Spindrift 13 — Information, Review, Specs

Hubert Vandestadt·1965·~800 hulls·Vandestadt & McGruer
Spindrift 13 drawingBuilder drawing
Hull type
Monohull · centerboard
Rig
Fractional Sloop
LOA
13.33' · 4.06 m
Displ.
205 lbs · 93 kg
First year
1965

The Spindrift 13 represents a significant chapter in the history of Canadian smallboat manufacturing, emerging from the Owen Sound facility of Vandestadt and McGruer Ltd. during the height of the fiberglass revolution. Designed by Hubert Vandestadt, whose design sensibilities were deeply influenced by the Dutch naval architectural tradition of his uncle, E. G. van de Stadt, the Spindrift 13 was conceived as a versatile family dinghy that could bridge the gap between a dedicated racing trainer and a stable recreational daysailer. While the builder is perhaps most famous for the voluminous Sirius 21, the Spindrift 13 showcased the firm’s ability to apply highquality laminate work and safetyconscious engineering to the smallvessel market. This model was specifically designed to be easily handled by a twoperson crew or a single adult, and its lightweight construction made it a popular choice for those requiring a vessel that could be easily trailered or even cartopped.

Measurements

Dimensions 01

LOA
13.33 ft
LWL
-
Beam
5.18 ft
Draft
3 ft
Max headroom
-
Air draft
-

Construction & hull 02

Construction
Fiberglass
Hull type
Monohull
Keel type
Centerboard
Rudder
1× —
Ballast
-
Displacement
205 lbs
Water
-
Fuel
-

Rig & sails 03

Rig type
Fractional Sloop
P · main luff
-
E · main foot
-
I · fore ht.
-
J · fore base
-
Forestay (est)
-
Sail area
100 sqft

Calculations 04

SA/D ratio
46.02
Ballast/Disp.
D/L ratio
Comfort ratio
Capsize screening
3.51
Hull speed

Sailing Performance & Handling

The Spindrift 13 is characterized by its lively yet predictable handling, a direct result of Hubert Vandestadt’s focus on hull form efficiency. Unlike many flat-bottomed dinghies of its era, the Spindrift 13 features a subtle V-shaped entry that allows it to slice through light chop without the "pounding" common in smaller blunt-bowed designs. The boat is rigged as a fractional sloop, typically carrying a mainsail and a small jib, which provides a total sail area that is manageable for beginners but sufficiently powerful to bring the boat onto a plane in moderate breezes.

Owner anecdotes often highlight the boat's responsiveness to tiller movements and weight distribution. Because the vessel utilizes a centerboard rather than a fixed keel, it offers a shallow draft of only a few inches when the board is retracted, making it an ideal candidate for beaching or navigating shallow coastal inlets. When the centerboard is fully deployed, the boat tracks remarkably well for its 13-foot length, showing little tendency to slide to leeward. The inclusion of a kick-up rudder is a practical touch that protects the steering gear during unintentional groundings—a feature that underscores the boat's dual role as a trainer and an adventurous explorer of shoreline waters.

Known Issues & Buyer’s Checklist

When inspecting a Spindrift 13 on the used market, buyers should focus on the structural integrity of the high-stress areas common to 1970s and 80s fiberglass dinghies.

  • Mast Step and Deck Compression: The mast step on the Spindrift 13 is a primary point of failure. Check for spiderweb cracking in the fiberglass around the base of the mast. If the deck feels "soft" or deflects under foot pressure near the mast, it may indicate a delaminated or rotted core, which requires significant repair.
  • Centerboard Trunk Leaks: The trunk—the housing for the retractable centerboard—is a known area for potential leaks. Inspect the gasket and the pivot pin for signs of wear. Water ingress here can seep into the hull's double-bottom, potentially compromising the positive flotation foam if the seal has been breached for a long period.
  • Transom Stress: If the boat has been used with a small outboard motor (a common modification for these dinghies), the transom should be inspected for vertical stress cracks. The original design was intended for sailing and rowing; excessive engine weight or vibration can fatigue the laminate over time.
  • Hardware Backing: Examine the cleats and stay attachments. Older models may have been built without substantial backing plates. If the hardware is wobbly or showing signs of pulling through the fiberglass, it will need to be reinforced with G10 or marine-grade plywood backing.

Community & Resources

While there is no longer a dedicated factory support system for the Spindrift line, the legacy of Vandestadt and McGruer is preserved by a dedicated community of Canadian sailing enthusiasts. Owners often congregate in general forums like the Sirius Owners Association or various Ontario-based dinghy clubs, where technical drawings and rigging guides are occasionally shared. Because the Spindrift 13 shares many design DNA traits with the Siren 17, technical advice regarding the fiberglass layup and Hubert Vandestadt’s rigging preferences can often be found through Siren-specific resources.

The Verdict

The Spindrift 13 remains a highly regarded choice for sailors seeking a robust, Canadian-built dinghy that prioritizes safety without sacrificing the "feel" of a true sailboat. Its pedigree as a Hubert Vandestadt design ensures a level of naval architectural sophistication rarely seen in 13-foot production boats.

Pros:

  • High Build Quality: Superior fiberglass work compared to many mass-produced American dinghies of the same era.
  • Safety Features: Incorporates positive flotation, making it a reliable choice for family use or youth training.
  • Portability: Light enough to be managed by a small trailer or a robust roof rack.
  • Versatile Performance: Capable of planing in a breeze but remains stable enough for relaxed afternoon sails.

Cons:

  • Aging Hardware: Many units still carry original 1970s blocks and cleats that likely require modern upgrades.
  • Limited Interior Storage: As an open boat, there is very little dry storage available for longer day trips.
  • Centerboard Maintenance: The retractable board requires periodic inspection of the pivot pin and lifting line to prevent jams.

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