Chapter XXVII: Part II (2)

Despite all these favorable conditions, however, the goddess who presides over the destinies of ice-yachting is but a coy and fickle divinity. Sometimes she vouchsafes to her devotees not more than a day or two of sailing in an entire winter. Often she limits her favors to ten or fifteen days, and only at rare intervals does she smile upon them for thirty days, all told. The ice-yachtsman may, therefore, plume himself upon being the most select and exclusive of all sportsmen. He cannot, if he would, spend very much time _en voyage_, so he makes up for it as well as he may by contriving and perfecting all the details of his craft during her hours of enforced idleness. The result is that he has evolved a fabric that is a marvel of construction, adapted for lightness and strength in a wonderful degree.

Many of our readers have never seen an ice-yacht, but probably most of them have seen and made a common diamond-shaped kite--the simplest and easiest form of kite known to ingenious boyhood. This frame is in its general principles of construction identical with that of the modern ice-yacht, as shown in the working plans published herewith. The cross-piece corresponds with the runner-plank, the upright represents the center-timber, and the cord that passes around the whole is identical with the side-stays. (See Fig. 1.)

It is only necessary to set up a mast at or near the intersection, rig sails upon it, attach some kind of runners to the ends of the runner-plank and to the long or aftermost end of the center-timber, and you will have a very passable model, constructionally speaking, of the modern ice-yacht. Magnify it a hundred-fold, substitute wire-rope with turn-buckles for the side-stays, fit the timber ends with cast-metal caps, bolt everything together with cunningly contrived fittings, mount her upon a set of hardened iron runners, equip her with a “tailor-made” suit of sails, launch her on reasonably smooth ice, and, given a twenty-mile breeze, she will carry you forty miles, or maybe sixty miles, an hour, if you know how to make her do her best.

It may be remarked in passing that very pretty sport may be had with model ice-yachts, constructed somewhat after the manner indicated. Pieces of tin or sheet-iron will do for runners and steering-gear at a pinch, and if the sails are moderate in area and the center-timber tolerably long, so that ballast can be suitably adjusted, she will go like a witch and skim over a mere veneering of ice to the admiration of all beholders. There are always several days at the beginning of winter before the ice is available for skating, when model ice-yachts might be made to do duty instead of the sticks and stones with which impatient boyhood usually disports itself, thereby ruining the ice for the legitimate pastimes of colder weather.

In the regions where the ice rarely becomes thick enough for satisfactory skating, these little ice-yachts may easily afford a deal of not altogether unprofitable amusement. Model yachts have not as yet gained much of a foothold in the nonfreezing United States, but in England, where there are prosperous clubs almost everywhere, even in Hyde Park, in the heart of London, the conditions are very favorable. Sails and rigging are all ready and need only to be mounted upon a suitable frame with runners, steering gear and adjustable ballast. The average Englishman may probably regard this suggestion as unwarrantable, because ice-yachting is wholly beyond his range of experience, but if once he tries it he will find that it opens up possibilities of seamanship not dreamed of heretofore, and he will cover the frozen Serpentine with miniature fleets that will rival in beauty and vastly excel in speed those that dance over its ripples during the summer months.

In its main features the Hudson River ice-yacht now closely approaches perfection. Improvements will, of course, be made from time to time in the minor details of rig, and occasionally some phenomenally fast boat will be built, the secret of her speed remaining perhaps, in some degree, unexplained.

A few years ago the lateen rig was simultaneously adopted by the Hudson River and Shrewsbury (N. J.) clubs, and for a time it bade fair to supersede the jib and mainsail boats that had long held the championship pennant. Several very large lateen-rigged yachts were constructed, notably the _Scud_ of the Shrewsbury, and the _Avalanche_ of the Hudson River Club. Experience has shown, however, that craft of that size and rig are phenomenally fast only when the wind rises to No. 70 of Beaufort’s scale, that is to say, something nearly approaching a full-grown hurricane. With such a wind the big lateens are undoubtedly very fast, but the rarity of such conditions leaves them in the lurch on ordinary racing days, and it is by no means certain that even in a hurricane they are sure to win when pitted against a jib and mainsail. At all events, some of the large lateens have been altered to the sloop rig, and their owners are not disposed to try back.

On small or moderate sized yachts, however, the lateen is an admirable rig, and in average racing weather such boats not infrequently distance their larger competitors. In this connection it may be well to compare the respective weights of the two rigs as taken by Mr. John A. Roosevelt, Commodore of the Hudson River Club.

Comparative weights of the _Icicle_ (sloop) and _Avalanche_ (lateen):

_Icicle._ _Avalanche._

Center-timber and box, lbs. 776½ lbs. 768½
Runner-plank and strap, 565 520
Mast, 250 361
Runners, 150 186½
Boom and two blocks, 146½ 451½
Rigging, 125 --
Blocks, -- 93
Rudder-post and tiller, 91 81½
Gaff, 47½ --
Yard, -- 198
Jib-boom and two blocks, 47 --
Blocks, -- 18½
Blocks and halyards, 62 50
Sails, 172 206
--------- ---------
lbs. 2,432½ lbs. 3,007¾

It is seen, therefore, that the lateen outscales her rival by about 575 lbs., the two boats being nearly the same size. Theoretically, the _Avalanche_ having only a single sail--and that capable of being set almost as tight and flat as a drumhead--should out-point and out-foot anything of her size, but practically the extra weight hinders more than the better fitting canvas helps her.

