Design Brief & Intent
The Laser 2 was designed with a clear mandate: to extend the strict, uniform one-design philosophy of the original Laser into a high-performance doublehanded format. In the late 1970s, the dominant youth doublehanded boat was the Club 420, a heavy and relatively stable platform. The Laser 2 sought to redefine this segment by presenting a much lighter, faster, and more modern alternative 3. Frank Bethwaite utilized lessons from his earlier, larger Tasar design, aiming to produce a hull that was easy to plane and highly responsive to crew work. Unlike heavy, traditional dinghies, the Laser 2 featured a fine, narrow entry that transitioned into wide, flat aft sections to encourage early planing.
The deck layout was kept clean and minimalist, omitting the heavy wood trim and complex cockpits of traditional daysailers. Built primarily of fiberglass with core-reinforced laminates, it was meant to be stored on a simple dolly, car-topped if necessary, and rigged in minutes. The design served as a stepping stone to skiff-class sailing, teaching crews how to coordinate weight, harness a trapeze, and manage a symmetrical spinnaker downwind, all while demanding a highly athletic level of sailing.
Variations & Configurations
Throughout its production life, which saw over eight thousand units built, the Laser 2 hull remained remarkably consistent to protect its one-design racing ethos, but the builder introduced several distinct configurations to broaden its market appeal. The primary and most widely produced version was the Laser 2 Regatta. This configuration was the definitive racing model, equipped with a fractional sloop rig, a single wire trapeze for the crew, and a symmetrical spinnaker launched from a deck chute or containment bags. It was this version that established a global class and became a staple in youth training and collegiate racing.
For recreational sailors seeking a less demanding experience, the builder offered the Laser 2 Fun. This variant featured a simplified rig without a spinnaker or trapeze, frequently utilizing a roller-furling jib and simpler sails designed for durability rather than high-performance racing. Near the end of the production lineage, the Laser 2 Fun New Wave emerged as a precursor to modern asymmetric skiffs. It replaced the symmetrical spinnaker with a larger asymmetric gennaker flown from a retractable, deck-mounted bowsprit, signaling the transition that would eventually lead to the Laser 3000 and the Bethwaite-designed 29er. Regardless of the configuration, all variants shared the same lightweight hull, retractable daggerboard, and transom-hung kick-up rudder.
Sailing Performance & Handling
With a bare hull weight of just 170 pounds, the Laser 2 behaves more like a modern high-performance skiff than a conventional dinghy. This physical reality is underscored by its design ratios. The boat’s Sail Area to Displacement ratio sits at an extraordinary 64.65, demonstrating an immense amount of sail plan leverage relative to its featherweight displacement. On the water, this translates into immediate acceleration; even in light breezes of five to eight knots, the boat responds dynamically to every puff. Conversely, it means the boat is highly tender, a characteristic reflected in its Capsize Screening ratio of 3.37, which highlights how easily the hull can roll if the crew is out of sync.
The Displacement to Length ratio of 28.69 confirms the Laser 2 is an ultra-light, early-planing design. In moderate winds exceeding ten knots, the flat aft sections of the hull easily break free from displacement mode and plane on a reach. Upwind, the boat requires constant vigilance; the crew must use the single trapeze to keep the boat flat, while the skipper hikes hard and works the mainsail. Downwind, the symmetrical spinnaker adds a highly tactical layer to the handling. Because the boat is highly responsive to body weight and steering input, sailing a Laser 2 in a breeze is an athletic, wet, and thrilling experience. Optimal crew weights typically range from 265 to 375 pounds combined, as lighter teams will struggle to depower the rig in heavy air, while heavier teams will drag the transom and inhibit the boat's natural planing ability.
Market Snapshot & Economics
On the second-hand market, the Laser 2 occupies a highly accessible niche, trading at a substantial value compared to more modern doublehanded designs. Because thousands of hulls were produced during its peak years, the model remains relatively easy to find, particularly in regions with historic collegiate or youth racing programs. However, because the design is out of production, the economics of purchasing a Laser 2 are unique. Buyers must approach the market with a parts-first mentality.
The value of a used package is frequently tied to the condition of its peripheral gear—such as a highway trailer, a functional aluminum mast and boom, and a crisp set of sails—rather than the hull itself. A used hull with soft decks or structural damage is often economically unviable to repair professionally, leading many buyers to acquire donor boats to combine the best spars and rigging with a sound, dry hull. For those willing to invest in minor repairs and rigging upgrades, the Laser 2 represents one of the most cost-effective routes to high-performance doublehanded sailing available.
Known Issues & Triage
Decades of hard beaching, racing, and storage have exposed several common structural and mechanical vulnerabilities on older Laser 2 hulls. Foremost among these is deck and cockpit delamination. The deck and cockpit floor utilize a lightweight core sandwich structure that can become soft and springy after years of crew weight impact. Moisture intrusion from unsealed deck hardware or micro-fissures in the gelcoat can rot or degrade the core. Triage requires locating the soft spots, drilling a grid of small holes, injecting epoxy, and clamping the laminate back together, though severe cases require cutting away the fiberglass skin to replace the degraded core.
Another significant area of concern is the mast step and its surrounding deck structure. The high rig tension and heavy downforce of the mast can cause structural cracking at the mast step, leading to internal hull leaks 8. Unlike the singlehanded Laser which features a deep mast tube, the Laser 2 uses a deck-stepped mast with a supporting bulkhead. If the fiberglass surrounding this step fractures, water will enter the hull. Repairing this requires installing a plastic inspection port on the deck nearby, removing wet foam, and laminating new layers of biaxial fiberglass to reinforce the step from underneath.
Finally, the hull-to-deck joint, or gunwales, is a known point of water ingress. During capsizes, water can leak through worn gunwale sealant into the watertight double-bottom compartment. Owners should periodically perform a low-pressure air test on the hull, brushing soapy water along the seam to locate bubbles and sealing any leaks with a specialized epoxy or marine adhesive. Modern owners frequently upgrade the original factory controls, particularly the vang, outhaul, and cunningham, which used low-purchase, high-friction configurations that were difficult to adjust under load. Replacing these with modern high-purchase micro-blocks and swapping wire halyards for high-strength Dyneema lines significantly reduces physical strain and allows the helm to trim with precision.
The Verdict
The Laser 2 remains a compelling, high-performance bargain for sailors looking to experience the thrill of trapeze and spinnaker sailing without the steep price tag of modern skiffs. While it demands athletic prowess and is far from a stable family daysailer, its ability to plane in light air and its responsive helm make it an excellent training platform for intermediate duos. Potential buyers must be vigilant when inspecting older hulls for soft decks and mast step issues, but if a sound hull can be found, the Laser 2 offers unmatched performance-to-cost value on the used market 7.
- Thrilling, early-planing performance with an exceptionally responsive helm.
- Accessible entry point to learning trapeze and symmetrical spinnaker work.
- Lightweight and easy to transport, launch, and store on a simple hand dolly.
- Active owner networks and a large pool of readily available used replacement parts.
- Highly adjustable, modernizable rig and control lines.
- Highly tender and prone to capsizing, making it unsuitable for casual cruising or novice sailors.
- Older hulls frequently suffer from soft decks, cockpit delamination, and leaky mast steps 7.
- Highly sensitive to crew weight, requiring a tight optimal weight range to perform well.
- Out of production, meaning original manufacturer-specific parts are no longer made 6.
