lightning sailboat images

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• Sailboat Guide

Lightning is a 18 ′ 11 ″ / 5.8 m monohull sailboat designed by Sparkman & Stephens and built by Nickels Boat Works, Inc., Skaneateles Boat & Canoe Co., Helms - Jack A. Helms Co., Siddons & Sindle, Lippincott Boat Works, J.J. Taylor and Sons Ltd., Lockley Newport Boats, Eichenlaub Boat Co., Mobjack Manufacturing Corp., Clark Boat Company, Allen Boat Co., and Loftland Sail-craft Inc. starting in 1938.

Rig and Sails

Auxilary power, accomodations, calculations.

The theoretical maximum speed that a displacement hull can move efficiently through the water is determined by it's waterline length and displacement. It may be unable to reach this speed if the boat is underpowered or heavily loaded, though it may exceed this speed given enough power. Read more.

Classic hull speed formula:

Hull Speed = 1.34 x √LWL

Max Speed/Length ratio = 8.26 ÷ Displacement/Length ratio .311 Hull Speed = Max Speed/Length ratio x √LWL

Sail Area / Displacement Ratio

A measure of the power of the sails relative to the weight of the boat. The higher the number, the higher the performance, but the harder the boat will be to handle. This ratio is a "non-dimensional" value that facilitates comparisons between boats of different types and sizes. Read more.

SA/D = SA ÷ (D ÷ 64) 2/3

• SA : Sail area in square feet, derived by adding the mainsail area to 100% of the foretriangle area (the lateral area above the deck between the mast and the forestay).
• D : Displacement in pounds.

Ballast / Displacement Ratio

A measure of the stability of a boat's hull that suggests how well a monohull will stand up to its sails. The ballast displacement ratio indicates how much of the weight of a boat is placed for maximum stability against capsizing and is an indicator of stiffness and resistance to capsize.

Ballast / Displacement * 100

Displacement / Length Ratio

A measure of the weight of the boat relative to it's length at the waterline. The higher a boat’s D/L ratio, the more easily it will carry a load and the more comfortable its motion will be. The lower a boat's ratio is, the less power it takes to drive the boat to its nominal hull speed or beyond. Read more.

D/L = (D ÷ 2240) ÷ (0.01 x LWL)³

• D: Displacement of the boat in pounds.
• LWL: Waterline length in feet

Comfort Ratio

This ratio assess how quickly and abruptly a boat’s hull reacts to waves in a significant seaway, these being the elements of a boat’s motion most likely to cause seasickness. Read more.

Comfort ratio = D ÷ (.65 x (.7 LWL + .3 LOA) x Beam 1.33 )

• D: Displacement of the boat in pounds
• LOA: Length overall in feet
• Beam: Width of boat at the widest point in feet

Capsize Screening Formula

This formula attempts to indicate whether a given boat might be too wide and light to readily right itself after being overturned in extreme conditions. Read more.

CSV = Beam ÷ ³√(D / 64)

One of the most popular one-design classes in the US since the 1940’s. But fleets also exist in other parts of the world. Although originally designed for wood planked construction, nearly all boats since the early 1960’s have been built of fiberglass. Ballast above is max weight of centerboard.

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• About Sailboat Guide

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International Lightning Class Association

Class contact information.

Click below

Class Email

Class Website

One-Design Class Type: Dinghy

Was this boat built to be sailed by youth or adults? Both

Approximately how many class members do you have? 1600

Photo Credit:Douglas Wake

Photo Credit: Art Petrosemolo

About International Lightning Class Association

The Lightning truly excels as an affordable racing boat. The rig is simple but offers sophisticated sail shape controls. The hull features a unique hard chine design that combines the stability that provides sail-carrying power, with flat bottom sections that promote planing. At 700 pounds all up, the trailerable centerboard sloop is tough enough to avoid frequent breakdowns, but light enough to plane wildly on the reaches. Membership is diverse with sailors aged 8 to 80+. Many families sail together at top events and it is common to see females make up at least 40% of competitors.

The Lightning is sailed in more than thirteen countries and in the Pan American Games. A World, Master World and Youth World Championships are held every two years. North American, South American and European Championships are held each year as are innumerable regional and District championships. Major regattas attract some of the finest sailors in the world, but you find Class members friendly and the sailmakers’ complete tuning guides helpful at getting you up to speed in a hurry.

