Father Builds Amazing Log House for his Family
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00:00Discover the wonder of wood cabin building.
00:03This film depicts three years of effort, artistry and love for nature.
00:06The logs are pre-shaped and treated to guarantee longevity and good fitting for the log home
00:11framework.
00:14Wool insulation is inserted into the logs to boost energy efficiency and maintain a pleasant
00:19internal temperature.
00:23Hydro insulation is put to the foundation to protect the logs from moisture and increase
00:28longevity.
00:33This layer avoids water damage, maintaining the long-term durability of the wood home construction.
00:46It is now time to place the logs on the foundation, marking an important point in the building
00:50of the cabin.
00:56The logs are raised using a customized system that resembles a crane to enable regulated
01:01and steady movement.
01:07The system considerably lowers manual work, making the operation much more efficient and less
01:13physically stressful.
01:22Logs are transferred precisely using a crane, preventing damage to both the logs and the
01:27surrounding buildings.
01:33The timbers are pre-shaped and treated to ensure they fit together flawlessly, producing a
01:38stable foundation for the cabin.
01:44The Scandinavian saddle notch is used for interlocking the logs, enabling them to fit firmly while maintaining
01:50structural integrity.
01:59The saddle notch technique offers a secure connection, keeping the logs from slipping and guaranteeing
02:04a robust construction.
02:12Each log is precisely set, ensuring that the strain is uniformly distributed to minimize structural
02:18weakness.
02:23The crane helps to place logs properly, ensuring perfect alignment for constructing the log cabin
02:27structure.
02:34Using this specialist equipment accelerates the building process, decreasing the entire project
02:39timetable and expense.
02:49Electric pipes are put into the logs, allowing for effective integration of electrical equipment
02:53into the cabin.
03:04The timbers are changed to allow window and door openings, guaranteeing appropriate alignment
03:09with the cabin's design.
03:17Once the window and door apertures are cut, the walls begin to take form, exposing the cabin's
03:22structure.
03:29After finishing the walls, the focus moves to the roof, beginning with the installation of
03:38the ridge board.
03:47The ridge board helps transfer the weight uniformly over the roof structure, guaranteeing optimal
03:52stability and balance.
03:53It is normally built of solid, durable wood carved to fit the length of the roof.
04:07It also serves as the primary connecting point for all roof rafters, making it a key component
04:13in the construction.
04:23Proper ridge board placement gives continuous support for the roof and assists to weight distribution.
04:36Roof rafters are made from sturdy lumber, carefully measured and cut to meet specific load requirements.
04:52To achieve uniform weight distribution, rafter spacing is established based on the roof's pitch and load calculations.
05:09Accurate load calculations assist establish the required size and quantity of rafters to sustain the roof.
05:15Roof sheathing is finished by joining hardwood boards directly to the rafters, producing a robust and stable construction.
05:27The boards are carefully screwed into position, giving a stable base for the roofing material.
05:34Roof underlayment is applied to create a waterproof layer and protect the building from water damage.
05:42Batons are put to support the roofing material and increase ventilation, guaranteeing good airflow.
05:49When working at heights, safety precautions are taken to avoid accidents and guarantee safe mobility on the roof.
06:01Collar ties prevent rafters from splitting at the ridge, ensuring the roof's structural integrity.
06:20They decrease roof slumping, ensuring the roof preserves its form, particularly in steep pitch designs.
06:27Collar ties improve stability by joining opposing rafters and sustaining extra weights.
06:36The original roofing is reused, and tiles are drilled and fastened to resist winds of 150 kilometers per hour.
06:47The tiles are carefully inspected and set in place, assuring a tight fit after 50 years of service.
07:06Foam cannon is used to insulate gaps between tiles, sealing them to prevent water leaks, drafts, and bugs.
07:16The interior work begins by preparing the boards for the attic floor, ensuring they are peeled and sanded smoothly.
07:33Each board is delicately sanded to eliminate flaws and create an equal surface for installation.
07:45The boards are next positioned and firmly fitted over the attic structure, giving a sturdy foundation for the floor.
07:55The attic provides significant storage space, which helps keep the cabin orderly and frees up space in the main living area.
08:09It is readily converted into a pleasant additional bedroom, offering more living space without enlarging the cabin's footprint.
08:19Skylights or strategically positioned windows may bring natural light into the attic, making it bright and airy.
08:33The attic's high ceilings and exposed beams give character to the cottage, giving it a wonderful, rustic vibe.
08:46The first stage in sealing the A-frame is prepping the material for the roof skeleton.
08:57Working conditions are challenging, with temperatures varying from 0 to minus 15 degrees and persistent wind blowing.