The “cat-rig,” too, has been tried, but without the good results anticipated, and a sharpie rig has, it is said, done fairly well with a small boat on the Shrewsbury.

It may be confidently stated that the sloop rig is the safest to count upon for allround work, particularly in the largest-sized boats. In boats of the second and third class the lateen may be used with a chance, not altogether assured, of superlatively good results.

It is not likely that ice-yachts will ever be built larger than the present, the _Avalanche_, _Icicle_, _Northern Light_, _Scud_, and their class, _i. e._, about fifty feet long, and spreading something like 600 square feet of canvas. To sustain such a boat requires comparatively heavy ice; to drive her at a high rate of speed calls for a living gale of wind, and to tow her home when becalmed, or collect her scattered fragments should she chance to be shipwrecked, is a work demanding a large store of patience and endurance. In average blustering wintry weather, with a wind not to exceed, say, twenty-five miles an hour, boats of the second class stand a very fair chance of beating those of a larger spread and heavier weight.

The art of sailing an ice-yacht is _sui generis_. It is, indeed, of comparatively modern origin. A generation ago sheets were started on an ice-yacht when running free, much as they are in an ordinary sailing-boat, and the singular properties of the close-hauled sail were not understood. The modern ice-yachtsman never slacks away his sheet except, perhaps, when he wants to turn a stake with certainty, or when the ice softens. Given a hard surface and a stiff breeze, he will outrun the wind in any direction.

One who hears this paradox stated for the first time may be pardoned for incredulity, nor is it easy in all cases to make clear the possibility of such a feat. A very large majority of intelligent people when confronted with the proposition, simply say that it is impossible and absurd, and are hardly convinced when they actually see an ice-yacht running straight down the wind, with her pennant streaming out astern. To yachtsmen. it had been known for several years that a comparatively light wind would send ice-yachts ahead of the fast express trains on the Hudson River Railroad. After a time the mathematical experts heard of it, and they said it could not be so; they took their little slates and proved their position to the satisfaction of all properly constituted scientific minds. But this did not prevent the yachtsmen from sailing faster and faster, and presently other mathematicians rose up and demonstrated the contrary of the proposition, thereby showing, for the ten-thousandth time, that all save the truth can be proven by figures.

The fundamental principle of sailing an ice-yacht faster than the wind may be readily demonstrated by means of a very simple mechanical device.

Let A, E, B, F be an open frame, A-B a wire stretched diagonally from corner to corner, and G a ring running upon the wire. C-D, another wire, reaches from end to end of the frame, passing also through the ring G at the intersection of the wires. This second wire (C-D) is movable back and forth between A-F and E-B, and parallel to them. It is evident that when C-D is moved the ring G will slide along both wires, and that while C-D is passing from A-F to E-B, G will slide from A to B--twice as far, that is, as the distance traversed by C-D, the moving agent.

Now, suppose G to be an ice-yacht; let the movement of C-D across the frame represent the direction and velocity of the wind and the diagonal A-B the distance to be traversed. The ice-yacht G moves twice as far, that is to say, twice as fast as does C-D (the wind) that drives it. Such is, perhaps, as plain a statement of the conditions as can be devised. In practice the elements become more complicated. Let Fig. 3 represent a section of frozen river, with the wind blowing across it in the direction indicated by the arrows. Applying the principle shown in Fig. 2, an ice-yacht may run from A to B while the wind is moving across the river from A-F to E-B. It is not the purpose of this paper to go into the logistics of sailing in general, but any one who can sail a boat will see at a glance, that with the wind as shown in Fig. 3, an ordinary boat would sail nearly or quite as fast from C to D, or from E to F, as she would from A to B. The same rules apply, of course, to an ice-yacht, but with this important difference, while an ordinary sailing-boat meets with increasing resistance from the water the faster she goes through it, an ice-yacht meets less and less frictional resistance from the ice the faster she goes over it. Again, if she is pointing more or less toward the wind (as on a line from E to F), she increases the apparent force of the wind by her own motion. The only considerable resistance is that offered by spars, rigging, etc., in passing through the air, and this is trifling when compared with her large sail area, and the propulsive energy of even a moderate breeze.

In sailing an ice-yacht there is none of the vexatious handling of ropes unavoidable in an ordinary sailing-boat. The sheets usually take care of themselves in going about, and the steersman has only to move his tiller a little to starboard or port to secure instant obedience and an eagle-like swoop of the yacht in the desired direction. In high winds, however, the yacht is apt to lift her weather runner clear of the ice, upon which she at once becomes unmanageable and must be brought down to her bearings as soon as possible. If properly balanced she should shortly do this of her own accord, but during the few seconds when she has the bit between her teeth she may do untold mischief.

The astonishing rapidity with which an ice-yacht under control may be handled was well instanced last winter in an encounter between the _Polaris_ and _Arrow_, as indicated in the diagram, Fig. 4. The _Polaris_ was running dead before the wind, heading to pass a space of open water where ice-cutters were at work, when her steersman became aware of the _Arrow_ approaching on his starboard hand at a fearful rate of speed, but with her weather runner in the air, and evidently with the bit between her teeth. A collision was imminent, for the _Polaris_ could not bear away in either direction; on one side was open water and on the other was the _Arrow_, too near to be passed astern. Under the circumstances it was instinct rather than a process of reasoning that led Commodore Roosevelt to jam his helm hard a-starboard and send the _Polaris_ spinning on her center, making a complete revolution almost within her own length (see Fig. 4). She did it, and was on her former course again almost before any one knew what had happened, her jib-boom barely clearing the after leach of the _Arrow’s_ mainsail as she passed astern of her. Such a gyration as this is justifiable only in extreme cases, for of course everything is subjected to a sudden and tremendous strain, and if nothing gives way it speaks well for the perfection of equipment.

