The Laser 2 Sailing Boat

The Laser 2, often stylized as the Laser II, stands as a monumental chapter in the narrative of performance dinghy sailing, a vessel that bridges the philosophical divide between the rugged, utilitarian trainers of the post-war era and the fragile, high-velocity skiffs of the modern age. Designed in 1978 by the visionary New Zealander Frank Bethwaite in collaboration with the Canadian industrialist Ian Bruce, the Laser 2 was conceived not merely as a boat, but as a kinetic solution to a complex problem: how to package the adrenaline of high-performance sailing into a chassis that was accessible, affordable, and manageable for the average club sailor. For the American sailing audience, particularly those raised on the sturdy fiberglass decks of collegiate fleets or the choppy waters of Long Island Sound and San Francisco Bay, the Laser 2 occupies a space of reverence mixed with trepidation. It is a boat that demands athleticism, rewarding the agile and punishing the complacent with a swift, wet capsize.

At its core, the Laser 2 is a 14.4-foot (4.39 meter) double-handed planing dinghy. Unlike the “sit-in” displacement hulls that dominated the entry-level market—boats like the Blue Jay or the Enterprise—the Laser 2 was designed to be sailed “on” the water. It features a flat, planing hull form, a fractional sloop rig, a single trapeze for the crew, and a symmetrical spinnaker that adds a layer of tactical complexity absent in single-handers. With a hull weight of just 170 lbs (77 kg), it is significantly lighter than its primary institutional rivals, the Club 420 and the Flying Junior (FJ), a characteristic that defines its explosive acceleration and its notorious fragility.

For the boat lover, the Laser 2 represents a specific era of yacht design where the principles of aerodynamics began to supersede traditional naval architecture. Frank Bethwaite, a pilot and meteorologist by trade, applied the physics of aviation to the water, creating a rig that responded dynamically to wind pressure—bending to depower in gusts rather than transferring that force into heeling moment. This design ethos makes the Laser 2 a “driver’s boat,” offering tactile feedback through the tiller and mainsheet that is often muted in heavier, reinforced training vessels. It is a boat that talks to you, transmitting the energy of the wind and waves directly to the sailor’s hands and harness.

The Target Demographic and Market Position

Upon its release, the Laser 2 was positioned as the logical “next step” for the thousands of sailors who had cut their teeth on the original Laser (now ILCA 7). It targeted:

• Mixed Crews: Ideally suited for a combined crew weight of 260–340 lbs, it became a favorite for couples, siblings, and parent-child teams who found the Laser Standard too overpowering for one and too cramped for two.

• Youth Training: It served as a high-performance trainer for youth squads, teaching the fundamentals of trapeze work and spinnaker handling necessary for Olympic classes like the 470 or 49er.

• Collegiate Racing: For a distinct period in the 1980s and 90s, the Laser 2 was a staple of the Inter-Collegiate Sailing Association (ICSA), valued for its speed before the durability of the Club 420 eventually won the war of attrition in college boatyards.

History

The history of the Laser 2 is a compelling saga of innovation, partnership, and the shifting tides of the sailing industry. It is a story that begins not with a boat, but with a relationship between two men who reshaped the sport: Ian Bruce and Frank Bethwaite.

The Bruce-Bethwaite Collaboration

Ian Bruce was a Canadian boat builder and the marketing genius behind Performance Sailcraft, the company that launched the original Laser in 1971. The Laser had been a lightning strike in the industry, selling over 100,000 units by democratizing sailing through simplicity and strict one-design rules. However, by the mid-1970s, Bruce recognized a void in his product line. The Laser was a solitary pursuit; the market lacked a double-handed equivalent that shared the Laser’s DNA—simplicity, car-toppability, and performance.

Bruce turned his gaze to Australia and New Zealand, where the sailing culture was distinct from the heavy, lead-mine mentality of Europe and North America. In the Antipodes, “skiff” sailing reigned supreme—lightweight, overpowered boats that planed effortlessly. There he found Frank Bethwaite, a man who was revolutionizing the NS14 class and had just developed the Tasar. Bethwaite was an unclaimed maestro of high-powered dinghy design, a scientist who approached sailing problems with empirical rigor rather than traditionalist dogma.

