Rhodes Bantam Information, Review, Specs

Rhodes Bantam Drawing
Make
Rhodes
Model
Bantam
Builder
Skaneateles Boats Inc./Rebel Boatworks
Designer
Philip Rhodes
Number Built
2000
Production Year(s)
1945 - ??

The Rhodes Bantam is a 14-foot one-design centerboard dinghy that stands as a testament to the mid-century American sailing boom. Designed in 1945 by the prolific naval architect Philip Rhodes, the boat was envisioned as a high-performance alternative to the heavier, more ponderous day sailers of the era. While early iterations were constructed of plywood to accommodate post-war material shortages, the Gibbs Boat Company became a primary manufacturer of the fiberglass version under the direction of Dick Gibbs. This transition to fiberglass helped cement the Bantam’s place in the one-design racing world, offering a more durable and uniform hull that appealed to both racing fleets and families looking for a spirited day sailer.

The Bantam is characterized by its hard-chine hull and broad beam relative to its length, a design choice by Rhodes to provide initial stability and allow the boat to plane under the right conditions. Unlike many of its contemporaries that featured rounded hulls, the Bantam’s flat sections aft facilitate high-speed sailing when reaching or running. Although Gibbs produced thousands of these vessels, the boat remains a strict one-design class, ensuring that even older hulls can remain competitive through maintenance and updated rigging.

Sailing Performance & Handling

The Rhodes Bantam is widely regarded as a "sailor's boat," offering a level of responsiveness that rewards technical skill. With a sail area of approximately 125 square feet, the boat possesses a relatively high power-to-weight ratio for a 14-foot dinghy. This allows the Bantam to plane in moderate breezes, a feat that distinguished it from heavier designs like the Lightning or the Rhodes 19 during its peak popularity.

The hard chine serves a dual purpose: it provides a stable platform that resists excessive heeling, making it approachable for novice sailors, while also providing a "rail" that the boat can bite into when powered up. Handling is described as crisp, though the boat requires active weight management. Because it lacks a heavy keel, crew placement is critical to maintaining an even plane. Owners frequently note that the boat tracks exceptionally well for a centerboarder, a hallmark of Philip Rhodes’ design philosophy, which emphasized balanced helm across his fleet. While the Bantam is capable of solo sailing in light air, it is optimally handled by a crew of two, which allows for better sail trimming and hiking leverage.

The Rhodes Bantam enjoyed significant coverage in mid-century maritime publications like The Rudder and Yachting Magazine, often presented as the ideal "modern" dinghy for the suburban American family. Its cultural footprint is most visible through the Rhodes Bantam Class Association, which has maintained technical records and racing results for decades. The boat was also a staple of the "build-it-yourself" movement in the late 1940s, with plans widely distributed to home builders before the Gibbs Boat Company and others popularized the turn-key fiberglass models.

Known Issues & Buyer’s Checklist

When inspecting a Gibbs-built Rhodes Bantam or earlier wooden versions, several technical areas require scrutiny to ensure structural integrity:

  • Centerboard Trunk Leaks: On fiberglass models, the joint between the centerboard trunk and the hull can develop hairline fractures or seal failures over time. Owners should inspect the trunk for water ingress or signs of "softness" in the surrounding fiberglass.
  • Mast Step Compression: The mast step on the Bantam is subject to significant downward pressure. In older Gibbs models, the wooden or composite backing plates underneath the mast step can rot or compress, leading to a deforming deck or misaligned rig tension.
  • Chine and Transom Integrity: For those looking at older plywood Bantams, the hard chines are the most common failure point for dry rot. On fiberglass Gibbs models, the transom should be checked for "oil-canning" or delamination, particularly if the boat was ever used with a small outboard motor.
  • Rudder Hardware: The pintles and gudgeons on the Bantam are high-load points. Wear in these fittings can lead to significant "slop" in the steering, which hampers performance during racing.

Community & Resources

The primary hub for the vessel is the Rhodes Bantam Class Association (RBCA). This organization serves as the definitive source for class rules, restoration guides, and historical data. For technical specifications and historical context regarding Philip Rhodes' larger body of work, the Mystic Seaport Museum holds a significant collection of the designer's original plans and correspondence, which can be a valuable resource for those conducting deep restorations of early hulls.

The Verdict

The Rhodes Bantam remains a classic of American small-boat design, offering a blend of stability and performance that few 14-footers can match. While it has been largely superseded in the modern racing circuit by lighter, more technical skiffs, its robust construction and predictable handling make it an excellent choice for those who appreciate traditional aesthetics and vintage sailing dynamics.

Pros:

  • High stability for a performance dinghy due to the hard-chine design.
  • Excellent planing potential in moderate winds.
  • Active class association providing strong community support.
  • Easily trailered and launched by a small vehicle.

Cons:

  • Older fiberglass hulls may require significant deck or mast step reinforcement.
  • Relatively heavy compared to modern 14-foot racing dinghies.
  • The large cockpit can take on significant water if the boat is capsized, requiring a dedicated bailing strategy.

Measurements

Construction & Hull

Construction Material
Fiberglass/Wood Composite
Hull Type
Monohull Sailboat
Keel Type
Centerboard
Rudder
1x —
Ballast
-
Displacement
325 lbs
Water Capacity
-
Fuel Capacity
-

Dimensions

Length Overall (LOA)
14 ft
Waterline Length (LWL)
13.08 ft
Beam
5.5 ft
Draft
4.17 ft
Max Headroom
-
Air Draft
-
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
Fractional Sloop
P (Main Luff)
-
E (Main Foot)
-
I (Foretriangle Height)
-
J (Foretriangle Base)
-
Forestay Length (est)
-
Sail Area
125 sqft

Calculations

Sail Area / Displacement (SA/D) Ratio
42.31
Ballast / Displacement Ratio
Displacement / Length Ratio (D/L) Ratio
64.84
Comfort Ratio
3.88
Capsize Screening Formula
3.2
Hull Speed
4.85 kn