mast is deck-stepped, supported below by a compression post that lands on the cabin sole. In wet bilge conditions, the wooden support block beneath the sole can rot and collapse, causing the deck to sag at the mast step.
- Keel Joint "Smile": In fin-keel models, the keel-to-hull joint can develop a hairline crack at the leading edge, commonly known as a "smile." While often cosmetic, it must be inspected to ensure the stainless steel keel bolts have not corroded or loosened.
Modernization & Upgrades
Many surviving Chrysler 30s have undergone or are due for substantial mechanical and system upgrades. The original auxiliary power, often an aging gas Atomic 4 or an early Volvo Penta diesel, is a prime candidate for replacement. Modern owners frequently repower with small, efficient two-cylinder diesels from Yanmar or Beta Marine.
For boats that still feature the centered engine layout under the galley sink, repowering requires careful dimensional planning to fit within the custom enclosure. This layout is also an excellent candidate for electric propulsion conversion, as the centralized weight compartment easily accommodates a modern lithium-iron-phosphate (LiFePO4) battery bank and a compact electric drive motor.
Another common owner upgrade involves replacing the fixed Plexiglas windows. Ticon Yachts recognized this design weakness and offered opening Atkins & Hoyle aluminum ports, a modification that early Chrysler-era owners frequently retrofit to improve interior ventilation and eliminate stubborn leaks.
The Verdict
The Chrysler 30 is a well-designed, stoutly built, and surprisingly spacious cruiser that punches above its weight class in terms of interior comfort and heavy-weather stability. While it suffered from a fractured corporate history, the Herreshoff pedigree shines through in its balance, stiffness, and offshore capability.
Pros
- Exceptional interior volume and headroom for a thirty-foot boat.
- High ballast ratio (44.27%) provides excellent stability and a stiff, sea-kindly ride.
- Designed by Halsey Herreshoff, ensuring clean lines and balanced handling characteristics.
- Traditional, high-quality interior joinery using warm teak veneers.
- Fractional rig layout is easy to manage and sail short-handed.
Cons
- Shoal-draft version has significantly compromised upwind performance compared to the deep fin.
- Prone to wet deck cores, particularly around the mast step and chainplate penetrations.
- Centered engine layout on early models makes mechanical access and repowering more complex.
- Lacks the immediate brand recognition and resale market strength of competitors like Catalina.
