RS Feva Sailing Boat

The RS Feva, a seminal design by Paul Handley introduced in 2002, represents a pivotal moment in the evolution of junior and double-handed sailing. In the landscape of marine architecture, few vessels have managed to so effectively bridge the chasm between the stability required for absolute beginners and the dynamic performance demanded by the modern “skiff revolution.” Measuring 3.64 meters (11 feet 9 inches) in length with a beam of 1.42 meters (4 feet 7 inches), the RS Feva is not merely a sailboat; it is a meticulously engineered platform for skill acquisition. It stands as the world’s best-selling two-person sailing dinghy in recent history, a testament to a design philosophy that prioritized versatility, durability, and the “fun factor” above all else.

Visually, the Feva is distinct. Its hull, crafted from a rotomolded polyethylene sandwich known as Comptec PE3, typically presents in a sleek, light grey or cool white finish that defies the “plastic bathtub” aesthetic of earlier rotomolded boats. The lines are modern and aggressive: a high-volume bow designed to resist burying in waves, a hard chine running aft to promote early planing, and an open transom that speaks to its high-performance aspirations while serving the practical function of instant self-draining. The rig is equally contemporary, featuring a high-aspect ratio mainsail—often a translucent, battened Mylar in the racing configuration—and an asymmetric spinnaker (gennaker) that launches from a retractable bowsprit.

The vessel’s dimensions and weight (hull weight of 73 kg / 161 lbs) place it in a unique sweet spot. It is substantial enough to feel like a “real” keelboat in miniature, carrying the momentum and control systems of larger craft, yet light enough to be handled on shore by two adolescents or car-topped by a determined parent. With a maximum crew weight capacity of 230 kg (507 lbs), the Feva breaks the mold of strict “junior” boats. While its competitive sweet spot lies with a combined crew weight of 100-120 kg, the boat is frequently and joyfully sailed by parent-child teams, siblings of vastly different ages, or lightweight adult couples.

For the USA-based audience, accustomed to the ubiquitous Club 420 or the solitary Laser, the RS Feva offers a compelling alternative narrative. It is a boat that rejects the binary choice between “durable but boring” and “fast but fragile.” It is a machine that invites the sailor to explore the mechanics of apparent wind sailing and asymmetric angles without the intimidation of a trapeze or the expense of a fiberglass skiff. It is, in essence, the democratization of high-performance sailing, packaged in a hull that is virtually indestructible.

Table 1: General Specifications Overview

Feature	Specification (Metric)	Specification (Imperial)
Designer	Paul Handley	Paul Handley
Year Introduced	2002	2002
Length Overall (LOA)	3.64 m	11′ 9″
Beam	1.42 m	4′ 7″
Hull Weight	73 kg	161 lbs
Max Crew Weight	230 kg	507 lbs
Optimal Racing Weight	100 – 120 kg	220 – 265 lbs
Hull Material	Comptec PE3 Polyethylene	Comptec PE3 Polyethylene
Portsmouth Number (US)	D-PN: 105.2	D-PN: 105.2

History

The Vacuum of the Early 2000s

To understand the significance of the RS Feva’s launch in 2002, one must first examine the context of the sailing world at the turn of the millennium. The junior sailing pathway was, in many ways, stagnant. For decades, the progression had been linear and undisputed: start in an Optimist (designed in 1947), move to a Mirror Dinghy (1963) or a Cadet (1947), and eventually graduate to a Laser or a 420. While these boats were legendary, they were products of a different era. They were displacement hulls that pushed water rather than planing over it. Their control systems were often antiquated, and in the case of the double-handers, they utilized symmetrical spinnakers with poles that required complex, distinct mechanics that were becoming less relevant to the modern sport.

Simultaneously, the “skiff revolution” was transforming the upper echelons of the sport. The 49er had debuted in the Sydney 2000 Olympics, showcasing a style of sailing that was athletic, fast, and dominated by asymmetric spinnakers. A disconnect emerged: young sailors were watching their heroes fly around on skiffs, but they were learning to sail in floating wooden or heavy fiberglass boxes that behaved nothing like those high-performance machines. There was a desperate need for a “feeder” boat—a missing link that could teach the dynamics of modern sailing in a package accessible to an 11-year-old.

