Venture 24 Sailboat Review, Specs, and Listings

Roger Macgregor·1969 – 1971·MacGregor Yachts Corp.
Approximate drawing

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Hull Type
Monohull · wing
Rig
Fractional Sloop
LOA
24.58' · 7.49 m
Disp.
2,100 lbs · 953 kg
First year
1969

The Venture 24, launched in 1969 by Roger MacGregor’s MacGregor Yacht Corporation, stands as a seminal milestone in the American trailersailer movement. Conceived during an era when fiberglass construction was beginning to revolutionize boat ownership, the design was built to make sailing highly accessible, transportable, and affordable. Unlike the heavy, keelbound traditional cruisers of the late 1960s, the Venture 24 was engineered specifically to be towed behind a standard family station wagon and launched from a simple concrete ramp. This emphasis on mobility and costeffective manufacturing redefined the pocketcruising market, offering a gateway to coastal and inland waters for thousands of middleclass families.

Measurements

Dimensions 01

Length Overall
24.58 ft
Length on deck
Waterline Length
21.33 ft
Beam
7.92 ft
Draft
4.5 ft
Maximum Headroom
Air Draft

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Wing
Rudder
1× —
Ballast
575 lbs (Lead)
Displacement
2,100 lbs
Water Capacity
Fuel Capacity

Rig & sails 03

Rigging Type
Fractional Sloop
Mainsail luff
25 ft
Mainsail foot
11.08 ft
Foretriangle height
22.08 ft
Foretriangle base
9.16 ft
Forestay Length (estimated)
23.9 ft
Sail Area
240 sqft

Calculations 04

Sail Area to Displacement Ratio
23.41
Ballast to Displacement Ratio
27.38
Displacement to Length Ratio
96.6
Comfort Ratio
9.24
Capsize Screening Ratio
2.47
Hull Speed
6.19 kn

Design Brief & Intent

Designed primarily for budget-conscious families, weekend pocket-cruising, and light club racing, the Venture 24 was positioned as a step up in capability from its smaller sibling, the Venture 21, and competed directly with early models like the Catalina 22 and O'Day 23. The boat’s construction features a solid fiberglass hull and a balsa- or plywood-cored deck. To optimize space and towing weight, the interior is highly utilitarian. Roger MacGregor maximized the cabin layout to accommodate up to five berths, including a modest V-berth forward, a convertible dinette berth, and a single quarter berth.

The joinery is simple, leaning heavily on low-maintenance molded fiberglass liners and structural bulkheads rather than extensive teak or mahogany woodwork. Amenities on board are basic but highly functional: a slide-out galley drawer, a space for a five-gallon portable toilet under the V-berth, and basic vinyl cushions. It was a design focused strictly on "if you haven't got it, it can't break" simplicity, catering to those who valued weekend exploration over dockside luxury.

Sailing Performance & Handling

The Venture 24 is a lively, highly responsive boat that delivers immediate feedback to the helmsperson. With a displacement of only 2,100 pounds and a displacement-to-length (Disp/LWL) ratio of 96.6, the boat sits firmly in the ultra-light displacement category. This light weight, combined with an aggressive sail area-to-displacement (SA/Disp) ratio of 23.41, means the boat accelerates rapidly in light air and can easily be driven to its theoretical maximum hull speed of 6.2 knots. The fractional sloop rig makes managing the headsail relatively straightforward, though the high SA/Disp ratio means the boat is quickly overpowered as the wind rises, requiring crews to reef the main early—typically when winds approach 12 to 15 knots.