Sometimes an ice-yacht will perform this maneuver on her own responsibility and without an instant’s warning, and this is especially true of the smaller class of lateen-rigged boats. With them, however, damage is less likely to result, as the strains are proportionately less severe.

Sailing on the wind is a comparatively simple matter, though, of course, where a number of boats are breaking tacks, as in a thrash to windward on a regatta day, a quick eye and a steady hand are indispensable if collisions are to be avoided and the most made of every turn.

Running down the wind, however, calls for the more skillful seamanship, and involves a closer calculation of chances. Not many years ago, when a fleet of ice-yachts sailed down the wind, it was a straight run with lifted sheets, but after a while some bright fellow discovered that by putting his boat on the wind at her very best point for speed, she would in a few seconds attain a maximum velocity. Then, bearing away, she would run sometimes for several minutes _through_ the wind, her pennant flying out astern, and she sliding past her free-sailing competitors at an astonishing rate.

Fig. 5 roughly shows the comparative courses of two ice-yachts, A running dead to leeward and B tacking after the method described. The proportions between the tacks across the wind and the runs through it cannot be preserved on so small a map; but it is evident that B traverses a far longer course. That she invariably beats A, other things being equal, is the unanimous testimony of all practical ice sailors. In other words, if a balloon could be persuaded to drift down the wind at a convenient height above the ice, B could let it have a fair start, and could, if properly handled, sail completely around it in a run of two or three miles.

This “proper handling,” however, is not so simple as it seems. It involves an intimate knowledge of and sympathy with one’s boat. Her best point of sailing varies with every variation in the force of the wind, and her skipper should know by instinct exactly when she is doing her very best under existing conditions. She must not be forced so that she will lift her weather runner clear of the ice, for the moment that runner lifts the grip of the lee runner weakens, and the yacht is in danger of making leeway. She must not be turned too sharply, for the rudder checks her headway, and so does the lateral resistance that she encounters while changing directions. A knowledge of the course is of vital importance. Instead of the currents and tide-rips of summer, the winter yachtsman must be familiar with the “windrows,” air-holes, cracks, ice-imbedded drift-wood, and the like, that beset his course. After every storm these are liable to change and new obstructions from similar causes likely to appear. Hence every tack must be calculated to a nicety, so that the next change of direction can be made to the best advantage.

When running for the stake it is important to gauge headway so that the turn can be made without being carried too far beyond the mark; and here again a personal knowledge of the boat and her whims is indispensable for nice seamanship. In the excitement of the moment one may readily lose control, and it is said to be a good plan to slack away the peak halyards a trifle just before rounding. This enables the rudder to act with certainty, and as soon as the turn has been made the halyards can be again hauled taut. This operation necessitates the best modern appliances in the way of hoisting-tackle, for the halyards all lead aft to the “box,” and one man should be able to slack away or haul taut with one hand. Then, of course, there are all the devices known to sailing experts intensified a hundred-fold by the altered conditions.

An absolutely even start can always be had since the contestants can be held at anchor till the signal is given, though, of course, the windward position gives an advantage. Once under way seamanship and knowledge of the course begin to tell, and bold maneuvering may quite as often win a race as in the slower evolutions of regular sailing craft. The swiftness with which any plan can be executed renders the game extremely exciting. One sees an opponent making a short and seemingly unnecessary tack. The natural results must be comprehended instantly or, peradventure, one may find one’s self presently forced to yield the right of way when every second is of the last importance. It is jockeying, perhaps, but when one knows that by crowding a dangerous rival a trifle he will be forced to tack a mile farther on by an insurmountable windrow, one were more than mortal to resist the temptation. It calls for quick thinking and equally quick action to sail an ice-yacht successfully and well in a modern regatta; but the excitement is of the wildest description, and all the accessories are fascinating in the extreme to one who has robust health and does not care a rap for exposure in a northern midwinter.

Our frontispiece is from an instantaneous photograph which caught the _Northern Light_ (holder at the time of the Challenge Pennant) just as she was rounding the home stake, off Poughkeepsie, on Valentine’s Day, 1887. She was probably moving at the rate of twenty miles an hour when the picture was taken. The sleet thrown up by her lee runner can be seen flying off astern. Her weather runner was, in fact, just clear of the ice at the moment, though so slightly as to be imperceptible in the picture. This is probably the best photograph of a moving ice-yacht that has ever been taken.

Every year sees improvements in fittings and rig. The “Haggarty hoist” is now used on the mainsails of the best boats instead of the ordinary mast-hoops. This hoist consists of a series of metal clamps attached to the luff of the sail and engaging a wooden cleat shaped like a T-rail and fastened vertically to the after-side of the mast.