The partnership was synergistic. Bruce brought the industrial design capability and the global distribution network of Performance Sailcraft; Bethwaite brought the aero-hydrodynamic genius. Their goal was ambitious: to create a “mass-market boat that should be fast and challenging,” effectively exporting the Australian skiff concept to the recreational sailor in America and Europe.

The Launch and Global Reception

The Laser 2 was launched in 1978. Production began simultaneously at Bruce’s facility in Canada and later at Vanguard Sailboats in the United States. The sailing press was immediately captivated. In a February 1980 review, Canadian Yachting declared that the duo had “come up with the only boat that could live up to the expectations created by the Laser”. It didn’t just look like a stretched Laser; it sailed with the same directness, but with the added thrill of the trapeze.

The boat quickly achieved International Class status from the International Sailing Federation (ISAF, now World Sailing). Fleets sprouted up across North America, the UK, and Europe. World Championships were held, and for a decade, the Laser 2 was the premier youth trainer. It offered a pathway: start in an Optimist, move to a Laser, graduate to a Laser 2, and aim for the Olympics in a 470.

The College Sailing Era: Rise and Fall

In the United States, the trajectory of the Laser 2 was heavily influenced by the collegiate sailing circuit. In the 1980s, the Laser 2 was adopted by many programs as a fleet racer. Its light weight made it fast and exciting, traits that appealed to young, competitive sailors. However, the rigorous, almost gladiatorial nature of college sailing—where boats are used daily, often stored outdoors, and subjected to endless collisions and groundings—exposed the fragility of the Laser 2’s performance-oriented construction.

The foam-sandwich deck and lightweight hull laminates, designed for speed, began to suffer from delamination and softness under the abuse of inexperienced crews and constant rotation. The mast steps, a critical stress point, were prone to compression failures. By the 1990s, the Club 420, a boat designed by Vanguard specifically to withstand the rigors of institutional sailing (essentially a tank compared to the Laser 2’s sports car), began to replace it. The 420 was heavier, slower, and less responsive, but it was virtually indestructible. The ICSA shift to the 420 and FJ marked the end of the Laser 2’s dominance in the US institutional market, relegating it to club racing and private ownership.

The End of Production

Production continued through various mergers, including the formation of LaserPerformance in 2007. However, with the rise of modern asymmetric skiffs like the 29er and the RS series, which offered easier downwind handling and even higher speeds, the demand for the symmetrical-spinnaker Laser 2 waned. Production ceased around 2007, leaving a legacy of approximately 8,200 boats worldwide.

Design

Frank Bethwaite’s design for the Laser 2 was a departure from the “displacement” mindset that governed boats like the Snipe or the Comet. His philosophy was rooted in High Performance Sailing—a concept he later detailed in his book of the same name. The central tenet was to reduce drag to the point where the boat could plane not just downwind, but on a reach and even upwind in sufficient breeze.

Hydrodynamics: The Hull Form

The hull of the Laser 2 is a study in planing efficiency.

• Fine Entry: The bow sections are significantly narrower and finer than the original Laser. This allows the boat to pierce through chop rather than pounding over it, reducing the deceleration caused by wave impact.

• Flat Aft Sections: From the midship aft, the hull flattens out into a broad U-shape. This provides the planing surface. As speed increases, the dynamic lift generated by this flat surface raises the hull out of the water, reducing wetted surface area and friction.

• Hard Chines: The transition from the bottom to the topsides features a distinct chine in the aft sections. This chine acts as a grip in the water when the boat is flat, helping to prevent leeway, and provides a release point for water when planing, ensuring clean flow separation.

The prismatic coefficient—a measure of volume distribution—was calculated to smooth the transition across the “drag hump.” Traditional dinghies hit a “wall” of resistance at hull speed (roughly 1.34 times the square root of the waterline length). The Laser 2 was designed to surmount this hump with minimal energy, allowing it to transition to planing mode at lower wind speeds than its competitors.