The physical trade-off for this agility is apparent in the boat's motion. A motion comfort ratio of 9.24 indicates a very active, bouncy ride in a chop. The hull will ascend and descend waves rather than slicing through them, which can make for a tiring passage in open water. Furthermore, the capsize screening ratio of 2.47 is exceptionally high. This value confirms that the Venture 24 is not designed for offshore passage-making and remains highly susceptible to roll-stability issues if knocked down in heavy seas. Her ballast-to-displacement ratio of 27.38 percent relies heavily on the lever arm of her 575-pound pivoting swing keel. When the keel is fully lowered to its maximum depth of nearly five feet, the boat recovers quickly from gusts, but sailing with the keel partially retracted drastically reduces righting moment and increases sideslip.

Known Issues & Triage

Given the vintage of these vessels, prospective buyers must watch for several well-documented structural and mechanical degradation areas. The single most critical point of inspection is the cast-iron swing keel and its pivoting mechanism. The 575-pound keel is raised and lowered via a manual winch and a stainless steel wire rope. This wire is prone to "meat-hooking" (fraying), corrosion, and eventual failure. If the cable snaps, the keel can drop violently, causing severe structural damage to the fiberglass keel trunk or even sinking the vessel. The keel pivot bolt, which passes through the hull to support the weight of the swing keel, is another high-wear area. Over decades of sailing, the fiberglass holes surrounding the pivot bolt can wallow out, leading to clunking sounds under sail and chronic water intrusion.

Deck coring rot is another prevalent issue. Like many boats of this era, the Venture 24’s deck uses wood coring sandwiched between fiberglass layers. Water penetrates the core through improperly bedded deck hardware, particularly around the chainplates, stanchions, and the mast step. Soft, spongy spots on the deck indicate rotting wood beneath, requiring localized recoring and hardware rebedding to restore structural integrity. Additionally, the original wooden rudders are prone to warping and splitting, and the cast-aluminum rudder brackets frequently crack under heavy weather-helm loads.

Modernization & Upgrades

Modern owners looking to keep these classic pocket cruisers on the water focus their refit efforts on safety and simplified handling. Replacing the original, standard-duty keel winch with a modern self-locking brake winch is a highly recommended upgrade. Unlike the original winches, a brake winch will not "free-wheel" if the handle is released, preventing the keel from crashing down if the operator loses their grip. Many owners also swap out the traditional stainless steel keel cable for high-strength synthetic Dyneema or Amsteel lines, which eliminate the corrosion and fraying risks associated with wire rope.

Upgrading the sail plan is another common refit priority. The original factory mainsails typically featured only a single, overly deep reefing point. Replacing the main with a modern, loose-footed sail that features two distinct reef points and modern slide guides drastically improves sail shape and heavy-weather control. On the electrical side, the spartan factory wiring is often completely gutted. Owners regularly install lightweight lithium iron phosphate (LiFePO4) batteries paired with small, deck-mounted solar panels. This setup easily satisfies the minor electrical demands of modern LED running lights, basic depth sounders, and mobile device charging without adding excessive weight to this highly displacement-sensitive hull.

The Verdict

The Venture 24 remains an incredibly cost-effective, easily trailered sailing platform that punches well above its weight class for weekend gunkholing and lake sailing. It requires minimal maintenance compared to larger cruisers, fits on a single-axle trailer, and can be stored in a standard driveway. However, its light displacement and high capsize screening ratio mean it must be treated strictly as a fair-weather, protected-water cruiser. For those willing to inspect and overhaul the keel pivot and winch systems, it offers unmatched sailing fun per dollar.

Pros:

  • Exceptionally easy to trailer, ramp-launch, and store at home.
  • Excellent light-wind performance and quick acceleration.
  • Highly affordable entry point to sailboat ownership with a very active, supportive owner community.
  • Shallow draft capability (under two feet with the keel raised) allows access to thin water and easy beaching.

Cons:

  • Light displacement results in a motion that is easily upset by chop and waves.
  • High capsize screening ratio makes the boat unsafe for offshore or heavy-weather open-water use.
  • Swing-keel winch and pivot bolt require vigilant maintenance to prevent catastrophic keel drops or leaks.
  • Spartan interior offers minimal headroom and limited comfort for extended cruises.

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