Condor 30 Tri Information, Review, Specs

The construction of the Condor 30 was notably advanced for its era. Builders utilized vacuum-bagged epoxy and S-glass over high-density foam cores, a technique often reserved for custom racing machines at the time. This resulted in a light displacement of approximately 3,500 to 4,000 pounds, making the boat incredibly responsive to even the slightest puffs of wind. While the 30-foot model never reached the production numbers of its 40-foot sibling, it remains a cult classic among multihull enthusiasts who value pure sailing speed over the convenience of a folding system or the volume of a catamaran.

Sailing Performance & Handling

The sailing characteristics of the Condor 30 are defined by its high power-to-weight ratio and its wide, stable platform. With a beam nearing 24 feet, the boat generates immense righting moment, allowing it to carry a generous sail plan well into the higher wind ranges. According to historical technical reviews in Multihulls Magazine, the Condor 30 is capable of sustained speeds in the mid-20-knot range under the right conditions, comfortably outperforming most monohulls twice its length on nearly every point of sail.

Handling is sharp and dinghy-like, thanks to a deep, high-aspect daggerboard and a balanced spade rudder. The daggerboard allows the boat to point surprisingly high for a multihull of this vintage, though like most trimarans, it performs best on a reach. The boat’s motion in a seaway is quick and lively; because of its light weight and buoyancy in the amas (outer hulls), it tends to "float" over the waves rather than punch through them. This prevents the hobby-horsing common in shorter monohulls but requires an active hand on the mainsheet in gusty conditions to manage the significant heel before the amas fully engage their buoyancy.

Interior Comfort & Variations

Given its narrow main hull—designed primarily to minimize drag—the interior of the Condor 30 is intimate and utilitarian. The layout is optimized for a couple or a small racing crew rather than family cruising. It typically features a V-berth forward and two narrow settee berths in the main cabin. Headroom is restricted compared to modern cruising cats, but a pop-top or raised coachroof design in some hulls provides standing room in the galley area.

The materials used below deck are consistent with the boat's performance mission: lightweight laminates and minimal heavy woodwork. While the Condor 40 offered a more substantial "bridge-deck" feel with better amenities, the Condor 30 is a true "weekender." Sibling variations are few, though some custom builds utilized different rig heights. The most notable family connection is to the Condor 40 and the elusive Condor 37; while the 40-footer provided enough volume for extended offshore passagemaking, the 30-foot variant remains focused on coastal sprinting.

Popular Mentions & Media

The Condor 30 benefits from the "halo effect" of the Condor 40, which was famously featured in Sail Magazine and other period journals for its offshore exploits. The design lineage is tied to the Formula 40 racing class, which was the pinnacle of multihull technology in the late 1980s. While the 30-footer lacks a high-profile YouTube presence or a dedicated book, it is frequently cited in professional design circles as a benchmark for early vacuum-bagged composite production.

Known Issues & Buyer’s Checklist

Prospective buyers should approach the Condor 30 with a focus on structural integrity, as these boats were often sailed hard.

• Core Integrity: The use of foam cores in the hulls and decks requires a thorough moisture inspection. While epoxy is more resistant to osmosis than polyester resin, delamination can occur if hardware was not properly bedded or if the boat suffered impact damage.
• Ama Attachments: The "akas" (crossbeams) are the most stressed parts of the boat. Inspect the junction points where the beams meet the main hull and the amas for stress cracking or signs of movement.
• Daggerboard Trunk: The daggerboard trunk is a common point for leaks and structural fatigue. Ensure the trunk is reinforced and that the board itself moves freely without excessive play.
• Rigging Tension: Because the boat is so stiff, the standing rigging takes immense loads. A thorough survey of the chainplates and the mast step is mandatory, especially if the boat has been raced.

Community & Resources

While there is no longer an active manufacturer, the community for these vessels is housed within larger multihull organizations. Technical discussions and owner modifications can often be found through the Multihull Yacht Club of America or the New England Multihull Association (NEMA). These groups maintain archives of performance data and can often connect new owners with the original designers or builders who still reside in the Chesapeake Bay area.

The Verdict

The Condor 30 Tri is a specialized machine for the sailor who prioritizes velocity and technical feedback over "condo-maran" living spaces.

Pros:

• Exceptional speed and acceleration, capable of 20+ knots.
• High-quality epoxy/composite construction provides a stiff, light hull.
• Fixed-beam design offers superior structural safety compared to early folding systems.

Cons:

• Extremely limited interior volume and "creature comforts."
• Fixed beam makes docking and slip availability difficult (and expensive).
• Demands high attention and skill in heavy weather due to its power.