Paul Handley’s Vision

Enter Paul Handley and the team at LDC Racing Sailboats (now RS Sailing). Handley, a designer with a keen understanding of both hydrodynamics and the practical realities of sailing schools, recognized that the next generation of junior boat needed to solve a paradox: it had to be exciting enough to keep kids addicted to the sport (the “Playstation generation” problem), yet durable enough to survive the rigorous abuse of a learn-to-sail program.

Fiberglass (GRP), the standard for performance, was too fragile for beginners. Traditional rotomolded plastic was durable but heavy and flexible, leading to slow, unresponsive boats. Handley’s solution was to leverage a new manufacturing technology—Comptec PE3—to create a polyethylene hull that was stiff and light enough to offer genuine performance. When the RS Feva hit the water in 2002, it was a revelation. It looked like a race boat, sailed like a race boat, but bounced off docks like a beach toy.

Global Explosion and Recognition

The uptake was immediate. Sailing clubs in the UK and Europe, burdened by the maintenance costs of aging wooden fleets, flocked to the Feva. The class grew at a rate rarely seen in the conservative world of sailing. By 2003, just one year after its launch, the RS Feva was granted International Class status by the International Sailing Federation (ISAF), a process that usually takes years of lobbying and fleet building. This recognition was a seal of approval that the Feva was not just a commercial product, but a recognized racing platform.

The competitive landscape solidified quickly. The first European Championships were held in Hoorn, Netherlands, in 2005, followed by the inaugural World Championships in Lake Garda, Italy, in 2006. The choice of Garda—a venue famous for its reliable, heavy winds—was a statement. The class managers were signaling that the Feva was capable of handling “big breeze” and providing a world-class racing experience. Since 2010, the class has held a World Championship annually, with fleets often swelling to hundreds of boats from dozens of nations.

The America’s Cup Endeavour Program

For the United States audience, a defining moment in the Feva’s history came during the 35th America’s Cup in Bermuda. The America’s Cup “Endeavour Program,” a youth sailing and education initiative championed by Sir Russell Coutts, selected the RS Feva as its double-handed training platform.

This was not a casual endorsement. The program aimed to introduce sailing to youths from non-traditional backgrounds, using a STEAM (Science, Technology, Engineering, Arts, and Math) curriculum. The Feva was chosen because it perfectly embodied the physics of sailing—drag, lift, buoyancy—in a way that was demonstrable and exciting. During the America’s Cup finals, a Junior RS Feva Regatta was held on the “stadium” course, allowing young sailors to race on the same waters as the AC50 foiling catamarans. The imagery of the small, rotomolded Fevas sharing the stage with the pinnacle of sailing technology cemented the boat’s reputation in North America as the premier modern trainer. It bridged the gap between the grassroots and the professional elite, proving that the skills learned in a Feva were directly transferable to the highest levels of the sport.

Design

Hydrodynamics and Hull Form

The hull of the RS Feva is a masterclass in compromise-free design. Handley utilized a “hard chine” affecting the aft sections of the hull, a feature that was relatively novel for rotomolded boats at the time. In displacement mode (low speeds), the boat sails on a relatively narrow central v-section, reducing wetted surface area and drag. However, as the boat speeds up or heels, the chine engages.

This chine serves two critical functions. First, it provides a hard edge for water to break away from, reducing the suction that holds round-bilge boats back and allowing the Feva to pop onto a plane readily. Second, it provides “secondary stability.” As the boat heels, the wide beam and the chine act as a form of resistance to further heeling, giving the boat a stable “groove” that reassures novice sailors. The beam of 1.42 meters is carried well aft, creating a powerful platform that supports the crew’s weight when they hike out, translating their leverage into forward drive.

Bow Volume and Sea Keeping

One of the most distinct features of the Feva is its bow profile. It is relatively plumb (vertical) but carries significant volume high up. This is a safety and performance feature designed specifically for the asymmetric spinnaker. When sailing downwind in strong breezes, the spinnaker generates a forward and downward vector of force. In older, finer-bowed boats, this could drive the bow underwater (pitch-poling). The Feva’s voluminous bow provides buoyancy forward, resisting this tendency and keeping the “nose up” even when driving hard in 20 knots of wind. This forgiveness allows young sailors to push the boat harder and faster than they would dare in a less forgiving design.

Cockpit Ergonomics

The cockpit layout reflects a shift in ergonomic philosophy. Traditional dinghies often featured thwarts (benches) that forced the crew to step over them during maneuvers. The Feva features a largely open, obstruction-free cockpit floor. This facilitates the athletic movement required in modern sailing. The crew can cross the boat quickly during a tack or gybe without tripping.

