PDQ 34 Information, Review, Specs

Make
PDQ
Model
34
Builder
PDQ Yachts Inc.
Designer
Ted Clements
Number Built
Production Year(s)
1988 - 1991

The PDQ 34 occupies a unique position in the history of North American multihulls, serving as the bridge between the company’s performance sailing roots and its later dominance in the power catamaran market. While the very first vessel produced by founders Harvey Griggs and Alan Slater was a 34-foot sailing prototype that famously sold before the Annapolis Boat Show concluded, the model designation is most widely recognized today as the PDQ 34 Passagemaker. This production power catamaran leveraged the brand’s sophisticated understanding of low-drag hull forms to create a vessel capable of "trawler" utility with significantly higher efficiency. Built in Whitby, Ontario, the 34 was designed to be a "right-sized" coastal cruiser, specifically optimized for the Great Loop and the thin waters of the Bahamas.

Performance & Handling

The PDQ 34 is defined by its semi-displacement hull form, which eschews the heavy, deep-draft requirements of traditional monohull trawlers. Instead, it utilizes narrow hulls with a high length-to-beam ratio to pierce waves rather than climb over them. Most production units were equipped with twin 75hp or 100hp Yanmar diesel engines. According to editorial reviews in Power & Motoryacht, these modest powerplants allow the 34 to cruise comfortably at 14 to 16 knots, a significant speed advantage over single-engine monohulls of similar length, while maintaining a remarkably flat running attitude.

Handling is characterized by the extreme maneuverability inherent in catamarans; with the propellers spaced roughly 12 feet apart, the boat can be rotated on its own axis without the need for a bow thruster. At displacement speeds (6–7 knots), the vessel is exceptionally fuel-efficient, often burning less than two gallons per hour combined. The shallow draft of approximately 2' 4" allows the 34 to navigate sections of the Intracoastal Waterway and tropical shallows that are inaccessible to most 30-plus foot cruisers. However, researchers note that like many light-displacement catamarans, the PDQ 34 can experience a "snappy" motion in beam seas, though its tracking in a following sea is generally praised due to the presence of small protective keels.

Interior Comfort & Variations

Despite its 34-foot length, the PDQ 34 offers an interior volume that rivals 40-foot monohulls, a feat achieved by utilizing the full beam of the platform. The "galley-down" configuration is standard, typically located in the port hull, which frees up the main bridgedeck for an expansive, airy salon with 360-degree visibility. This layout is a direct evolution of the design philosophy seen in the sailing PDQ 36, emphasizing natural light and ventilation.

The accommodation plan generally features two staterooms located in the forward sections of each hull, providing excellent privacy for two couples—a rare find in a boat this size. The "MV/PC" (Power Catamaran) version famously includes a flying bridge that offers a commanding view, though a "LRC" (Long Range Cruiser) variant with a lower profile was also discussed in owner circles for those concerned with bridge clearances. The use of high-quality cherry cabinetry and durable laminates reflects the builder’s "passion for perfection" mentioned in company history. Sibling models, such as the PDQ 41, expanded on this footprint by adding more significant engine power and a third cabin, but the 34 remains the preference for owner-operators who prioritize ease of docking and lower slip fees.

The PDQ 34 has earned a cult-like status within the "Great Loop" cruising community. Its vertical clearance (air draft) is specifically designed to clear the 19' 1" bridge at Chicago, making it a "gold standard" vessel for the 6,000-mile journey around the Eastern United States. The model has been featured extensively in PassageMaker Magazine as a premier example of the "efficiency over displacement" movement.

Known Issues & Buyer’s Checklist

Prospective buyers should focus their inspections on the following high-signal areas:

  • Balsa Core Integrity: Like many Canadian-built boats of its era, the PDQ 34 uses balsa coring for weight savings in the decks and cabin top. Water intrusion around improperly bedded deck hardware or stanchions can lead to delamination. A professional moisture meter test is essential.
  • Fuel Tank Corrosion: Early models utilized aluminum fuel tanks. In some instances, if water was allowed to sit in the bilge against the tank walls, "pitting" corrosion can occur. Buyers should inspect the tank surfaces, particularly the bottom edges.
  • Engine Access: While the Yanmar engines are reliable, the narrow hulls make for tight engine rooms. Check for evidence of deferred maintenance on the outboard sides of the engines, where access is most difficult.
  • Window Seals: The large salon windows provide great views but are known to develop leaks over time if the sealant has hardened. Look for water staining on the interior woodwork beneath the window frames.

Community & Resources

The legacy of the PDQ 34 is supported by a robust and highly technical owner base. The most prominent resource is the PDQ Owners Forum, an independent technical group that maintains a deep archive of maintenance logs, Great Loop trip reports, and DIY modifications. While the sailboat lineage transitioned to Antares Yachts, the power catamaran community remains largely centered around these independent technical wikis and regional owner rendezvous.

The Verdict

The PDQ 34 is a highly specialized cruising tool that prioritizes efficiency, stability, and shallow-water access over raw speed or heavy-weather pounding capability.

Pros:

  • Exceptional Efficiency: Burns significantly less fuel at 15 knots than comparable monohull trawlers.
  • Maneuverability: Twin engines spaced far apart make docking effortless.
  • Privacy: Two-stateroom layout in separate hulls is ideal for guests.
  • Loop-Ready: Perfectly sized for the Great Loop’s depth and height restrictions.

Cons:

  • Beam Fees: The 16' 10" beam can result in higher "wide load" rates at some marinas.
  • Motion: Can be "hobby-horsed" or "snappy" in short, steep chops compared to heavy-displacement hulls.
  • Engine Access: Tight quarters in the hulls make major mechanical repairs challenging.

Measurements

Construction & Hull

Construction Material
Fiberglass
Hull Type
Catamaran Sailboat
Keel Type
Centerboard
Ballast
-
Displacement
8000 lbs
Water Capacity
-
Fuel Capacity
-

Dimensions

Length Overall (LOA)
34.67 ft
Waterline Length (LWL)
32.58 ft
Beam
18.25 ft
Draft
2.75 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
-

Calculations

Sail Area / Displacement (SA/D) Ratio
Ballast / Displacement Ratio
Displacement / Length Ratio (D/L) Ratio
103.27
Comfort Ratio
7.79
Capsize Screening Formula
3.65
Hull Speed
7.65 kn