The International Lightning Class Association is one of the oldest and best organized class associations in sailboat racing. Its primary purpose is to serve its membership, preserve the integrity of the Lightning and provide high-quality competitive events. In addition, the Lightning Class publishes monthly e-blasts and a quarterly newsletter Flashes with up-to-date regatta news, boat brokerage and ideas on how to get the most out of your Lightning. The professionally managed association and dedicated volunteers are always on hand to assist both current and potential members.

If you’re looking for a boat you can be proud to sail, one that offers dinghy handling with the performance of a sport boat, a refined design that’s free of fads, complete with the technology of today for both racing and day sailing – look at the Lightning.

Boats Produced: 15630+

Class boat builder(s):

Allen Boat Company, Buffalo, NY: https://www.allenboatco.com/

WindRider International: https://www.windrider.com/

Approximately how many boats are in the USA/North America? 11,000+

Where is your One-Design class typically sailed in the USA? List regions of the country:

East of the Mississippi, Mid-West, Texas, Denver, San Diego, Pacific Northwest Click Here for Fleet Finder Map: https://www.lightningclass.org/content.aspx?page_id=451&club_id=93488

Does this class have a spinnaker or gennaker? Yes

How many people sail as a crew including the helm?  3

Ideal combined weight of range of crew:  490

Boat Designed in  1938

Length (feet/inches): 19’0″

Beam: 6’6″

Weight of rigged boat without sails: 700 lbs

Draft: (board down): 4’11”, (board up): 5″

Mast Height: 26’2″

Back to One-Design Central

Copyright ©2018-2024 United States Sailing Association. All rights reserved. US Sailing is a 501(c)3 organization. Website designed & developed by Design Principles, Inc. -->

Yachting Monthly

• Digital edition

Sailing in lightning: how to keep your yacht safe

• In partnership with Katy Stickland
• July 22, 2022

How much of a concern is a lightning strike to a yacht and what can we do about it? Nigel Calder looks at what makes a full ‘belt and braces’ lightning protection system

Storm clouds gather at Cowes, but what lightning protection system, if any, does your boat have for anchoring or sailing in lightning? Credit: Patrick Eden/Alamy Stock Photo

Most sailors worry about sailing in lightning to some extent, writes Nigel Calder .

After all, going around with a tall metal pole on a flat sea when storm clouds threaten doesn’t seem like the best idea to most of us.

In reality, thunder storms need plenty of energy, driven by the sun, and are much less frequent in northern Europe than in the tropics.

However, high currents passing through resistive conductors generate heat.

Small diameter conductors melt; wooden masts explode; and air gaps that are bridged by an arc start fires.

Sailing in lightning: Lightning is 10 times more likely over land than sea, as the land heats up more than water, providing the stronger convection currents needed to create a charge. Credit: BAE Inc/Alamy Stock Photo

On boats, radio antennas may be vaporised, and metal thru-hulls blown out of the hull, or the surrounding fiberglass melted, with areas of gelcoat blown off.

Wherever you sail, lightning needs to be taken seriously.

Understanding how lightning works, will help you evaluate the risks and make an informed decision about the level of protection you want on your boat and what precautions to take.

Most lightning is what’s called negative lightning, between the lower levels of clouds and the earth. Intermittent pre-discharges occur, ionising the air.

Whereas air is normally a poor electrical conductor, ionised air is an excellent conductor.

These pre-discharges (stepped leaders) are countered by a so-called attachment spark (streamer), which emanates from pointed objects (towers, masts, or lightning rods) that stand out from their surroundings due to their height.

Summer is the season for lightning storms in the UK. Here, one finds early at Instow, Devon. Credit: Terry Matthews/Alamy Stock Photo

This process continues until an attachment spark connects with a stepped leader, creating a lightning channel of ionised air molecules from the cloud to ground.

The main discharge, typically a series of discharges, now takes place through the lightning channel.

Negative lightning bolts are 1 to 2km (0.6 to 1.2 miles) long and have an average current of 20,000A.

Positive lightning bolts are much rarer and they can have currents of up to 300,000A.

Preventing damage when sailing in lightning

A lightning protection system (LPS) is designed to divert lightning energy to ground (in this case the sea), in such a way that no damage occurs to the boat or to people.

Ideally, this also includes protecting a boat’s electrical and electronic systems, but marine electronics are sensitive and this level of protection is hard to achieve.