Aerodynamics: The Rig

The rig is a fractional Bermuda sloop, meaning the jib attaches about three-quarters of the way up the mast. This configuration was chosen for specific aerodynamic reasons:

1. Mast Bend Control: The top section of the mast, unsupported by the forestay, is free to bend. When a gust hits, the increased pressure on the mainsail causes the top of the mast to bend aft and to leeward. This flattens the mainsail and twists open the leech (the back edge of the sail), spilling excess power automatically. This “gust response” is a signature of Bethwaite designs, allowing the boat to remain manageable in heavy air without the crew having to brutally depower the sheets constantly.

2. Slot Efficiency: The fractional jib creates a highly efficient “slot” between the headsail and the main, accelerating the airflow over the leeward side of the mainsail and generating greater drive.

The Foils

Unlike the pivoting centerboard of the 420 or Thistle, the Laser 2 uses a daggerboard.

• Efficiency: The daggerboard sits vertically in the case, filling the slot almost completely. This reduces turbulence compared to a centerboard, which often leaves a gaping slot open to the water flow.

• Aspect Ratio: Both the rudder and daggerboard are high-aspect foils—deep and narrow. This design generates maximum lift with minimal drag, crucial for the boat’s renowned pointing ability.

• Risk: The trade-off is vulnerability. In shallow waters, a daggerboard cannot kick up upon impact. A hard grounding at planing speeds can lever the case, cracking the hull structure—a common injury in the used boat market.

Table 1: Design Specifications of the Laser 2

Feature	Measurement (Metric)	Measurement (Imperial)	Notes
Length Overall (LOA)	4.39 m	14 ft 5 in	Compact for easy storage
Waterline Length (LWL)	4.22 m	13 ft 10 in	Long effective waterline for speed
Beam	1.42 m	4 ft 8 in	Narrow beam reduces drag but decreases stability
Draft (Board Down)	1.07 m	3 ft 6 in	Deep foil for upwind traction
Draft (Board Up)	0.10 m	4 in	Beachable
Hull Weight	77 kg	170 lbs	Extremely light for a double-hander
Mast Length	5.8 m	19 ft 0 in	Two-piece aluminum alloy

Propulsion

The propulsion system of the Laser 2 is its sail plan, a finely tuned engine that requires constant trimming to optimize. Unlike a cruising boat where sails are “set and forget,” the Laser 2’s sails are dynamic airfoils that must be constantly reshaped to match the apparent wind.

The Mainsail

The mainsail is the primary driver, comprising approximately 7.2 m² (77 sq ft) of the total upwind sail area. It is typically made of Dacron, a durable polyester fabric, although high-performance racing sails are constructed from stiffer, tempered cloth to hold shape under load.

• Controls: The mainsail is controlled by a mid-boom mainsheet, usually with a 3:1 or 4:1 purchase. The key tuning controls are the cunningham (tensioning the luff), the outhaul (tensioning the foot), and the vang (controlling leech tension).

• The Vang’s Role: On the Laser 2, the vang is the throttle. Downwind, it prevents the boom from rising, maintaining leech area. Upwind in heavy air, “vang sheeting” is used: the vang is pulled tight to bend the mast and flatten the sail, allowing the mainsheet to be played solely to control the angle of attack without altering the sail shape.

The Jib

The jib adds approximately 4.3 m² (47 sq ft) to the plan. It is sheeted through tracks on the gunwale. In the “Regatta” version, the jib luff contains a wire that serves as the forestay, carrying the rig tension. In “Fun” versions, the jib might be mounted on a roller furler, sacrificing some aerodynamic efficiency for the convenience of being able to roll it away at the dock.

The Spinnaker

The symmetrical spinnaker is the beast that gives the Laser 2 its downwind velocity. With an area of 10.2 m² (110 sq ft), it nearly doubles the sail area of the boat.

• The Mechanics: Flying a symmetrical chute requires a spinnaker pole, which braces the windward corner (the guy) and projects the sail away from the wind shadow of the mainsail. This requires a coordinated dance between the skipper (steering deep to fill the sail) and the crew (managing the pole, guy, and sheet, often while on the trapeze).

• Performance Implication: This configuration allows the Laser 2 to sail very deep angles (dead downwind) effectively, unlike modern asymmetrical skiffs which must sail higher “gybing angles” to maintain speed. However, the symmetric setup is more complex to gybe, requiring the pole to be detached from the mast and reattached on the new windward side.

