OFF-PLAN DEVELOPMENTS OVERVIEW

Buying a property in France, why not consider a property constructed in wood – a log home construction – this log homes style of building is gaining popularity in the French Pyrenees and French Alps. French Pyrenees log homes are affordable and provide an excellent quality and spacious home, there are French mortgages available to purchase French log homes – up to 100% funding available – subject to conditions. View the French log cabins in the Off Plan section – French Pyrenees Log Cabins . Check out the official web site for Eaglerock Log Homes ...More..

A log cabin is a small house built from logs. It is a fairly simple type of log house. A distinction should be drawn between the traditional meanings of "log cabin" and "log house." "Log cabin" generally denotes a simple one, or one-and-one-half story structure, somewhat impermanent, and less finished or less architecturally sophisticated. A "log cabin" was usually constructed with round rather than hewn, or hand-worked, logs, and often it was the first generation home building erected quickly for frontier shelter. 

Historically log construction has its roots in Scandinavia and Eastern Europe. Although their origin is uncertain, the first log structures were probably built in Northern Europe in the Bronze Age (about 3500 BC). By the time Europeans began to settle in North America, they had a long tradition of using logs for houses, barns, and other outbuildings in the Scandinavian countries, Germany, Northern Russia and Ukraine.

By stacking tree trunks one on top of another and overlapping the logs at the corners, people made the "log cabin". They developed interlocking corners by notching the logs at the ends, resulting in strong structures that were easier to make weather-tight by inserting moss or other soft material into the joints. As the original coniferous forest extended over the coldest parts of the world, there was a prime need to keep these houses warm. The insulating properties of the solid wood were a great advantage over a timber frame construction covered with animal skins, felt, boards or shingles. Over the decades, increasingly complex joints were developed to ensure more weather tight joints between the logs, but the profiles were still largely based on the round log.

The Wood Museum in Trondheim, Norway, displays fourteen different traditional profiles, but a basic form of log construction was used all over North Europe and Asia. Early settlers used such methods of log building in North America. It became a popular form of construction for pioneers' settling in the far north and the more mountainous parts of America and Canada, where winter conditions were often extreme.

In the United States, settlers first constructed log cabins in 1638. Swedish settlers in New Sweden (present-day Wilmington, Delaware) used log structures. Later German and Ukrainian immigrants also used this technique. The Scots and Scots-Irish had no tradition of building with logs, but they quickly adopted the method. The first English settlers did not widely use log cabins, building in forms more traditional to them. Few log cabins dating from the 18th century still stand, but they were not intended as permanent dwellings. Possibly the oldest surviving log house in the United States is the C. A. Nothnagle Log House (ca. 1640) in New Jersey. When settlers built their larger, more formal houses, they often converted the first log cabins to outbuildings, such as chicken coops, animal shelters, or other utilitarian purposes.

 When cabins were built with the intention of applying siding, the logs were usually hewed on the outside to facilitate the application of the siding. When logs were hewed on the inside as well, they were often covered with a variety of materials, ranging from plaster over lath to wallpaper. 

Log cabins were built from logs laid horizontally and interlocked on the ends with notches (British English cog joints). Some log cabins were built without notches and simply nailed together, but this was not as structurally sound. Modern building methods allow this shortcut.

The most important aspect of cabin building is the site upon which the cabin was built. Site selection was aimed at providing the cabin inhabitants with both sunlight and drainage to make them better able to cope with the rigors of frontier life. Proper site selection placed the home in a location best suited to manage the farm or ranch. When the first pioneers built cabins, they were able to "cherry pick" the best logs for cabins. These were old-growth trees with few limbs (knots) and straight with little taper. Such logs did not need to be hewn to fit well together. Careful notching minimized the size of the gap between the logs and reduced the amount of chinking (sticks or rocks) or daubing (mud) needed to fill the gap. The length of one log was generally the length of one wall, although this was not a limitation for most good cabin builders.

