Mcvay Falcon 16 Information, Review, Specs

Mcvay Falcon 16 Drawing
Make
Mcvay
Model
Falcon 16
Builder
McVay Fiberglass Yachts Ltd.
Designer
G. William McVay
Number Built
940
Production Year(s)
1954 - ??

The McVay Falcon 16 represents a transitional moment in Atlantic Canadian boatbuilding, where traditional lines met the emerging efficiency of fiberglass reinforced plastic (FRP). Designed by G. William McVay and produced in Mahone Bay, Nova Scotia, the Falcon 16 was conceived as a versatile, family-oriented daysailer that could bridge the gap between a spirited racing dinghy and a stable small boat. Though the production run at McVay Fiberglass Yachts Ltd. was relatively short, the design's success led to its continued manufacture under the Paceship brand, cementing its status as a staple of North American yacht clubs and lakeshores throughout the late 1960s and early 1970s. The boat is characterized by its open cockpit, high-aspect fractional rig, and a hull form that favors stability over raw speed, making it an enduring choice for sail training and coastal exploration.

Sailing Performance & Handling

The Falcon 16 is frequently described as a "dry" boat for its size, thanks to a relatively high freeboard and a hull shape that flares slightly at the bow to deflect spray. With a displacement of approximately 450 pounds, it lacks the twitchy, high-adrenaline response of modern performance skiffs, but in exchange, it offers a predictable and forgiving experience for novice sailors. The boat utilizes a centerboard design, which allows for a minimum draft of only five inches when the board is retracted, making it an excellent candidate for beaching or navigating tidal shallows.

Under sail, the Falcon 16 carries a fractional sloop rig with roughly 125 square feet of sail area. This setup provides sufficient power to move the boat in light airs, while the generous beam of 5' 9" provides enough form stability to keep the boat upright as the breeze builds. In terms of sea-kindliness, the boat tracks well due to its weighted centerboard and well-proportioned rudder, though sailors note that it requires active weight distribution in gusty conditions to maintain an optimal heel. Historical documentation from the Paceship Association indicates that the hull was often compared to its sibling, the Paceship Falcon, which was built on the identical mold and marketed as a reliable family day-sailer capable of being easily trailered and rigged by two people.

Known Issues & Buyer’s Checklist

Prospective buyers of a McVay Falcon 16 should focus their inspection on the structural integrity of the fiberglass and the specific mechanical components that endure the most stress.

  • Centerboard Trunk Integrity: Like many fiberglass boats of this era, the centerboard trunk is a common site for stress cracks or leaks at the pivot bolt. Inspect the interior of the trunk for signs of delamination or "weeping" where the trunk meets the cockpit sole.
  • Transom Reinforcement: Many Falcon 16s have been fitted with small outboards (typically 2–4 hp). Check the transom for spider-web cracking or compression damage, which may indicate that a motor was used without a proper mounting pad or that the core has been compromised by moisture.
  • Mast Step and Compression: The mast is deck-stepped, and over decades of use, the support structure beneath the mast step can compress. Look for a "depression" on the deck or cracks around the mast base, which could signify a failing support post or rotted core in the deck laminate.
  • Foam Flotation: Early McVay models often utilized blocks of expanded polystyrene for positive flotation. Over time, this foam can become waterlogged if the hull has sat with water in it, significantly increasing the boat's weight and compromising its safety.
  • Wood Trim Decay: While the hull is fiberglass, these boats feature mahogany or teak coamings and seats. Check for "graying" or soft spots in the wood, particularly where fasteners enter the fiberglass, as these can be entry points for water into the laminate.

Community & Resources

The primary repository for technical data and historical context for this model is the Paceship Association, which maintains a dedicated archive for the Falcon 16. This resource includes original brochures, rigging diagrams, and owner-submitted restoration logs that are invaluable for those maintaining these vintage vessels. Additionally, the Mahone Bay Museum provides broader historical context on G. William McVay’s contributions to the Nova Scotia boatbuilding industry, though they do not host specific technical manuals for individual models.

The Verdict

The McVay Falcon 16 is a quintessential "heritage" fiberglass boat. It is best suited for sailors who prioritize classic aesthetics and a stable platform over modern planing performance. While it requires more maintenance than a contemporary rotomolded dinghy, its robust construction and historical pedigree make it a rewarding project for enthusiasts of the Mahone Bay era.

Pros:

  • Excellent stability for a 16-foot boat, making it ideal for families.
  • Shallow draft with the centerboard up allows for easy beaching and trailering.
  • Timeless design that maintains its value better than generic vintage dinghies.

Cons:

  • Heavier than modern equivalents, making it difficult for a single person to launch from a dolly.
  • Requires vigilant inspection of the centerboard trunk and mast step due to age.
  • Limited performance ceiling; it is a cruiser, not a high-wind racer.

Measurements

Construction & Hull

Construction Material
Fiberglass
Hull Type
Monohull Sailboat
Keel Type
Centerboard
Rudder
1x —
Ballast
850 lbs
Displacement
1650 lbs
Water Capacity
-
Fuel Capacity
-

Dimensions

Length Overall (LOA)
15.75 ft
Waterline Length (LWL)
14.25 ft
Beam
5.2 ft
Draft
2.58 ft
Max Headroom
-
Air Draft
-
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

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

Calculations

Sail Area / Displacement (SA/D) Ratio
15.7
Ballast / Displacement Ratio
51.52
Displacement / Length Ratio (D/L) Ratio
254.56
Comfort Ratio
19.27
Capsize Screening Formula
1.76
Hull Speed
5.06 kn