Table 2: Sail Area Analysis

Sail Component	Area (m²)	Area (sq ft)	Role
Mainsail	7.20 m²	77 sq ft	Primary drive, balance, steering assist
Jib	4.32 m²	47 sq ft	Slot effect creator, pointing ability
Total Upwind	11.52 m²	124 sq ft	High power-to-weight ratio
Spinnaker	10.20 m²	110 sq ft	Downwind acceleration
Total Downwind	21.72 m²	234 sq ft	Maximum planing potential

Construction and Materials

The construction of the Laser 2 reflects the era of its birth—the transition from artisanal boat building to industrial manufacturing. Bruce and Bethwaite utilized mass-production techniques that ensured every boat was identical, a prerequisite for strict one-design racing.

The Hull Laminate

The hull is molded from Glass Reinforced Plastic (GRP), utilizing a polyester resin matrix reinforced with chopped strand mat (CSM) and woven rovings.

• Foam Sandwich Deck: To achieve the requisite stiffness without the weight of solid fiberglass, the deck and upper hull sections employ a “foam sandwich” construction. A core of closed-cell foam is sandwiched between two thin layers of fiberglass. This creates an I-beam effect, providing immense structural rigidity for the weight.

• Stiffness vs. Durability: This construction is brilliant for performance but vulnerable to impact. A sharp blow can delaminate the skin from the foam core, leading to “soft spots”—a common plague in older hulls where the deck feels spongy underfoot.

Mast Step Engineering (and Failure)

One of the most critical engineering challenges in the Laser 2 is the mast step. The mast is deck-stepped, meaning it sits on top of the deck rather than passing through to the keel. The downward compression force of the rig, particularly when the vang is tensioned, is enormous.

• The Flaw: In many production runs, the wooden or high-density foam block inserted beneath the mast step to transfer this load to the hull would rot (if wood) or crush (if foam) due to water ingress or material fatigue.

• The Consequence: This leads to the infamous “mast step depression,” where the mast base sinks into the deck. This alters the rig geometry, slacking the shrouds and ruining performance. Repairing this requires radical surgery: cutting open the deck, excavating the rotted core, and rebuilding the support with modern composites like G10 or thickened epoxy.

Gunwale Joint

The hull and deck are molded separately and joined at the gunwale (the rail) using a flange system bonded with structural adhesive (methacrylate or similar). Over decades of flexing—especially from the torque of the crew trapezing—this joint can fail.

• Symptoms: Leaks into the buoyancy tanks and a rail that feels “loose” or flexible.

• Repair: Re-bonding this joint typically involves injecting epoxy into the seam and clamping the rail around its entire perimeter, a labor-intensive but necessary restoration task.

Material Evolution

Early boats built by Performance Sailcraft in Canada often utilized distinct fittings and gelcoat formulations compared to later Vanguard (US) or LaserPerformance (UK) boats. Enthusiasts often debate the merits of the “Montreal boats” (early Canadian) versus the “Portsmouth boats” (US built), with nuances in stiffness and finish quality varying by production year.

Table 3: Material Specifications and Durability

Component	Material	Common Issues	Maintenance Focus
Hull	GRP / Foam Sandwich	Soft deck spots, delamination	Keep dry, inspect deck stiffness
Mast	Aluminum Alloy	Corrosion at fittings, bending	Wash salt, check rivet integrity
Daggerboard	GRP / Foam Core	Tip abrasion, trailing edge chips	Fairing, varnishing/painting
Sails	Dacron (Polyester)	UV degradation, stretching	Roll sails, store out of sun
Rigging	1×19 Stainless Wire	Kinks, meat-hooks (broken strands)	Inspect stay terminals regularly

Types and Variants

While the core hull remained constant, the Laser 2 was marketed in several distinct configurations to broaden its appeal beyond the hardcore racer. These variants utilized the same hull mold but differed in rig, sail plan, and deck hardware.

1. Laser 2 Regatta

This is the standard, class-legal racing machine.

• Configuration: Symmetrical spinnaker, spinnaker pole, standard trapeze gear.