To secure a better “set” the luff of the sail is no longer doubled over on itself, but instead, a canvas binding is sewed on. This gives three thicknesses of canvas instead of five thicknesses, as was often the case under the old system, and, consequently, the sail stretches along the mast, where the greatest hoisting strain falls, and where any inequality is most readily taken up without causing wrinkles elsewhere. The elliptical box, with its comfortable cushions and its central hand-rail for the passengers to grasp in case of need, is suggestive of luxury but in itself it is largely delusive, for no position is less endurable than a half-reclining one with the head raised, as was formerly unavoidable. To render the sitting position possible the iron tiller is now given an upward curve, so that the steersman can sit with his legs across the center-timber, the tiller swinging freely above his knees. This posture, however, necessitates some sort of a backboard, and the best appears to be an upholstered iron frame, as shown in Fig. 6.

The flat extensions, A A, pass under the cushion, and a firm back and brace is thus supplied. Another device is to make the central portion of the side of the box higher than the rest, with a narrow cushion to fit, effecting the same end. This matter of cushions is not mere luxury. The rapid passage of the runners over any save the very smoothest of ice produces a jarring motion that speedily becomes unendurable wherever the person rests against a hard or angular surface. In previous articles it has been suggested that stout chair-seats, with arms and back, might be adjusted to the center-timber in connection with a foot steering-gear, similar to those used in canoes. Such seats could be fastened anywhere on the center-timber by means of thumb-screws, thus moving the weight forward or aft according to the special conditions of wind or weather.

The season for ice-yachting in the latitude of New York rarely begins before January and often holds off until February. The daily morning papers always mention the condition of the ice on the preceding day, and by taking an early morning train one may easily reach the sailing-ground by noon or shortly after. The weather, in New York is no criterion of that north of the Highlands. It is often raining on the coast when the sky is clear and the weather fine in the interior. When, therefore, good ice is announced by the papers, the correct thing to do is to take the next train to Poughkeepsie, irrespective of weather. You may be disappointed, for wind and temperature are proverbially fickle; but if you have reasonably good luck you may see the finest ice-yachts in the world, and learn by personal observation how they are managed.

THE LAKE CHAMPLAIN YACHT CLUB.

FREDERIC G. MATHER.

“This is a great day for Lake Champlain,” said a rustic who had been discussing with his fellow the difference between a cat-boat and a sloop. “I may not know the difference, but there’s plenty about here who do--and I say, ‘Hurrah for old Champlain! anyhow.’”

The rustic, like many others who are right, spoke better than he knew. It was a mild morning in September last. Rain had fallen all through the neighborhood, and more was to come according to that never failing test--the low-hung clouds which still covered the eastern slopes of the Adirondacks and refused to lift even when an occasional ray of sunshine gave them every chance. From the opposite shore of New York the early morning hours were watched with intense interest. The alternate layers of mist and mountain showed also stretches of lake, and the larger objects in Burlington appeared through the rifts--the whole making nature’s _mise en scène_ for what was to come.

And, indeed, it was a great day. The Lake Champlain Yacht Club was organized May 16, 1887, with a constitution, by-laws and sailing regulations patterned closely after those of the New York Yacht Club. Its rules for sailing were no stricter than its rules for uniforms. In a word, at the time of the regatta everything that experience and enterprise could suggest had been in preparation for sixteen months under the guidance of such gentlemen as W. Boerum Wetmore, commodore; W. A. Crombie, vice-commodore; J. Gregory Smith, president; W. S. Webb, first vice-president; Henry Ballard, second vice-president; Joseph Auld, secretary, and Horatio Hickok, treasurer. An executive committee of thirty included not only the above but also such names as H. J. Brookes, H. Le Grand Cannon, H. H. Noble, Jacob G. Sanders, J. A. Averill, A. C. Tuttle, W. H. H. Murray and Alvaro Adsit--all of them well-known sailors upon fresh water; while the total membership of two hundred took in navigators as far to the southward as Albany and New York. In fact, it will be noticed that many of the names are those of New Yorkers who spend the summer months along the shores of Champlain, and one enthusiastic member, Robert W. Rogers, comes all the way from New Orleans. Among the members who have not, according to popular belief, made any aquatic record is G. F. Edmunds, the U. S. Senator from the State of Vermont.

Thus all that hard work, good discipline and natty uniforms could do had been done. The day was a great one because it would bring what had been attempted to a practical test. The lake is about one hundred miles long with a breadth varying from half a mile at the southern end to twenty miles (including islands) at the northern end, so that the greatest stretch of clear water from east to west is ten miles, and the longest unobstructed sweep lengthwise is forty miles. There is no perceptible current, although the drainage is northward into the valley of the St. Lawrence. The prevailing winds are from the south, with occasional winds from the north and, near the shores, frequent puffs that come down through the notches in the Green Mountains on one side and the Adirondack Mountains on the other. Given, then, such a lake not so steady for sailing purposes as Long Island Sound, the chain of the Great Lakes, or even the inland lakes of Chautauqua, Seneca and Cayuga with their low-crowned banks, and yet less treacherous than smaller mountain lakes, like George and Memphremagog--to find the craft that will sail it best with speed and safety. This was the problem that had been discussed and solved and solved over again for months, and which had now come to the point where all theories must show their value or cease to be entertained.

