Chesapeake 30 Information, Review, Specs

Make
Chesapeake
Model
30
Number Built
Production Year(s)
1977 - ??

The Chesapeake 30, also recognized as the Seidelmann 30, is a highly regarded American sailboat that debuted in 1977. Designed by Bob Seidelmann, a notable champion one-design sailor and sailmaker, the vessel was conceived primarily as a cruiser, with a design philosophy that also lent itself to the "maxi MORC" racing rule of its era, indicating a blend of comfortable cruising and competitive performance. It was produced by both Seidelmann Yachts and, significantly, by Dickerson Boatbuilders, a company with a strong reputation for crafting "rugged" and "well-built boats of real value" in the American marine industry.

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The Chesapeake 30 began production in 1977. While the exact end year of its production is not precisely documented, it was built into the 1980s. Its designer, Bob Seidelmann, aimed to create a versatile vessel suitable for cruising, while also incorporating design elements that made it competitive under the Maxi MORC (Measurement Offshore Racing Class) rule, which emphasized a balance between speed and interior volume. This design choice often meant a boat that could perform well in various conditions without sacrificing comfort. Dickerson Boatbuilders, known for their robust construction and commitment to value, adopted fiberglass as their primary hull material around this period, and the Chesapeake 30, with its solid fiberglass hull and deck, exemplifies this transition. The collaboration on the Chesapeake 30 aligned with Dickerson's ongoing modernization efforts, which, under leadership shifts in the late 1970s, sought to embrace contemporary construction techniques while maintaining the brand's traditional aesthetic.

Sailing Performance and Handling

The Chesapeake 30's design specifications translate into a lively and capable sailing experience. With a Sail Area to Displacement ratio (SA/Disp) of approximately 19.04, the boat is well-powered for its size, suggesting good performance in lighter air conditions. Its Ballast to Displacement ratio (Bal/Disp) of 0.45 is notably high, indicating a very stiff and stable vessel capable of standing up to more wind and providing a comfortable motion in a seaway. Furthermore, a Displacement to Length (Disp/LWL) ratio of around 181.37 classifies the Chesapeake 30 as a lighter, more performance-oriented cruiser for its length, rather than a heavy, traditional displacement boat. Anecdotal evidence from owners consistently praises the boat's handling characteristics, describing it as a vessel that "turns on a dime," exhibits "excellent upwind characteristics," and "sailed like a dream." Owners also report that the Chesapeake 30 handles well in rough conditions, further reinforcing its reputation as a sturdy and reliable cruiser.

Accommodations and Layout

While specific details regarding the interior layout of the Chesapeake 30 can vary slightly, it is generally noted for being "roomy" for a boat just shy of 30 feet in length. Typical for cruisers of its era, the layout would likely include a V-berth forward, a main salon with settees that convert to berths, a galley, and a navigation station. A private head compartment would also be standard. The use of materials would generally align with the period's common practices, featuring a combination of fiberglass liners and wood trim to provide a practical yet warm interior.

Owner's Perspectives

Owners of the Seidelmann 30, including those built by Dickerson, frequently highlight several key strengths. Many praise its "solidly built" construction and its ability to provide a comfortable motion, even in challenging sea states. The boat's sailing performance, particularly its responsiveness and upwind capabilities, are consistently lauded, with reports of it sailing "like a dream" and having "excellent upwind characteristics." Its "roomy" interior for a 30-foot boat is also a commonly appreciated feature. As with many older vessels, a recurring maintenance issue noted by owners is the "typical leaks around windows, jib car tracks, etc.," which often require re-bedding over time. However, it is noted that problems like deck crushing from compression are not common issues for Seidelmann models.

Measurements

Construction & Hull

Construction Material
Fiberglass (Solid)
Hull Type
Monohull Sailboat
Keel Type
Fin
Rudder
1x Spade
Ballast
3600 lbs
Displacement
8000 lbs
Water Capacity
-
Fuel Capacity
-

Engine

Engine Make
Engine Model
Engine Type
Engine HP
Engine Count
1
Drive Type
Fuel Type
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
Masthead Sloop
P (Main Luff)
36 ft
E (Main Foot)
11 ft
I (Foretriangle Height)
41.2 ft
J (Foretriangle Base)
13.5 ft
Forestay Length (est)
43.36 ft
Main Sail Area
198 sqft
Foretriangle Sail Area
278.1 sqft
Total Sail Area (Reported)
476 sqft
Total Sail Area (Calc)
476.1 sqft

Dimensions

LOA
29.92 ft
LWL
27 ft
Beam
11 ft
Draft
5.5 ft
Max Headroom
-
Air Draft
-

Calculations

Hull Speed
6.96 kn
Pounds per Inch Immersion
1