Design Brief & Intent 5
The Condor 30 Tri was conceived as a high-performance trimaran that could be demountable for trailering and seasonal storage, bridging the gap between flat-out racing machines and weekend pocket cruisers. Unlike its larger sistership, which was built for single-handed transoceanic racing, the 30 was optimized for coastal speed, beachability, and ease of handling by a crew of just one or two. It entered a competitive niche occupied by early Corsair and Dragonfly designs, but it stood apart through its rigid, high-tech, and incredibly robust composite construction.
The structural engineering of the Condor 30 was highly advanced for its time. The main hull (vaka) was hand-laid in a female mold using unidirectional, biaxial, and triaxial E-glass saturated with premium vinylester resin, cored with Baltek AL-600 epoxy-sealed end-grain balsa. This specific core selection provided immense panel stiffness and puncture resistance. Conversely, to save weight above the waterline, the decks, cabin house, and interior bulkheads utilized closed-cell foam cores.
Stepping below, the cabin of the Condor 30 is simple, bright, and highly functional, though it makes no attempt to mimic the voluminous, wood-paneled interiors of contemporary monohulls. The layout is dominated and physically bifurcated by the massive, centrally located carbon-reinforced daggerboard trunk. Despite this structural intrusion, the cabin remains airy and efficient, offering sleeping arrangements for up to four passengers via wide pilot berths. A basic galley with an alcohol stove and a minimalist head compartment with a holding tank provide just enough self-sufficiency for fast-paced coastal cruising.
Variations & Configurations 4
Given its extremely limited production run of just four hulls, factory variations of the Condor 30 are virtually non-existent, making each surviving vessel a unique reflection of its subsequent owners’ refits. Standard from the factory, the boat featured a high-aspect, fractional sloop rig utilizing a 40-foot aluminum mast and a stern-mounted kick-up rudder. The daggerboard configuration allows for a highly variable draft, drawing a mere 15 inches with the board retracted to allow for beaching or navigating skinny water, and extending to 5 feet 9 inches when fully lowered for windward tracking.
One of the defining design characteristics of the Condor 30 is its demountable beam system. Unlike the folding "swing-wing" mechanisms found on Dragonfly or Corsair trimarans of the era, which allowed for quick folding at the dock, the Condor 30 features rigid composite crossbeams (akas) that bolt securely into the main hull. While this configuration makes daily slip-folding impractical, the entire boat can be dismantled and loaded onto a custom trailer for overland transport, making it an exceptional option for long-distance trailering to remote cruising grounds or offshore racing venues. Auxiliary power is provided by an outboard engine mounted on a transom bracket. While the factory originally recommended an 8-horsepower outboard, some owners have configured these boats with larger outboards or even lightweight dual-outboard setups to improve maneuverability in tight quarters.
Sailing Performance & Handling
The sailing characteristics of the Condor 30 Tri are defined by an extraordinary power-to-weight ratio. Boasting an astronomical sail area-to-displacement ratio of 40.3 and a displacement-to-length ratio of 64.96, the boat functions as a highly responsive, turbocharged racing machine. In light air, the trimaran easily matches or exceeds true wind speed up to 15 knots, and in heavier breeze, it readily climbs into the low-20s under complete control.
At the helm, the boat behaves like a massive, stable planing dinghy. The steering is light and highly tactile, providing immediate feedback. The low comfort ratio of 2.35 indicates that the boat is incredibly lively in a seaway. Rather than slicing through waves and dampening the motion like a heavy-displacement monohull, the Condor 30 quickly accelerates over chop, maintaining its speed and remaining remarkably dry due to its wide, flared main hull and buoyant outriggers (amas).
The capsize ratio of 6.66 must be interpreted within the context of multihull dynamics. While this number reflects the massive form stability afforded by its 24-foot beam, a trimaran relies entirely on its beam and ama buoyancy rather than a ballasted keel for righting moment 6. The boat is extraordinarily resistant to heeling, rarely leaning more than a few degrees, which significantly reduces crew fatigue and virtually eliminates seasickness. However, sailed aggressively in high winds, the crew must remain attentive to the mainsheet, as the ultimate stability curve of any trimaran ends in capsize if pushed beyond its limits.
Market Snapshot & Economics 4
Finding a Condor 30 on the brokerage market requires immense patience, as the four existing hulls are highly prized by their owners and rarely change hands. When they do emerge, they tend to command a premium among multihull purists who value raw speed and structural integrity over interior volume. The entry price on the used market represents exceptional value compared to modern, mass-produced performance trimarans of equivalent length, but buyers must factor in the economics of maintaining a vintage, high-performance composite vessel.
Because the boats are old and built with sophisticated core materials, a prospective buyer should expect to invest in a thorough marine survey. The economics of a refit on a Condor 30 are generally centered around upgrading the rigging, sails, and deck hardware to handle the massive loads generated by the stable platform. Prospective owners should also budget for the specialized labor required to inspect and maintain the demountable hull-to-beam connection points, which are subjected to continuous high-torsion stresses.
Modernization & Upgrades
Modern owners of the Condor 30 have taken advantage of advances in synthetic materials and marine electrical systems to modernize these vintage flyers. One of the most common and effective upgrades is the replacement of the original stainless steel wire standing rigging with high-modulus synthetic fibers, such as Colligo Dux. Synthetic rigging significantly reduces weight aloft, which further enhances the vessel's righting moment and reduces pitching in chop.
Additionally, the original roller-furling headstays are frequently upgraded to modern continuous-line furlers for screechers and gennakers, allowing for easier handling of powerful off-wind sails from the safety of the cockpit. On the electrical side, the absence of an inboard diesel engine makes the Condor 30 an ideal candidate for modern lithium iron phosphate (LiFePO4) battery conversions paired with lightweight, walk-on solar arrays mounted on the cabin top or hard dodgers. This setup easily satisfies the house loads of modern chartplotters, autopilot systems, and LED lighting without adding unnecessary weight to this sensitive, high-performance platform.
The Verdict
The Condor 30 Tri is an exceptionally rare, historically significant performance multihull that offers blisteringly fast speeds, rock-solid composite construction, and the ability to explore shallow anchorages that are off-limits to deep-draft monohulls. It is not a floating condo; instead, it is a sailor's sailboat designed for those who prioritize the thrill of flying across the water at double-digit speeds. For the right owner, it represents the pinnacle of late-1980s multihull engineering.
Pros
- Blistering, wind-speed-matching performance and exceptional responsiveness at the helm
- Bulletproof, high-tech vinylester and epoxy-sealed balsa core construction
- Shallow draft capability with a fully retracting daggerboard and kick-up rudder
- Extremely stable, low-heel sailing platform that minimizes crew fatigue and seasickness
- Demountable configuration allows for highway trailering and flexible off-season storage
Cons 4
- Extreme scarcity on the used market makes finding one for sale highly difficult
- Spartan interior accommodations with limited headroom and privacy
- Main cabin layout is physically split by the intrusive central daggerboard trunk
- Demounting the amas for trailering is labor-intensive and impractical for quick weekend trips
- Low comfort ratio results in a highly active and motion-rich ride in rough chop