Yachting on Lake Champlain was a plant of slow growth. It was hardly an exotic, because some kind of craft had been known there for 250 years. The xebecs of the early French gave way to the sloops and schooners of the English; and the latter, in the decline of commerce, have been followed by the “long-lakers,” and the Canadian square-sail galleys of to-day. Sail boats of uncertain age, and still more uncertain origin, have flitted about the lake for generations; but nothing was ever evolved from them that met the requirements of the modern yacht. It was reserved for the Rev. W. H. H. Murray to bring thither some of the ideas that he had gathered among the oystermen along the coast of Connecticut and to adapt them to a fresh-water lake. Everyone credits Mr. Murray, better known as “Adirondack,” with calling attention to the broad expanse of lake opposite Burlington that had not been used as it might be by sails and hulls of modern cut; and everybody agrees that the present yacht club is the outcome of his earlier efforts, although, in many respects, it has outgrown what he developed and contended for at the first. So Mr. Murray shall have the credit in these pages.

It had occurred to Mr. Murray that the type of oyster-boat known on Long Island Sound as the “sharpie,” would fill all the conditions on Champlain noted above. The sharpie was the successor of the old V-shaped punts, or “flat-iron” scows, that brought the earlier oysters to market. When the demand for more bivalves led to the transplanting of Southern oysters to Long Island Sound, the larger boat, the sharpie, was produced, as the one which would combine cheapness, light draught, broad bottom, ready handling with the sail or oar, sea-worthiness, and fair sailing qualities.

So Mr. Murray constructed the _White Wings_ in Connecticut, and brought it to Burlington to show his faith in his new theory. We may quote liberally from his description of a sharpie adapted for use on Lake Champlain. The length over-all is 50 feet; depth, 4 feet amidships; extreme width of deck, 12 feet; length of center-board, 16 feet; width, 5 feet; distance between masts, 30 feet; sail-area, 200 to 300 yards; length of foremast, 50 feet; length of mainmast, 47 feet. The sails are laced to small booms, or the sprit can be used. The sails can be of strictly “leg-o’-mutton” shape or “clubbed” in form, which is desirable when a large spread of canvas is demanded, because it allows a large sail area, and, at the same time, keeps the major section of the sail low down, where the wind-pressure should be located. These boats are decked and staved in hard woods--oak, cherry, birch or Southern pine. White pine is of course allowed, but it is soft and liable to be marred by indentations. The sides are of white pine plank, 2 inches in thickness, 8 inches wide, and from 16 to 20 feet in length. Such plank-work is easily shaped, and makes a strong boat. The bottom is of Southern pine, finest quality, 2 inches thick and 6 wide, and the stern-piece of best white oak, with plenty of size to it. Fourteen feet abaft the stem is the front of the cabin, and the length of cabin is adapted to suit service. If for home sailing, it can be twelve feet, divided amidships into two apartments--one for men, the other for women. The front section of each apartment, say 4 × 5, is fitted with a lavatory like a Pullman car; height of cabin, six feet in the clear. This gives an elevation of sides above deck-line of, say, two feet, three sides to be built in two or three panels which can be opened inward in fair weather, and buttoned to cabin roof. The cabin is thus converted, at will, into a charming sitting-room, in which ladies and children can be protected from the sun, and yet enjoy the sight of water and mountains beyond. If the boat is intended for cruising, the cabin can be made longer, say twenty-two feet. This would still leave a large cockpit, and accommodate a party of a dozen with berths and tables for sleeping and eating, whether the weather was fair or foul. The table-leaf can be hinged to the center-board case, so as to hang vertically to it and take up no room when not in use. Berths, on bed frames, made of wicker, 6 × 2 feet, are hinged to the cabin sides, and like the table, hang pendant when not in use. Cook’s galley, immediately ahead of the cabin, is entered by a hatch of large size, say 3 × 4 feet, built to be slid forward in close-fitting grooves, so that in rough weather it would be practically water-tight. The cabin should be of quartered oak or cherry, or any desirable wood. Fifty chairs can be placed in the cabins and cockpit.

Such were the boats of which Mr. Murray wrote: “They are well adapted to meet the wants of amateurs, and will do much to make yachting a popular recreation to a degree never hitherto realized.” The appearance of the _White Wings_ led to the building of other sharpies, and an organization under the name of the Sharpie Yacht Club of Burlington became the nucleus of the present yacht club.

Since Burlington boasts no canoe or rowing clubs, it was Mr. Murray’s idea to combine all the boating interests as a part of a general scheme which should take charge of all kinds of sports and pastimes natural to such a magnificent body of inland water, and yet the boating section of the club was to be devoted to sharpies--the model to which Mr. Murray still pins his faith. As the club grew it showed decided tendencies toward a regular yacht club. This carried with it the erection of a $5,000 club-house on one of the best wharves in the harbor at a point about which all the boating tendencies of the lake might rally, the expenses of membership being only $10 yearly with no financial responsibility beyond this figure.

As an illustration of the very effective and concise way of doing things, it will be of interest to repeat a statement that was posted upon the bulletin board: “The regatta committee will announce before each race in which direction the course shall be sailed, which will depend upon the wind. If the course is first to the north from the club-house, all yachts will pass to the right of all rounding marks, leaving them on their port sides. In case an overlap exists between two yachts when both of them, without tacking, are about to pass a mark on the required side, then the outside yacht must give the inside yacht room to pass clear of the mark. A yacht shall not, however, be justified in attempting to establish an overlap and thus force a passage between another yacht and the mark after the latter yacht has altered her helm for the purpose of rounding. When a yacht is in danger of running aground, or of touching a pier, rock or other obstruction, and cannot go clear by altering her course without fouling another yacht, then this latter shall on being hailed by the former, at once give room, and in case one yacht is forced to tack or to bear away in order to give room, the other shall also tack or bear away, as the case may be, at as near the same time as is possible without danger of fouling.”