The boat is designed for a “sit-on” rather than “sit-in” style of sailing. The gunwales (sides) are shaped to be comfortable for hiking, with hiking straps positioned to allow the crew to leverage their weight effectively. The floor is self-draining, with a slight slope aft towards the open transom. This means that after a capsize or shipping a large wave, the water simply flows out the back as the boat accelerates. The psychological benefit of this cannot be overstated for a junior sailor; the fear of a swamped, heavy boat is eliminated, replaced by the confidence that the boat will clear itself.

The Asymmetric System

The RS Feva was one of the first junior boats to standardize the asymmetric spinnaker with a retractable bowsprit. The system is brilliant in its simplicity. A “single-line” hoist system connects the halyard to the pole extension line. When the crew pulls the halyard, the sail goes up and the pole extends simultaneously. When the retrieval line is pulled, the sail collapses and is sucked into a chute (sock) on the foredeck while the pole retracts.

This mechanism removed the complexity of pole up/pole down, topping lift, and downhaul adjustments associated with symmetrical spinnakers. It allows the crew to focus on the sailing—trimming the sheet and communicating with the helm—rather than the mechanics of the rig. It also introduced the concept of “gybing angles” to the junior fleet, where the boat must sail a series of broad reaches (zig-zags) downwind rather than a straight line, a fundamental skill for all modern high-performance sailing.

Table 2: RS Feva Dimensions vs. Competitors

Metric	RS Feva XL	Laser Pico	Mirror Dinghy	Club 420	Optimist
Length	3.64 m	3.50 m	3.30 m	4.20 m	2.36 m
Beam	1.42 m	1.43 m	1.40 m	1.63 m	1.12 m
Hull Weight	73 kg	70 kg	45.5 kg	100 kg	35 kg
Hull Material	PE3 Sandwich	Solid PE	Wood/GRP	GRP	GRP
Self-Draining	Yes	Yes	No	Yes	No
Spinnaker Type	Asymmetric	None/Asym	Symmetric	Symmetric	None

Propulsion

Rig Mechanics and Aero-Elasticity

The propulsion system of the RS Feva is centered around a two-part aluminum alloy mast. Unlike the stiff, heavy masts of older training boats, the Feva mast is designed with a degree of aero-elasticity, particularly in the top section. This is a critical performance feature known as “gust response.”

When a gust of wind hits the sail, the load increases. In a rigid rig, this force is transferred directly to the hull, causing the boat to heel excessively (tip over). In the Feva, the top of the mast is designed to bend away (flex) under this increased load. This bending action effectively flattens the mainsail and twists the top part of the sail open, spilling the excess wind energy. This automatic depowering mechanism allows lighter crews to sail the boat in stronger winds than would otherwise be possible, extending the sailable range of the vessel and reducing the physical barrier to entry.

Sail Inventory and Materials

The modular nature of the Feva allows for different sail configurations on the same hull and spar package, catering to different skill levels.

1. The Mainsail:

   • The Club Main: Constructed from Dacron (polyester cloth), this 5.5 m² sail is durable and features reefing points. It is soft, easy to handle, and ideal for training or heavy weather.

   • The XL Race Main: This is the engine of the racing Feva. Measuring 6.5 m², it is constructed from Mylar, a laminated film that provides zero stretch. It is fully battened, meaning rigid slats run the full width of the sail. These battens support a large “roach” (area of sail extending beyond the straight line from head to clew), adding significant power. The Mylar material allows the sail to hold a precise aerodynamic shape that does not distort under load, providing superior pointing ability and speed.

2. The Jib:

   • The jib is a modest 2.1 m² Dacron sail. While small, it acts as a critical slot-control device, channeling airflow over the leeward side of the mainsail to generate lift. In the “XL Race” specification, the jib is made from a “performance fabric” that is stiffer and more resistant to stretching than the standard club jib.

3. The Gennaker:

   • The 7.0 m² asymmetric spinnaker is the showstopper. Typically colored in vibrant yellow, pink, or lilac, this nylon sail powers the boat up downwind. Its size relative to the hull (73 kg) gives the Feva a high sail-area-to-weight ratio downwind, enabling planing speeds that can rival larger boats.