Lightning protection systems have two key components: First, a mechanism to provide a path with as little resistance as possible that conducts a lightning strike to the water.

This is established with a substantial conductor from an air-terminal to the water.

Components of an external and internal lightning protection system. Credit: Maxine Heath

This part of the LPS is sometimes called external lightning protection.

Second, a mechanism to prevent the development of high voltages on, and voltage differences between, conductive objects on the boat.

This is achieved by connecting all major metal objects on and below deck to the water by an equipotential bonding system.

Without this bonding system high enough voltage differences can arise on a boat to develop dangerous side flashes.

The bonding system can be thought of as internal lightning protection.

Rolling ball concept

Lightning standards, which apply ashore and afloat, define five lightning protection ‘classes’, ranging from Class V (no protection) to Class I.

There are two core parameters: the maximum current the system must be able to withstand, which determines the sizing of various components in the system, and the arrangement and number of the air terminals, aka lightning rods.

Let’s look at the arrangement of the air terminals first. It is best explained by the rolling ball concept.

A lightning strike is initiated by the stepped leaders and attachment sparks connecting to form the lightning channel.

The distance between the stepped leader and the attachment sparks is known as the breakdown distance or striking distance.

If we imagine a ball with a radius equal to the striking distance, and we roll this ball around an object to be protected, the upper points of contact define the possible lightning impact points that need to be protected by air terminals.

Lightning protection theories and classifications rely on a ‘rolling ball’ concept to define requirements, areas of risk and protected areas. Credit: Maxine Heath

The air terminal will theoretically provide a zone of protection from the point at which the terminal connects with the circumference of the rolling ball down to the point at which that circumference touches the water.

The shorter the striking distance, the less the radius of the rolling ball and the smaller the area within the protection zone defined by the circumference of the rolling ball.

The smaller the protection zone, the more air terminals we need. So, we use the shortest striking distance to determine the minimum number and location of air terminals.

Class I protection assumes a rolling ball radius of 20m; Class II assumes a rolling ball radius of 30m.

Continues below…

Lightning: why we were struck

A personal investigation into how and why a catamaran was hit by lightning

‘Lightning destroyed the boat’s electronics’

Paul Tinley recounts a truly shocking lightning experience aboard his Beneteau 393 Blue Mistress and the subsequent insurance claim

Expert advice: boating emergency

A boating emergency is the sort of thing that everyone taking to the water should be prepared for even if,…

How batteries can explode – and how to avoid it

Marine electrical expert Nigel Calder explains why boat batteries emit hydrogen and how to minimise the dangers

Boat building standards are based on a striking distance/rolling ball radius of 30m (Class II).

For masts up to 30m above the waterline, the circumference of the ball from the point at which it contacts the top of the mast down to the water will define the zone of protection.

For masts higher than 30m above the waterline, the ball will contact the mast at 30m and this will define the limit of the zone of protection.

If Class I protection is wanted, the radius of the ball is reduced to 20m, which significantly reduces the zone of protection and, on many larger recreational boats, may theoretically necessitate more than one air terminal.

Protection classes

With most single-masted monohull yachts, an air terminal at the top of the mast is sufficient to protect the entire boat to Class I standards.

The circumference of the rolling ball from the tip of the mast down to the surface of the water does not intercept any part of the hull or rig.

However, someone standing on the fore or aft deck might have the upper part of their body contact the rolling ball, which tells us this is no place to be in a lightning storm.

Some boats have relatively high equipment or platforms over and behind the cockpit.

Protection classes to protect your boat while anchored or sailing in lightning

These fittings and structures may or may not be outside the circumference of the rolling ball.

Once again, this tells us to avoid contact with these structures during a lightning storm.

Ketch, yawl, and schooner rigged boats generally require air terminals on all masts, except when the mizzen is significantly shorter than the main mast.

The external LPS

The external LPS consists of the air terminal, a down conductor, and an earthing system – a lightning grounding terminal.

The down conductor is also known as a primary lightning protection conductor.

All components must be sized to carry the highest lightning peak current corresponding to the protection class chosen.

In particular, the material and cross-sectional area of the air terminal and down conductor must be such that the lightning current does not cause excessive heating.

The air terminal needs to extend a minimum of 150mm above the mast to which it is attached.

A graph depicting NASA’s record of yearly global lightning events. The Congo once recorded more than 450 strikes per km2

It can be a minimum 10mm diameter copper rod, or 13mm diameter aluminum solid rod.