• Sails: White Dacron racing sails.

• Purpose: One-design racing, youth training, collegiate competition.

• Identity: This is the boat described in the official International Class Rules. Any deviation from this spec makes the boat illegal for class racing.

2. Laser 2 Fun

Targeted at the recreational market, holiday resorts, and beginners, the “Fun” prioritized ease of use over raw speed.

• Configuration: Often lacked the spinnaker or trapeze in the base package. The jib was mounted on a furler, allowing it to be rolled away instantly.

• Sails: Distinctive “Fun” color schemes—bright pinks, teals, and yellows typical of 1980s design. The mainsail often included reefing points to reduce area in heavy winds.

• Vibe: A “beach toy” aesthetic that belied the high-performance hull beneath.

3. Laser 2 New Wave

Introduced in the late 1990s/early 2000s, the New Wave was an attempt to update the boat to compete with the emerging skiff market (like the 29er).

• Configuration: Replaced the symmetrical spinnaker with a large asymmetrical gennaker and a bowsprit.

• Dynamics: This changed the sailing angles significantly. Instead of sailing deep dead-runs, the New Wave sailed “hot” angles, gybing downwind like a modern skiff.

• Reception: While faster and easier to gybe, it fractured the fleet. Traditionalists stuck to the Regatta version, and those wanting a true skiff often moved to the 29er, leaving the New Wave as a bit of a hybrid oddity.

Table 4: Variant Feature Matrix

Feature	Regatta	Fun	New Wave
Spinnaker	Symmetrical (Pole)	Optional / None	Asymmetrical (Bowsprit)
Jib	Hank-on / Wire Luff	Roller Furling	Hank-on / Furling
Mainsail	Racing Dacron	Dacron w/ Reefs	High Roach (some models)
Trapeze	Standard	Optional	Standard
Target User	Racer / College	Family / Resort	Skiff Trainer
Performance	High Technicality	Forgiving	High Speed / Modern

Comparative Analysis: The Laser 2 in Context

To truly understand the value proposition of the Laser 2 for a USA-based sailor, one must compare it against the ubiquity of the Club 420, the tactical nuance of the FJ, and the simplicity of the Vanguard 15.

Laser 2 vs. Club 420

This is the heavyweight title fight of American youth sailing.

• Weight: The Laser 2 is 170 lbs; the Club 420 is roughly 230 lbs. This 60 lb difference is massive. It means the Laser 2 planes earlier, accelerates faster, and is much easier to manhandle on a dolly.

• Durability: The 420 wins here. Its heavy glass layup survives collisions that would puncture a Laser 2. This is why yacht clubs buy 420s.

• Experience: Sailing a 420 feels like driving a sedan; sailing a Laser 2 feels like driving a roadster. The 420 plows; the Laser 2 skims.

Laser 2 vs. International FJ

The FJ is a round-bilged, displacement-oriented boat compared to the hard-chined planing Laser 2.

• Handling: The FJ likes to be rolled and rocked; it is a tactical boat where momentum conservation is key. The Laser 2 relies on raw speed and planing dynamics.

• Stability: The FJ is tippier initially due to its round shape but has a deeper hull form. The Laser 2 is stable when flat but unforgiving when heeled.

Laser 2 vs. Vanguard 15

The Vanguard 15 (V15) is often seen as the spiritual successor to the Laser 2 in the post-collegiate adult racing market.

• Simplicity: The V15 has no spinnaker and no trapeze (usually). It creates high performance through a very efficient hull and rigorous one-design rules, without the complexity of the Laser 2’s three-sail rig.

• Market: The V15 captured the “team racing” market that the Laser 2 once held, offering a more durable and simpler platform.

Table 5: The “Big Four” Comparison

Specification	Laser 2	Club 420	Int. FJ	Vanguard 15
LOA	14.4 ft	13.8 ft	13.3 ft	15.3 ft
Hull Weight	170 lbs	230 lbs	210 lbs	200 lbs
Sail Area	124 sq ft	110 sq ft	100 sq ft	125 sq ft
Spinnaker	Yes (Sym)	Yes (Sym)	Yes (Sym)	No
Trapeze	Yes	Yes	No	No
PN Rating	92.8	97.6	99.5	92.3
Handling	Planing Skiff	Heavy Planing	Displacement	Planing Sloop

Data compiled from. Note: Lower PN indicates faster speed.