Table 3: Rig and Sail Area Comparisons

Sail Component	Area (Metric)	Area (Imperial)	Material	Function
Club Mainsail	5.5 m²	59.2 ft²	Dacron	Training / High Wind / Reefing
XL Race Mainsail	6.5 m²	70.0 ft²	Mylar (Laminate)	Racing / Light Wind / Performance
Club Jib	2.1 m²	22.6 ft²	Dacron	Training / Standard Use
Race Jib	2.1 m²	22.6 ft²	Performance Dacron	Racing (Low Stretch)
Gennaker	7.0 m²	75.3 ft²	Nylon	Downwind Planing / Skiff Training
Total Downwind Area (XL)	15.6 m²	168 ft²	Mixed	Maximum Power Mode

Construction and Materials

The Science of Comptec PE3

The most technically innovative aspect of the RS Feva is its construction material, trademarked as Comptec PE3. To the uninitiated, “plastic boats” (rotomolded polyethylene) are often associated with heavy, flexible, low-performance beach toys. Paul Handley and RS Sailing challenged this perception by engineering a composite structure using polyethylene.

The hull is formed in a high-temperature oven using a rotational molding process. A precision aluminum mold is loaded with polymer powder and rotated on two axes (bi-axially) while being heated. The powder melts and flows to coat the inside of the mold. The genius of PE3 lies in its three-distinct-layer composition:

1. Layer 1: The Outer Skin (Super-Linear Polyethylene) The exterior layer utilizes a high-density “Super-Linear” polyethylene. This material is formulated for maximum impact resistance, abrasion resistance, and UV stability. Unlike fiberglass gelcoat, which is brittle and chips easily upon impact with a dock or rock, this outer skin has “memory.” It can absorb significant energy from a collision and return to its original shape without structural failure. This makes the boat virtually maintenance-free—a massive economic advantage for families and clubs.

2. Layer 2: The Core (Foamed Polyethylene) The middle layer is the structural secret sauce. A foaming agent is introduced during the molding process, causing the polyethylene in this layer to expand and create a honeycomb-like cellular structure. This foam core significantly increases the wall thickness of the hull without a corresponding penalty in weight.

   • Engineering Insight: The stiffness of a panel is proportional to the cube of its thickness. By doubling the thickness with lightweight foam, the stiffness increases eightfold. This “I-beam” effect allows the Feva hull to be stiff enough to support high rig loads (vang tension, shroud tension) without the hull flexing or “banana-ing,” a common plague of single-layer plastic boats.

3. Layer 3: The Inner Skin (General Purpose Polyethylene) The interior layer provides a smooth, cosmetic finish that seals the foam core and offers a clean surface for the sailors.

Material Thickness Control

Beyond the layering, the manufacturing process employs “Material Thickness Control”. RS Sailing can program the rotomolding cycle to deposit more material in high-stress areas—such as the mast step, the tack bar attachment point, and the daggerboard case—while keeping low-stress areas (like the foredeck) lighter. This optimization ensures that strength is placed exactly where it is needed, optimizing the strength-to-weight ratio.

Table 4: Construction Comparison – PE3 vs. Standard Rotomold vs. GRP

Feature	RS Feva (Comptec PE3)	Standard Rotomold (e.g., Pico)	Fiberglass (GRP) (e.g., 420)
Composition	3-Layer Sandwich (Skin-Foam-Skin)	Single Layer Solid Plastic	Glass Fiber + Resin + Gelcoat
Stiffness	High (due to foam core thickness)	Low to Medium (flexible)	Very High (rigid)
Impact Resistance	Excellent (bounces back)	Excellent (bounces back)	Poor (cracks/shatters)
Maintenance	Virtually Zero	Virtually Zero	Moderate (gelcoat repair, waxing)
Weight	Moderate (73 kg)	Heavy (relative to size)	Light to Moderate
Longevity	High (UV stabilized)	High	Very High (if maintained)
Cost	Moderate	Low	High

Types and Configurations

The RS Feva concept is built on modularity. The hull remains constant, but the rig packages can be tailored to the user’s needs, creating a clear pathway of progression within a single boat ownership.

RS Feva S (The Trainer)

The “S” model is the workhorse of sailing schools. It is equipped with the Dacron mainsail (5.5 m²) and the standard jib. The gennaker is often omitted for initial training. The focus here is on durability and simplicity. The reduced sail area makes the boat manageable for very light or inexperienced crews.