It should have a rounded, rather than a pointed, top end.

VHF antennas are commonly destroyed in a lightning strike.

If an antenna is hit and is not protected by a lightning arrestor at its base, the lightning may enter the boat via the antenna’s coax cable.

A lightning arrestor is inserted in the line between the coax cable and the base of the antenna.

It has a substantial connection to the boat’s grounding system, which, on an aluminum mast, is created by its connection to the mast.

In normal circumstances, the lightning arrestor is nonconductive to ground.

When hit by very high voltages it shorts to ground, in theory causing a lightning strike to bypass the coax – although the effectiveness of such devices is a matter of some dispute.

Down conductors

A down conductor is the electrically conductive connection between an air terminal and the grounding terminal.

For many years, this conductor was required to have a resistance no more than that of a 16mm² copper conductor, but following further research, the down conductor is now required to have a resistance not greater than that of a 20mm² copper conductor.

For Class I protection, 25mm² is needed. This is to minimise heating effects.

Let’s say instead we use a copper conductor with a cross-sectional area of 16mm² and it is hit by a lightning strike with a peak current corresponding to Protection Class IV.

Sailing in lightning: This catamaran relies upon cabling to ground from the shrouds but stainless steel wire is not a good enough conductor. Credit: Wietze van der Laan

The conductor will experience a temperature increase of 56°C. A 16mm² conductor made of stainless steel (for example, rigging ) will reach well over 1,000°C and melt or evaporate.

Shrouds and stays on sailboats should be connected into a LPS only to prevent side flashes.

The cross-sectional area of the metal in aluminum masts on even small sailboats is such that it provides a low enough resistance path to be the down conductor.

Whether deck- or keel-mounted, the mast will require a low resistance path, equivalent to a 25mm² copper conductor, from the base of the mast to the grounding terminal.

Grounding terminal

Metal hulled boats can use the hull as the grounding terminal. All other boats need an adequate mass of underwater metal.

In salt water this needs a minimum area of 0.1m². In fresh water, European standards call for the grounding terminal to be up to 0.25m².

A grounding terminal must be submerged under all operating conditions.

An external lead or iron keel on monohull sailing boats can serve as a grounding terminal.

This owner of this Florida-based yacht decided to keep the keel out of the equation when is came to a grounding plate. High electrical currents don’t like sharp corners, so a grounding plate directly beneath the mast makes for an easier route to ground. Credit: Malcolm Morgan

In the absence of a keel , the cumulative surface area of various underwater components – propellers, metal thru-hulls, rudders – is often more than sufficient to meet the area requirements for a grounding terminal.

However, these can only be considered adequate if they are situated below the air terminal and down conductor and individually have the requisite surface area.

Metal through-hulls do not meet this requirement.

If underwater hardware, such as a keel, is adequate to be used as the grounding terminal, the interconnecting conductor is part of the primary down conductor system and needs to be sized accordingly at 25mm².

Propellers and radio ground plates

Regardless of its size, a propeller is not suitable as a grounding terminal for two reasons.

First, it is very difficult to make the necessary low-resistance electrical connection to the propeller shaft, and second, the primary conductor now runs horizontally through the boat.

The risk of side flashes within the boat, and through the hull to the water is increased.

Sailing in lightning: GRP hull, fairing filler and iron keel will have carried different voltages during the strike – hence this damage

An engine should never be included in the main (primary) conducting path to a grounding terminal.

On modern engines, sensitive electronic controls will be destroyed in a lightning strike, and on all engines, oil in bearings and between gears will create resistance and therefore considerable heat which is likely to result in internal damage.

However, as it is a large conductive object, the engine should be connected to the internal lightning protection system.

Internal lightning protection

On its way to ground, lightning causes considerable voltage differences in adjacent objects – up to hundreds of thousands of volts.

This applies to boats with a functioning external lightning protection system but without internal protection.

Although the lightning has been given a path to ground along which it will cause as little damage as possible, dangerous voltages can be generated elsewhere, resulting in arcing and side flashes, threatening the boat and crew, and destroying electronic equipment.

We prevent these damaging voltage differences from arising by connecting all substantial metal objects on the boat to a common grounding point.

One of the holy grails of marine photography – a direct lightning strike on a yacht’s mast. Credit: Apex

The grounding terminal is also wired to the common grounding point.

By tying all these circuits and objects together we hold them at a common voltage, preventing the build-up of voltage differences between them.