Decisions had to be made about the type of cabin. Styles varied greatly from one part of the US to another: the size of the cabin, the number of storeys, type of roof, the orientation of doors and windows all needed to be taken into account when the cabin was designed. In addition, the source of the logs, the source of stone and available labour, either human or animal, had to be considered. If timber sources were further away from the site, the cabin size might be limited.

Cabin corners were often set on large stones; if the cabin was large; other stones were used at other points along the sill (bottom log). Since they were usually cut into the sill, thresholds were supported with rock as well. These stones are found below the corners of many 18th-century cabins as they are restored. Cabins were set on foundations to keep them out of damp soil but also to allow for storage or basements to be constructed below the cabin. Cabins with earth floors had no need for foundations.

Cabins were constructed using a variety of notches. Notches can vary within ethnic groups as well as between them. Notches often varied on a single building, so their styles were not conclusive.

 Roofing

Log cabins were constructed with either a purlin roof structure or a rafter roof structure. A purlin roof consists of horizontal logs that are notched into the gable-wall logs. The latter are progressively shortened to form the characteristic triangular gable end. The steepness of the roof was determined by the reduction in size of each gable-wall log as well as the total number of gable-wall logs. Flatter roofed cabins might have had only 2 or 3 gable-wall logs while steeply pitched roofs might have had as many gable-wall logs as a full storey. Issues related to eave overhang and a porch also influenced the layout of the cabin.

The decision about roof type often was based on the material for roofing like bark. Milled lumber was usually the most popular choice for rafter roofs in areas where it was available. These roofs typify many log cabins built in the 20th century, having full-cut 2x4 rafters covered with pine and cedar shingles. The purlin roofs found in rural settings and locations, where milled lumber was not available, often were covered with long hand-split shingles.

Some older buildings in the American Midwest and the Canadian Prairies are log structures covered with clapboards or other materials. Nineteenth-century cabins used as dwellings were occasionally plastered on the interior. The O'Farrell Cabin (ca. 1865) in Boise, Idaho had backed wallpaper used over newspaper. The C.C.A. Christenson Cabin in Ephraim, Utah (ca. 1880) was plastered over willow lath.

Log cabins reached their peak of complexity and elaboration with the Adirondack-style cabins of the mid-19th century. This style was the inspiration for many United States Park Service lodges built at the end of the 19th century and beginning of the 20th century. Log cabin building never died out or fell out of favour. It was surpassed by the needs of a growing urban America. During the 1930s and the Great Depression, the Roosevelt Administration directed the Civilian Conservation Corps to build log lodges throughout the west for use by the Forest Service and the National Park Service. Timberline Lodge on Mount Hood in Oregon was such a log structure, and it was dedicated by President Franklin D. Roosevelt.

In 1930, the world's largest log cabin was constructed at a private resort in Montebello, Quebec, Canada. Often described as a "log château", it serves as the Château Montebello hotel.

The modern version of a log cabin is the log home, which is a house built usually from milled logs. The logs are visible on the exterior and sometimes interior of the house. These cabins are mass manufactured, traditionally in Scandinavian countries and increasingly in Eastern Europe. Squared milled logs are pre-cut for easy assembly. Log homes are popular in rural areas, and even in some suburban locations. In many resort communities in the American West, homes of log and stone measuring over 3,000 sq ft (280 m2) are not uncommon. These "kit" log homes are one of the largest consumers of logs in the Western United States.

In Europe, modern log cabins are often built in gardens and used as summerhouses, home offices or as an additional room in the garden. Summer houses and cottages are often built from logs in northern Europe.

Chinking refers to the mortar/infill material between the logs in the construction of log cabins and other log-walled structures. Traditionally, dried mosses, such as Pleurozium schreberi or Hylocomium splendens, were used in the Nordic countries as an insulator between logs.

 Symbolism

The log cabin has been a symbol of humble origins in American politics since the early 19th century. Seven United States Presidents were born in log cabins, including Abraham Lincoln, Andrew Jackson, and James Buchanan. Although William Henry Harrison was not one of them, he and the Whigs during the 1840 presidential election were the first to use a log cabin as a symbol to show Americans that he was a man of the people. Other candidates followed Harrison's example, making the idea of a log cabin—and, more generally, a non-wealthy background—a recurring theme in campaign biographies.