RS Feva XL (The Club Racer)

This is the standard configuration for the majority of private owners. It upgrades the mainsail to the 6.5 m² Mylar battened sail and includes the full gennaker system. This configuration unlocks the boat’s planing potential and is the minimum standard for fleet racing.

RS Feva XL Race (The Championship Spec)

For serious competitors attending National or World Championships, the “XL Race” spec adds critical tuning capability.

• Race Jib: Made from a stiffer performance fabric that holds its shape better under high wind loads.

• Purchases: The vang (kicker) purchase is upgraded to 6:1 (from 3:1), allowing young sailors to pull it on hard even when the sail is loaded. The outhaul is adjustable (led to the side deck), and the Cunningham is upgraded to a low-friction D12 rope system.

• Blocks: Higher quality, ball-bearing blocks (e.g., Allen or Harken) replace standard plain-bearing blocks to reduce friction in the control lines.

Comparative Analysis: The Feva in the Market

To fully appreciate the RS Feva, one must contextualize it against the alternatives available to the US sailor.

Comparison 1: RS Feva vs. Optimist (The Step Up)

The Optimist is the global standard for beginner sailors under 15. It is a single-handed, 2.3-meter pram.

• The Transition: Moving from an Opti to a Feva is a quantum leap. The Opti is a displacement tub; the Feva is a planing machine. The Opti is solitary; the Feva teaches teamwork.

• Physics: The Feva introduces the jib (slot effect) and the asymmetric spinnaker (apparent wind sailing), concepts completely absent in the cat-rigged Optimist.

• Social: The Feva addresses the “dropout” phase where kids get bored or lonely in single-handers.

Comparison 2: RS Feva vs. Club 420 (The US Pathway)

In the US, the Club 420 (C420) is the dominant double-hander for high school and college sailing.

• The Gap: The C420 is significantly heavier (100 kg+) and physically demanding. It utilizes a trapeze and a symmetrical spinnaker. For a 12-year-old graduating from an Opti, the C420 is often too big, too heavy, and too intimidating.

• The Solution: The Feva serves as the perfect bridge. It teaches the double-handed communication and spinnaker handling without the complexity of the trapeze wire or the pole. It allows sailors to build skills for 2-3 years before physically maturing enough for the C420 or 29er.

• Cost: A new Feva (~$10,000) is significantly cheaper than a new C420 (~$13,000+), making it accessible for clubs to build fleets.

Comparison 3: RS Feva vs. Laser Pico (The Performance Gap)

The Laser Pico is often seen as a direct competitor due to similar materials (rotomolded plastic).

• Reality: The Pico is a “resort boat.” Its hull is rounder and slower. Its rig is heavy aluminum with a thick Dacron sail that absorbs wind energy rather than converting it to drive. It struggles to point upwind.

• Feva Advantage: The Feva XL is a “race boat.” The Mylar sail and stiff PE3 hull allow it to point high and plane early. In a race around a course, a Feva XL will leave a Pico far behind, offering a rewarding reward-for-effort loop that the Pico lacks.

Table 5: RS Feva vs. Club 420 Comparison

Feature	RS Feva XL	Club 420
Target Age	11 – 15 Years	14 – 20 Years (High School/College)
Crew Number	2	2
Trapeze	No (Hiking only)	Yes (Crew on wire)
Spinnaker	Asymmetric (Bowsprit)	Symmetric (Pole)
Hull Weight	73 kg (161 lbs)	~100 kg (220 lbs)
Righting Moment	Moderate (Kids can right it)	High (Requires heavy crew/technique)
New Price (Est. 2025)	~$10,000 USD	~$13,500 USD
US D-PN Rating	105.2	97.6

Table 6: US Sailing D-PN Ratings Comparison

(Lower number = Faster)

Boat Class	D-PN Rating	Relative Speed Note
29er	84.5	High Performance Skiff (Very Fast)
Laser (Standard)	91.1	Olympic Single-hander
Club 420	97.6	Standard High School Double-hander
RS Feva XL	105.2	Faster than Opti, Slower than 420
Optimist	123.6	Entry Level Trainer
Sunfish	99.6	Recreational Single-hander

The US Scene and Practical Ownership

Adoption in North America

While the RS Feva roots are British, its adoption in the USA has been strategic and growing. Key hubs include the San Francisco Bay area (e.g., Richmond Yacht Club), Long Island Sound (Larchmont, Indian Harbor), and parts of Florida. The class is supported by “RS Fest,” a flagship regatta event that tours major venues, bringing a festival atmosphere to the racing—a cultural differentiator that appeals to American youth sailors.