All conductive surfaces that might be touched at the same time, such as a backstay and a steering wheel, need to be held to the same voltage.

If the voltages are the same, there will be no arcing and no side flashes.

The bonding conductors in this internal LPS need to be stranded copper with a minimum size of 16mm².

Note that there can be bonding of the same object for corrosion prevention, lightning protection, and sometimes DC grounding.

We do not need three separate conductors.

Electronic Device Protection

With lightning protection systems, we need to distinguish electric circuit and people protection from device protection.

Even with an internal LPS, high induced voltages may occur on ungrounded conductors (such as DC positive) which will destroy any attached electronics.

A mechanism is needed to short high transient voltages to ground.

This is done with surge protection devices (SPD), also known as transient voltage surge suppressors (TVSS) or lightning arrestors.

Marine-specific SPDs are few in number and domestic models are not suitable for boats

In normal circumstances these devices are non-conductive, but if a specified voltage – the clamping voltage – is exceeded they divert the spike to ground.

There are levels of protection defined in various standards depending on the voltages and currents that can be handled, the speed with which this occurs, and other factors.

This is a highly technical subject for which it is advisable to seek professional support.

Most SPDs are designed for AC circuits.

When it comes to DC circuits there are far fewer choices available to boat owners although there are an increasing number for solar installations that may be appropriate.

There is no such thing as a lightning-proof boat, only a lightning-protected boat, and for this there needs to be a properly installed LPS.

Nigel Calder is a lifelong sailor and author of Boatowner’s Mechanical and Electrical Manual. He is involved in setting standards for leisure boats in the USA

Even so, in a major strike the forces involved are so colossal that no practical measures can be guaranteed to protect sensitive electronic equipment.

For this, protection can be provided with specialised surge protection devices (SPDs).

The chances of a direct lightning strike on a yacht are very small, and the further we are north or south of the equator, the smaller this chance becomes.

It’s likely your chances of receiving a direct lightning strike are very much higher on a golf course than at sea.

‘Bottle brush’-type lightning dissipators are claimed by sellers to make a boat invisible to lightning by bleeding off static electrical charge as it builds up.

The theory rests upon the concept that charged electrons from the surface of the earth can be made to congregate on a metal point, where the physical constraints caused by the geometry of the point will result in electrons being pushed off into the surrounding atmosphere via a ‘lightning dissipator’ that has not just one point, but many points.

It is worth noting that the concept has met with a storm of derision from many leading academics who have argued that the magnitude of the charge that can be dissipated by such a device is insignificant compared to that of both a cloud and individual lightning strikes.

It seems that the viable choices for lightning protection remain the LPS detailed above, your boatbuilder’s chosen system (if any), or taking one’s chances with nothing and the (reasonable) confidence that it’s possible to sail many times round the world with no protection and suffer no direct strikes.

Whichever way you go, it pays to stay off the golf course!

Enjoyed reading Sailing in lightning: how to keep your yacht safe?

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One-Design Showcase

About the DN Iceboat

The Lightning offers a combination of performance and stability that eludes most one-designs. The Lightning’s hard chine and 130 lb centerboard give her the stability and power of a small keel boat going to weather in strong winds and allow her to carry a very large spinnaker for breathtaking off wind rides. The Lightning’s rig is simple, but offers sophisticated sail shape controls. 

Our 19-foot trailerable centerboard sloop has evolved into one of the most popular and competitive one-design racing classes in the world. Awarded ISAF International Class status, the Lightning is sailed in more than 13 countries and in the Pan American Games, and the class provides a professionally-managed association that is among the largest in all of one-design sailing. 

If you’re looking for a boat you can be proud to sail, one that offers dinghy handling with the performance of a sportboat, a refined design that’s free of fads, complete with the technology of today for both racing and daysailing – Get The Best Of Both Worlds. Get into a Lightning.

Class Information:

Class Contact:  Laura Jeffers, Executive Secretary

Class Contact Email:   [email protected]

Class Contact Phone:   727-942-7969

Class Website:   lightningclass.org

Social Media:   Facebook  |  Twitter  |  Instagram  |  Youtube  

Class Specs

LOA:  19 ft. 

Beam:  6 ft. 6 in. 

Draft:  4 ft. 11 in. 

Weight:  700 lbs. 

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On the morning of the final race, we sat down with a Lightning class legend and the fleet’s next generation to see what they could learn from each other.