The regatta should have taken place on the first Tuesday in August, and that will be the date hereafter; but last year it was postponed till September 21, in the hope that certain new boats might be finished and enter the races. The _Nautilus_, the most eagerly expected of all, failed to appear. We will make note of her later on.

It was required in every instance that there should be three starters or no race. The club course of about 8-5/16 miles commenced on a line inside the breakwater and at right angles to the club-house, round the south end of the breakwater, south of Rock Dunder, south of Juniper Ledge buoy, west end of Juniper Island, north end of breakwater to starting line. This was the course for the first class sailing yachts (33 feet and upward), the time not to exceed 2¾ hours. The first prize was $60, and the second $20.

W. A. CROMBIE, VICE-COMMODORE. JOSEPH AULD, SECRETARY.
]

There had been a brush, a few days before, for the championship pennant. The _Flyaway_, a sloop built by Lawler, of Boston, for Dr. W. S. Webb. had covered the course in 1h. 30m. 42s. Next came the _Ripple_, a sloop built and owned by Adsit and Bigelow, in 1h. 32m. 50s.; and last came the sharpie, _White Wings_, built under Murray’s eye, and owned by C. B. Gray, her time being 1h. 48m. 30s. The same boats started in the first class race, except that the sharpie, _Burlington_, owned by Joseph Auld and others, having less freeboard and an improved stern, took the place of the _White Wings_. Time allowance was waived by the _Ripple_ and the _Burlington_. The _Ripple_ came over the line first and held the lead till, on rounding Juniper Island, she was passed by the _Flyaway_. Then came a very close contest, the _Ripple_ afterward claiming she would have won if she had had the time allowance. The elapsed time was: _Flyaway_, 1h. 45m. 3s.; _Ripple_, 1h. 46m. 33s. The _Burlington_ was becalmed and withdrew.

By this time a drizzling rain had set in; but the yachtsmen and their friends had had enough taste of the sport to want more. The second class race was for sailing yachts measuring between 20 and 33 feet. The prizes were $45 and $15. The course was the club course, omitting the turning of Juniper Ledge buoy--distance, 7⅓ miles, to be covered in 2¾ hours. There were five starters, and the prospects were for the best race of the day. But the rain beat down the wind; the race became a drifting match, and was postponed till the next day. The starters were: the _White Wings_, sharpie; the _Agnes T._, a sloop owned by T. A. Taft; the _Princess_, a sloop owned by R. W. Rogers; the _Puritan_, a sloop owned by W. C. Witherbee, and the _Eagle_, a schooner-rigged keel-boat owned by W. S. Hopkins. The same yachts were allowed to sail in the postponed race on the following day, but only the _Agnes T._ appeared. She sailed over the course in 1h. 14m. 25s. Two entries of the day before were barred out because they did not start at that time.

There was still more rain and still less wind when the third class yachts (under 20 feet) were called. The course was 5-13/16 miles, starting around the north end of the breakwater, thence about Rock Dunder, and homeward around the south end of the breakwater. Two hours was the time limit; and the prizes were $30 and $10. The only starter was the sloop _Goat_, owned by W. C. Witherbee--and so the race was declared off.

But no amount of rain or lack of wind could keep back the steam and naphtha launches of under 50 feet from racing for the $100 cup offered by Commodore Wetmore. The course was around the north end of the breakwater, north of Appletree buoy, south of Proctor’s shoal buoy and around the south end of the breakwater, a distance of 7 1-5 miles. The time limit was 1½ hours. Four of the starters finished the race; the fifth, the _Idlewild_, owned by Averill & Kellogg, having passed the first buoy only. The starters, together with their owners and elapsed time, were these: the _Nymph_, Dr. W. S. Webb, 41m. 55s.; the _Cecil_, Myers & Clough, 49m. 33s.; the _Adonis_, J. B. Tressidder, 52m. 14½s.; the _Comus_, R. W. Rogers, 58m. 17s. It was evident from the start that the _Nymph_ would win--but there was a very exciting contest for second place, the _Cecil_ finally leading the _Adonis_. In figuring the result the Isherwood rule was used, because the lengths of all the boats were less than 50 feet. If they had been more than 50 feet, the Emory rules of the American yacht club would have held. The Isherwood rules provide that the speed in knots per hour is divided by the cube root of the length on the waterline of the yachts respectively, and the quotients represent, relatively, the merits of the different yachts. Based on this rule, the ratios were: _Nymph_, 1.13; _Cecil_, 0.97; _Adonis_, 0.91.

The _Nymph_ is 46 feet long, 8 feet beam, and 3 feet draught. She divides with the _Dolphin_, owned by Commodore Wetmore, the honor of being the fastest steam launch on the lake. The _Dolphin_ is 42 feet long, with the same beam and draught as the _Nymph_. On October 15 there was a test of speed between the two for the champion pennant of the lake. The _Nymph_ won by 11½s. over a 7-mile course, there being no time allowance. On November 1 another race over a course of 6½ miles was won by the _Dolphin_ by 32½s. We may look for good time from both the _Dolphin_ and the _Nymph_ in the steam race of 1889.