More than a century after Harrison, Adlai Stevenson acknowledged: "I wasn’t born in a log cabin. I didn’t work my way through school nor did I rise from rags to riches, and there’s no use trying to pretend I did." Stevenson lost the 1952 presidential election in a landslide to Dwight D. Eisenhower.

EagleRock Log homes have successfully incorporated an engineering innovation into our log wall construction process. The idea of Thru Bolting itself is not new, just difficult to incorporate into an existing system. This advanced system won't work on just any log home. If a company hasn't invested in the necessary time, money, and quality control measures, major problems can occur. Just trying to get the pre-drilled holes to line up on all the logs can in fact prove very difficult.

At EagleRock, we use the latest engineering technologies available to improve the original log homes that our country's settlers relied on. These advanced homes have set the standard for log wall construction.

Our latest improvement involves the way individual logs are linked together to form the log wall. In the past, logs were spiked or lag bolted (threaded screws) together to erect log walls. EagleRock has developed and implemented a new technique; a spring loaded, self-tightening, maintenance free thru bolt system with our new patented anchoring system. This method replaces spikes and lag bolts with a spring-loaded continuous threaded-rod running through the entire log wall. This forms a very strong log wall, and keeps the log wall very tight as it settles over time.

 Benefits of our self-tightening, maintenance-free thru bolt system:

•Faster to build and less labour intensive than old-fashioned spike and lag bolt systems. There is no need to pound several 8", 10", 12", or even longer spikes into every log. Just start stacking.

•Structural strength is significantly improved. Thru Bolts lock the log wall together. It becomes a solid unit instead of several logs nailed together. Thru Bolting helps maintain uniform settling over the entire log wall system. •Studies backed by independent research have proven the thru bolt (or through bolt) process is vastly superior to spiking or lag bolting the logs together. •Thru-Bolts are without a doubt THE greatest engineering advancement in the log home industry. 

With our improved self-tightening, maintenance-free version with our patented anchoring system... we just set the standard even higher.

Log-Lok Spline & T-Jamb SystemLogs must not only fit tightly with each other, they must be snug with adjoining windows and doors. The tricky part is that if these joints are too rigid, then normal log settling can add stress to or even damage adjoining components.

That’s where EagleRock Log homes’ Log-Lok spline and T-jamb system saves the day. Our log butts, window jambs and doorjambs are outfitted with perpendicular strips called “splines,” which fit into grooves that are mill-cut into the butt ends of adjoining logs.

That way, log wall segments are allowed to settle naturally, leaving the splines to float freely up and down within the grooves. The result is a flexible joint that also provides an excellent seal and minimizes air infiltration.

Double Tongue-And-Groove At EagleRock Log homes, our double tongue-and-groove, saddle notch corners virtually eliminate air infiltration at corner joints, allowing your home to maintain maximum energy efficiency.

Each log is milled with a pair of parallel ridges (tongues) that run the length of the timber and are covered with strips of foam gasket material. When two logs are stacked, the gasket-covered ridges on top of the lower log fit tightly into precision-milled grooves that are cut into the underside of the upper log.

Saddle Notch Corners at EagleRock Log homes, our double tongue-and-groove, saddle notch corners virtually eliminate air infiltration at corner joints, allowing your home to maintain maximum energy efficiency.

 The hallmark of timber frame construction is the use of a various exposed timber roof trusses for structural and/or dramatic effect. EagleRock offers a wide variety of log and timber truss designs, crafted in virtually any size from eastern white pine, Douglas fir, cedar, or other species upon request. Standard truss styles include scissor, king post with straight or curved struts and modified king post with straight or curved struts, queen post, and hammer beam with straight or curved struts.  Custom truss design inquiries are welcome, as our design and fabrication team enjoy an artistic challenge.  Any of these timber trusses can be used in conjunction with any of our standard plans.  For more information please contact your EagleRock representative.

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