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Family Day Sailing... World Class Racing The Best of Both Worlds!

• Design: Sparkman & Stephens, 1938
• Over 15000 built
• More than 100 active fleets worldwide
• Length: 19'0" (5.8m)
• Beam: 6'6" (2m)
• Displacement: 700 lb (318 kg
• Draft (board down): 4'11" (151.3cm), (board up): 5" (12.8cm
• Mast height: 26'2" (7.9m)
• Sail area (main & jib): 177 sq.ft.
• (spinnaker): 300 sq.ft.
• Crew (racing): 3

The International Lightning

Get the best of both worlds without compromising either, dinghy responsiveness sportboat performance the best of both worlds, refined design, today's technology the best of both worlds, the best competition in the world or a way to get away from it the best of both worlds , club racer or international icon the best of both worlds.

The ILCA is one of the oldest and best organized class associations in sailboat racing. Its primary purpose is to serve its membership, preserve the integrity of the Lightning and provide high-quality competitive events. In addition, the ILCA publishes a monthly newsletter Lightning Flashes with up-to-date regatta news, boat brokerage and ideas on how to get the most out of your Lightning. An annual Yearbook, containing many illustrated articles, reports on major championships, fleet reports and a complete association mailing list, is also published. The professional ILCA staff is always on hand to assist both current and potential members. If you're looking for a boat you can be proud to sail, one that offers dinghy handling with the performance of a sportboat, a refined design that's free of fads, complete with the technology of today for both racing and daysailing - Get The Best Of Both Worlds. Get into a Lightning. See you on the water. David Dellenbaugh, former Lightning World Champion and starting helmsman for 1992 America's Cup defender America3, lists the top ten things he likes about the Lightning:

• There's Lightning racing almost everywhere.
• Some of the best sailors in the world sail the Lightning.
• Lightnings are available from more than one high-quality builder.
• Lightnings even 20 years old are still competitive.
• The boat is one of the best crew trainers on the water today.
• The class is not so strict as to discourage experimentation which makes the boat faster and easier to sail.
• The Lightning has interested the finest sailmakers in the world so the sails and the tuning guides look great and are easy to use.
• The Lightning is a very roomy boat for daysailing.
• Lightning sailors sail hard, but they're not too cutthroat - someone's always ready to answer questions.
• The class management is as good as you'll find in one-design sailing.

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• One Design Parts

Lightning Parts

West Coast Sailing is your source for Lightning sailboat parts and accessories. The Lightning has 60 years of tradition behind it. This competitive 19-foot trailerable centerboarder is one of the most competitive one-design classes today. But whether you're interested in serious racing or just want to go for a ride, the Lightning gives you what you're looking for. Some great sailors have been 'struck by Lightning': Ted Turner, Dennis Conner, Ken Read, Bill Shore, and Greg Fisher to name a few.

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Lightning Jib Sheet 2:1 Continuous

Lightning Jib Sheet 2:1

Lightning Jib Sheet 1:1

Lightning Mainsheet (Fusion)

Lightning Mainsheet (SSR)

Lightning Spin Halyard

Lightning Spinsheet (SSR)

Lightning Spinsheet Tapered

Lightning Spinsheet (Ultra-Lite)

Harken 13 mm Traveler Car w/ Shackle

Harken Cam Cleat Swivel Base w/ 150 Aluminum Cam

Harken 22 mm Double Upright Bullet Block

Harken 40 mm Carbo Block Traveler w/ 29 mm Block

Harken 29 mm Carbo Clew Blocks w/ Ring

Harken Thru-Deck 44 mm Dinghy Block

Ronstan Cam Cleat Fairlead Medium Grey

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Rigging - halyards, sheets, and wires.

West Coast Sailing has a full range of designs for all Lightning running and standing rigging which can be built to order in our rig shop. Email our team at [email protected] to learn more . Products coming to our online store Spring 2022.

Rigging Diagram

Use the diagram below to reference Harken part numbers to appropriate application on your Lightning sailboat. Parts recommendations are offered as a guide for common applications.

Adjustable Ball bearing Lead Car

Upgrading to an adjustable lead car system allows you to change your lead under sail without having to tack to unload the car. The Micro CB traveler cars are very small and lightweight, but strong—perfect for the Lightning.