The greatest race of all came off upon Saturday, September 22, the second and final day of the regatta. This was for the $500 cup made by Tiffany, and presented by the ladies of Burlington. It is an elaborately-made punch-bowl, with a fine engraving, on the outside, of the harbor of Burlington. According to the rules of the club, “the Ladies’ Cup” shall be a perpetual challenge, and shall be sailed for each year by the yachts belonging to the members of the club at their annual regatta. The course shall be about ten miles, and the sailing allowances, etc., shall be governed by such rules of the club, as from time to time may obtain. The course, etc., may be changed from time to time by the regatta committee as the exigencies of the club may require. They, or their successors in office, are made custodians of the cup for the club, and shall award the same each year to the successful yacht; which yacht shall have its name and the date of the regatta engraved on the cup by the committee, and shall hold it until the next annual regatta, giving bonds to the committee in the sum of $600 for the safe keeping of the same. Any damage or loss to the cup while in the possession of a yacht shall be appraised and deducted by the committee from the bond on the return of the cup, which shall be one week before the next annual meeting. Owners of yachts failing to return the cup at the time specified, shall sacrifice their bonds and cease to be members of the club. A yacht holding the cup and not competing for its possession, is considered as having competed and lost. In all races, at least three yachts must start or no race, unless a race has been postponed; but should the yacht which is in possession of the cup be a competitor, she may sail the course, without this limit as to the number starting.

The wind being from an unfavorable quarter, the course of 9⅞ miles was reversed. It led from the south end of the breakwater, south of Rock Dunder, south of Juniper Ledge buoy, west of Juniper Island, north of Appletree buoy, and around the north end of the breakwater. Eight yachts entered the lists; the _Flyaway_, the _Agnes T._, the _Ripple_, the _White Wings_, the _Burlington_, the _Gypsie_, Phelps & Son, the _Surprise_, Joseph Labelle, and the _Virginia_, Peter Thust, the two latter being Canadians. There was a splendid start, the eight boats all crossing the line within a space of 1m. 14s. They kept well together, and on turning the Ledge buoy they were so closely bunched as to be in each other’s way. Then came more than four miles of beating. The _White Wings_ capsized in trying to house her jib, and the Canadian boats gave up the fight. The _Agnes T._ had led thus far with a prospect of winning, because she was allowed 2m. 10s.--a figure that would have given her the race over the _Flyaway_ the day before. But her narrow beam kept down the area of her sails, and she dropped out, while the _Flyaway_ spread her gaff-topsail and shot ahead. The _Burlington_ held her port tack well into the broad lake, the _Gypsie_ tacking nearly as long. It was evident the race belonged to the _Flyaway_ or the _Agnes T._ The latter was 6½m. behind in turning the Appletree buoy. Then the race homeward was commenced. The _Flyaway_ set her jib-topsail, and the _Agnes T._ set her spinnaker. It was to be a very close thing--for the _Flyaway_ had allowed her rival 2m. 26s., and the _Gypsie_ 9m. 50s. Had not the spinnaker gone overboard, the _Agnes T._ might have won.

The score stood--

_Elapsed_ _Corrected_
_Time._ _Time._
H. M. S. H. M. S.
Flyaway 2 03 19 2 03 19
Agnes T. 2 09 10 2 06 44
Gypsie 2 17 20 2 07 30
Burlington 2 16 28 2 22 55

It should be stated that the _Burlington_ was obliged to give an allowance of 6m. 27s. to the winner--thus making her fourth, although she was third in elapsed time. As soon as the _Flyaway_ crossed the line there was a welcome from all the steam-whistles in and about the harbor, such as old Champlain had never heard before.

Now came an incident that showed the _esprit de corps_ of the new yacht club. Many of the older clubs do not venture upon the Corinthian race, wherein every boat must be sailed by its owner, assisted solely by members of the club to which he belongs. Even if the members want a race of this sort, it is only after years of hard work and constant sailing contests, that it will be worth the trouble. But Commodore Wetmore had with him upon the _Dolphin_--the official boat--Col. W. A. Crombie, vice-commodore; Chester Griswold, fleet captain; Joseph Auld, secretary; Maj. M. B. Adams, U. S. Engineers; Captain Abbott, of the 6th U. S. Cavalry, and one or two civilians, who were also land-lubbers. It was suggested to the commodore that it was of no use to start the Corinthian race because there could be none--the _Agnes T._ alone offering to sail. But the commodore blew his whistles, the proper flag appeared on the club-house, and the race was started in good form--all except the boats. Then the Commodore delivered himself: “I propose to let everybody know that we go through the forms of starting every race, whether there is anybody to start or not. Next year every boatman and every visitor will know just what to expect. It is better to start our first regatta right and educate everybody up to the proper way to do these things.”

The final whistle was blown and the first annual regatta of the Lake Champlain Yacht Club was over; and over with great credit, thanks more particularly to the energetic Regatta Committee, W. Boerum Wetmore, Chester Griswold and H. Le G. Cannon, of New York, and Elias Lyman and Lieut. A. S. Cummins, of Burlington. Then the sharpies, cutters, sloops and cats sailed away; and if you were “handy there” you must have heard the old refrain taken up and echoed back from the hills!--

“Watch her! catch her!
Jump up in a ju-ba-ju;
Give her sheet and let her howl,
We’re the boys to put her through.
Oh! you ought to hear her howling
When the wind is blowing free.”