Performance and Handling Guide

Sailing the Laser 2 is a visceral experience. It requires a synergy between helm and crew that is more intimate than in slower boats.

Upwind: The Art of Flatness

The golden rule of the Laser 2 is: Flat is Fast. The hull shape is designed to present a symmetrical underwater profile only when the boat is perfectly upright.

• Light Air: The crew sits forward, near the shrouds, to lift the transom out of the water and reduce drag. Leeward heel is encouraged to reduce wetted surface.

• Medium Air: As the breeze builds, the crew moves to the rail. The helm must steer carefully, balancing “footing” (sailing lower for speed) with “pinching” (sailing high). The fractional rig allows for high pointing angles if the slot is managed correctly.

• Heavy Air: The crew is fully extended on the trapeze. The helm plays the mainsheet constantly. Unlike the Laser 1, where you might cleat the sheet, the Laser 2 mainsheet is a dynamic control. The vang must be hammered tight to bend the mast and blade out the top of the sail. If the boat heels, it slides sideways; if it is flat, the daggerboard bites and drives the boat forward.

Downwind: The Death Roll and The Plane

Downwind is where the Laser 2 generates its cult following.

• Reaching: In 12+ knots of breeze, the boat will plane readily on a reach. The bow wave moves aft, the hum of the foils changes pitch, and the acceleration is instantaneous. The crew must move aft to keep the bow up.

• Running: Sailing dead downwind in heavy air is perilous. The “Death Roll” is a common phenomenon where the boat creates a rhythmic oscillation, rolling deeper and deeper to windward and leeward until it capsizes to windward.

  • Correction: Tighten the vang to stabilize the leech. Center the board slightly. Steer actively under the spinnaker.

Capsize Recovery

Capsizing is part of the Laser 2 experience.

• The Scoop: The crew should attempt to “scoop” recovery—climbing over the gunwale as the boat goes over to leverage it back up immediately.

• Turtling: The boat turtles (flips 180 degrees) easily. The hollow mast fills with water, and the boat becomes stable upside down. Righting it from a turtle requires significant weight on the centerboard and patience to break the suction of the sails against the water.

Maintenance and Ownership

Owning a Laser 2 today is a labor of love. Most available hulls are 20-40 years old and require specific care.

The Maintenance Checklist

1. Keep it Dry: The foam core absorbs water if the skin is punctured. Weigh the hull; if it’s significantly over 170 lbs, it may be waterlogged.

2. Cover the Deck: UV light degrades the gelcoat and fiberglass. A good top cover is essential.

3. Inspect the Mast Step: Press hard on the deck around the mast step. If it flexes or crunches, you have a core failure. This is a deal-breaker or a major project.

4. Daggerboard Care: Inspect the leading and trailing edges. Chips and dings create turbulence (drag) and can cause the foil to stall (hum/vibrate). Fill and fair these regularly.

Upgrades

Many owners upgrade the control lines. Replacing the original wire-rope vangs with modern cascade systems using Dyneema and low-friction rings makes trimming under load much easier. Replacing the traveler line with a non-stretch spectra ensures the boom stays on the centerline upwind.

Conclusion

The Laser 2 is more than just a footnote in sailing history; it is a testament to the vision of Frank Bethwaite and Ian Bruce. They dared to ask why a family boat had to be slow, and why a training boat had to be heavy. They delivered a machine that democratized speed, bringing the thrill of the trapeze and the rush of the plane to thousands of sailors who would otherwise be plodding along in tubs.

While it lost the battle for the collegiate boathouse to the sheer durability of the 420, the Laser 2 won the argument for performance. Its DNA lives on in the modern skiffs—the 29er, the 49er, the RS series—that now dominate the Olympic and high-performance scenes. For the USA sailor looking for an affordable, exhilarating ride that demands skill and rewards courage, a well-maintained Laser 2 remains one of the best bargains on the water. It is a boat that doesn’t just teach you to sail; it teaches you to fly.