Belowdeck Vang System

This split boom vang lets you easily adjust the vang from both sides while hiking. The 24:1 purchase uses lightweight Carbo blocks for the power needed to control sail shape without adding weight to the boat. The cascading system uses small high-tech line to help keep everything clean above deck.

Diagram provided by Harken. West Coast Sailing is an approved seller of Harken sailboat hardware.

Looking for other sailboat parts? We can help!

General Parts & Hardware - We offer a huge selection of  General Parts  including hardware, blocks, cleats, shackles, accessories and more here .

Product Suggestions - If you're looking for a specific part for Lightning sailboat that you cannot find, let us know. We are actively working to expand our one design parts offering and welcome your input for parts you think we should be stocking to make it easier for you to get back out on the water. Submit you idea via our Product Suggestion Form   (opens in new tab).

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Lightning Sailboat Parts & Equipment

Lightning Travel / Deck Cover

Lightning Mooring Cover

Lightning Mast Bag

Lightning Rudder Cover

Lightning Hiking Strap

Offshore Spars

Lightning spinnaker pole - carbon (uni-directional heavy duty), ofs-cpole-lightning-s-n-d.

Lightning Spinnaker Pole - Carbon (Woven Twill Light Weight)

Ofs-cpole-lightning-t-n-d.

Block - Carbo 29mm Single - Fixed Head

Block - Carbo 29mm Single - Cheek

Block - Carbo 40mm Single - Fixed Head

Cam Cleat Standard - X-Treme Angle Fairlead

Block - Carbo 29mm Single - Swivel / Becket

Block - Carbo 29mm Double - Linked by Clew

13 mm Low-Beam Micro Track - 0.6 m

Har2707600mm.

Cam Cleat 150 - Cam-Matic

Block - Wire High Strength 25mm - Wire

Block - Carbo 40mm Double - Traveler

Block - Classic Bullet 29mm Double - Upright

Block - Carbo 29mm Double - Swivel

Block - Classic Bullet Dinghy 44mm Single - Through-Deck

13mm Micro CB Tracks - Low Beam - 1.0 m

Block - Carbo 29mm Triple - Swivel

13mm Micro CB Tracks - Low Beam - 1.2 m

Block - Carbo Ratchamatic 57mm Single - Swivel / Standard Grip (Black)

Class description.

The Lightning, a 19-foot trailerable centerboard sloop, designed by Sparkman & Stephens as an affordable family day sailor and racing boat. She has evolved into one of the most popular and competitive one-design racing classes in the world. The Lightning's rig is simple, but offers sophisticated sail shape controls. The hull features a unique hard chine design that combines the stability that provides sail-carrying power, with flat bottom sections that promote planing. There's room in the cockpit for two couples or a family to daysail. The Lightning is easy to launch and light enough to trailer with ease. In the event of a capsize, she can be righted and sailed dry by her crew. Get "The Best of Both Worlds.

Class Specs

Copyright © 2024 mauripro sailing llc..

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Electrifying images show lightning striking the Statue of Liberty

• Published: Apr. 05, 2024, 2:49 p.m.
• Luke Peteley | [email protected]

STATEN ISLAND, N.Y. — Prior to witnessing a rare 4.8 magnitude earthquake , New York City residents trudged through a series of rainy days bringing about multiple inches of rain and lightning. It was during this stretch of treacherous weather that a photographer captured stunning images of the Statue of Liberty getting zapped by lightning.

AccuWeather shared the now viral images in a social media post on Friday which has generated more than 200,000 views on X, formerly known as Twitter.

The images, which are credited to Dan Martland, show Lady Liberty standing resolute in the face of the storm. In the images, a radiant lightning bolt is seen striking the very tip of the statue’s torch.

The lightning’s precision makes it appear as though the iconic landmark is harnessing the energy of the storm through the torch in hand.

Such imagery prompted one person to comment “Thor?”

Another individual spoke to the eventful nature of the week, saying:

“With all that’s happened this week, I’m just waiting for the Ghostbusters to come and save the day.”

Others, simply appreciated the image for what it was and left comments such as the following:

“Wow what a beautiful shot. Perfect timing.”

As of 2:30 p.m. the post has garnered more than 2,000 likes and 677 reposts.

More news stories on silive

• N.Y. Gov. Hochul warns of severe thunderstorms, damaging wind for parts of the state on Sunday
• Staten Island teen takes first prize in NYPL nationwide anti-censorship essay contest
• NYC on high alert after drone attacks on Israel
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