The boat fits perfectly into the “Junior Big Boat” or “Adventure Sailing” programs of many US yacht clubs, where the focus is on fun and skills rather than just grinding out windward-leeward courses. The fact that it can be car-topped on a standard roof rack (hull weight 73 kg) makes it attractive for families who do not wish to deal with the logistics of a road trailer.

Ownership Costs

For a US-based buyer in 2025:

• New: A fully equipped RS Feva XL Race retails for approximately $10,000 – $10,500.

• Used: The market is robust. A competitive, race-ready used boat typically sells between $6,000 and $7,500. Older club-spec boats can be found for $4,000 – $5,000.

• Resale: Due to the durability of the PE3 hull, the boats depreciate slowly. A 5-year-old Feva often looks and sails almost as well as a new one, maintaining high resale value compared to fiberglass boats that may suffer from spider cracks or soft spots.

Table 7: Estimated Annual Ownership Costs (US Market)

Cost Category	RS Feva XL	Fiberglass Boat (e.g., 420)
Depreciation (Year 1)	Low (~10%)	Moderate (~15-20%)
Hull Maintenance	~$50 (Soap/Polish)	~$300+ (Gelcoat/Wax/Repair)
Sail Replacement	~$800 (Main/Jib/Spin)	~$1,200+ (Larger inventory)
Storage	Car-top / Dolly	Trailer / Club Space Required
Durability Factor	High (Impact resistant)	Medium (Prone to chips)

On The Water: A Virtual Test Sail

To truly understand the Feva, one must imagine the sensory experience of sailing it.

Launching

The boat sits light on its aluminum dolly. Two young sailors can easily pull it down a ramp. The rudder is a “lift and lock” system, and the daggerboard is inserted from the top. As you push off, the boat floats high. There is no bailing required; the transom is open.

Upwind

Sheet in the Mylar main. The sail snaps into shape with a distinct thwack of the battens. In 10 knots of breeze, the boat heels slightly until the chine bites. The helm feels neutral but responsive. As a gust hits, you hike out, toes under the padded straps. The boat accelerates instantly. Unlike a soft plastic boat that absorbs the gust in hull flex, the Feva translates it into forward drive. The crew plays the jib sheet, keeping the telltales flying. The sensation is one of tautness and efficiency.

The Bear Away

You reach the windward mark. The helm calls for the bear away. “Hoist!” The crew pulls the single halyard. In one motion, the bowsprit shoots out from the bow, and the bright yellow gennaker rockets up the mast. The wind fills it with a pop. The bow lifts.

The Planing Reach (The “Feva Grin”)

This is the moment of magic. As the gennaker powers up, the boat accelerates past its hull speed. The wake flattens. The humming of the centerboard increases pitch. You are now planing. The speed jumps from 5 knots to 10 or 12. The bow, with its high volume, rides over the chop rather than digging in. The crew is hiking hard towards the back corner (the quarter) to keep the nose up. The “Feva Grin” appears—the uncontrollable smile that every sailor gets when their boat releases from the grip of the water and starts to fly.

The Gybe

Downwind tactics are skiff-style. You don’t sail dead downwind; you zig-zag to keep the speed up. To gybe, the helm steers a smooth arc. The crew grabs the gennaker sheets. As the boom crosses, the crew pulls the new sheet, snapping the kite across the bow. Because of the bowsprit, there is plenty of room; the kite rarely tangles. The boat accelerates out of the turn, never coming off the plane.

Conclusion

The RS Feva, designed by Paul Handley, is a triumph of modern industrial design applied to sport. It solved a complex problem—how to make a durable, affordable boat that is genuinely exciting to sail—by embracing material innovation (PE3) and aerodynamic evolution (asymmetrics).

For the American sailing family, the Feva offers a unique proposition. It is the perfect “middle school” boat, filling the void between the childhood Optimist and the collegiate 420. It is a boat that respects the intelligence and athleticism of young sailors, giving them a tool that rewards skill with speed. It teaches the physics of the modern sport—apparent wind, planing dynamics, team coordination—in a package that is robust enough to last for decades.

In 2002, Paul Handley didn’t just design a boat; he designed a new pathway for the sport. Over two decades later, with thousands of hulls sailing from Lake Garda to San Francisco Bay, the RS Feva has proven itself to be one of the most important dinghies of the 21st century.