Among the sailing-yachts that did not race, were--the _Emily_, Rev. C. H. Kimball, of Hartford, Conn.; and the _Champlain_, J. Armor Knox, of New York. The list would not be complete without a mention of three screw-yachts: the _Sappho_, owned and sailed by the ever-hospitable Dr. W. S. Webb; the _Scionda_, which knows every reef and bay of Champlain, under the guidance of the genial commodore, Jacob G. Sanders; and the _Alexandria_, upon whose decks and within whose cabins Mr. Alexander Macdonald, of St. Johns, dispensed true Canadian hospitality, and added much to the social features of the regatta by the presence of his guests, Mayor Macdonald, U. S. Consul Bertrand, and Mr. Charles Aspin, of St. Johns, and Judge Davidson, Col. and Mrs. Bond, Miss Bond, Miss Wood, and Miss Grant, of Montreal.

It is hoped, and rather expected, that another year we may see a race for steam yachts. The _Sappho_ is 104 feet long, 15 feet beam and 7 feet 6 inches in draught. The _Scionda_ is 98 feet long, 17 feet beam and 6 feet in draught. The _Alexandria_ is about 85 feet long, with a beam and draught nearly the same as the _Scionda_. She is built not so much for speed as for porpoise and other fishing off the coast of Newfoundland, and all of her arrangements and appliances are of the most complete and compact kind. An engine, from Providence, R. I., gives the motive-power.

The new yacht club starts with all the advantages that the experience of the older clubs can offer. It is really the pioneer of strict yachting on the inland waters of the United States. Even on salt water the history of yachting commences with the New York Yacht Club less than fifty years ago; and all the developments of the present day date from within the past twenty years. The pioneer of clubs in New England, the Boston, was not formed till 1865. The South Boston was formed in 1868; and the Bunker Hill and the Portland in 1869. At the latter date there were only fifteen clubs in the United States--all of them on salt water. So the new club enters the lists not much behind the others in age, and with every inducement and opportunity to avoid their mistakes, and to profit by their success. In these days of steam-power the yachtsmen are the only ones left to keep alive the tone and vigor of the old-time seamanship which was the theme of song and story. And when the American navy finds its reserve--as it surely will--in the well-trained yachtsmen of the day, then the Champlain Club will offer aid that is worth having upon a lake that saw the transit of arms for more than 200 years.

But the Lake Champlain Yacht Club is thus early in the process of changing from its original design and scope. We have already seen how it has grown beyond the sharpie. In spite of schooner or barque rigs and lower freeboards and more cutter-like sterns the sharpies that entered the races showed that they were both out-pointed and out-footed by the sloops. In other words, they failed to hold that grip upon the water that all boats must have when beating. Their narrow beams also keep down the area of their sails. As racers, therefore, the regatta showed them to be failures--although they are safe, roomy and comfortable boats for cruising. The accident to the _White Wings_ should not tell against the sharpie model, for even a broader beamed boat is liable to go over when a gybe comes along and the booms and the ballast are on the same side of the keel. In running before the wind, however, the sharpie proves to be a safe and a fairly speedy boat.

The other extreme--to which the club seems to be tending--is the salt-water sloop of the latest design. Such an one, the _Nautilus_, was expected to be ready for this regatta, but it will surely be on hand next year, prepared to beat all comers, if what is claimed can be proved. The hull floats a mile or two down the lake, and the spars and boom are laid aside till another season. Burgess, of Boston, finished the lines, and they are very nearly those of the _Volunteer_, the defender of the _America’s_ Cup, but on a smaller scale. The length on deck is 53 feet, and on the waterline 40 feet. The beam is 15 feet and 3 inches, and the draught is 5 feet--or about 13 feet with the 12-foot center-board down. The color is white, but the gunwales are of oak, and the combings are of mahogany. Steel rigging is used. The mast is 42 feet high, and the topmast is 34 feet more, a total of 76 feet from the deck. From the step of the mast to the end of the bowsprit is 39 feet, while the boom is 47 feet long. This makes the lower edge of the sail-plan triangle 86 feet. With a single rig of sails spread the _Nautilus_ will carry about 350 square yards, but if the flying-jib, the spinnaker, and other extra sails are included, the area will reach about 700 square yards.

Of course the building of the _Nautilus_ is tentative. It remains to be seen whether as much sail area as can be spread to the steady breezes of salt water can be spread with profit, or even with safety, to the comparatively unsteady and uncertain winds of an inland lake that is surrounded by mountains. The American Canoe Association has proved, on a smaller scale, that big sails on a mountain-locked lake are to be avoided. Experience has shown that a moderate area of sail, well handled, wins the day; but there are times when a light wind gives the race to the man who has the largest area. The same experience is likely to come to the yacht club, and our prediction is that it will soon be shown that the _Nautilus_ has too many and too large sails for her hull, and that by the time of the regatta in August she will appear with a smaller area. But if the _Nautilus_ can go through the narrow pass in the lake known as Split Rock, with its varying currents of air and water, and its sudden and terrific squalls from off Whallon’s bay, then she can do anything; for that is the test of seamanship, according to the old sailors on the lake. Such a severe trial, however, should not be asked of the _Nautilus_, or of any other new boat that is built for the same purpose. Her mission is not so much to tempt Providence as to mark an era in the advancement of yachting upon the unsalted waters.