09:17The draft emphasizes the need of sealing the A-frame to establish a solid environment for future development.
09:37The A-frame ceiling provides strong structural support, allowing for steep slopes to limit snow buildup and water drainage.
09:54The design improves the visual appeal of the cabin by providing a traditional, rustic aspect.
10:15The steep slope of the roof improves internal space, allowing for high ceilings and an open sense.
10:22The A-frame roof's design is especially energy efficient, helping to adjust temperature within the cabin.
10:37It enables effective insulation installation, lowering energy expenses, and preserving comfort in varied weather situations.
10:48The apertures are done, and the logs are delicately chopped using a chainsaw to ensure perfection.
10:57The home brightens as natural light passes through the freshly formed holes.
11:25The wood taken from the apertures will be recycled into tables and benches.
11:41Insulation is carefully put around the window apertures, guaranteeing warmth and comfort within the cabin.
11:54The A-frame continues to work on closing the holes, ensuring sure the cabin stays well insulated and energy efficient.
12:04Windows and doors provide crucial ventilation, enabling fresh air to circulate through the wood home.
12:15They provide natural light to enhance the cabin's interior and create a friendly ambiance.
12:30Electrical wiring is connected, linking lights, outlets, and switches throughout the wood home for appropriate operation.
12:37Water pipes are constructed to feed the kitchen, bathroom, and other places, assuring reliable water flow.
13:02All installations are inspected to ensure that the electrical and water systems within the cabin operate safely and effectively.
13:14Screed is used to level the floor, creating a flat and even basis for the finished flooring.
13:22The screed provides strength, strengthening the endurance of the floor structure for long-term usage.
13:36It also enhances insulation, which helps to maintain a pleasant temperature within the wood cabin.
13:40Wooden partition walls are made to divide the bedrooms and bathroom on the upper floor of the cottage.
13:58They give privacy and assist to successfully organize the living quarters within the cabin's attic.
14:07These walls also provide soundproofing benefits, lowering noise between rooms and increasing comfort.
14:21They are simple to build and offer an appealing, natural touch to the cabin's interior decor.
14:44The underlayment is carefully put to give a firm platform for the insulation.
14:54Once the underlayment is secure, the insulation is laid throughout the attic floor.
15:06The insulation helps to maintain temperature regulation and save energy consumption in the cabin.
15:18Proper insulation promotes comfort during both hot summers and freezing winters.
15:26The external construction is done, focusing on sealing around the windows to prevent wind from entering.
15:44Sheep's wool is used to seal around the windows, preventing severe gusts from coming through small openings.
15:50Exterior windowsills are treated with linseed oil to reduce water absorption and improve longevity.
16:07The hardwood partition walls are carefully filled with high-quality insulation for greater heat retention in the cabin.
16:19Insulation is installed between the timber studs to minimize drafts and maintain a pleasant internal temperature.
16:26Using the correct insulating material enhances the cabin's energy efficiency and decreases heating expenses over time.
16:40The chosen insulating material is eco-friendly, leading to a sustainable and energy-efficient cabin.
16:54Triangular windows in the attic give extra natural light, improving the cabin's warmth and overall visual appeal.
17:15These windows increase ventilation, ensuring greater air movement and lowering humidity in the attic space.
17:24A vapor barrier is constructed on partition walls to prevent moisture buildup that might harm the insulation and structure.
17:39This layer protects the walls from condensation, keeping the insulation dry and effective in temperature management.
17:54OSB panels are subsequently put over the vapor barrier, giving structural support and a solid surface for finishing materials.
18:12OSB boards are sturdy, cost-effective, and have great load-bearing capability.
18:22Thus, they are suitable for internal wall sheets.
18:29ceramic tiles are utilized in the living room and kitchen for their longevity, ease of care, and aesthetic appeal.
18:45They provide a smooth, firm surface that resists stains, making them ideal for high-traffic areas.
18:51A layer of thin-set glue is applied on the floor, establishing a solid contact between the tile and surface.
19:07Grout covers the spaces between tiles, producing a polished look and sealing the seams for extra durability.
19:14Building a log cabin takes hard labor and attention, with every stage requiring careful planning and accuracy.
19:39The structure might take years, thus time management is vital to maintain continuous development throughout the project.
19:54To correctly create the cottage, you must have the necessary talents, such as woodworking and carpentry.
20:00The chimney must be installed in a safe location, guaranteeing appropriate ventilation and construction compatibility.
20:21Pipes and components are safely placed, following safety rules and maintaining overall system efficiency.
20:27The fireplace insert is carefully positioned in the center of the wood house to create its main point.
20:45A chimney pipe is attached to the fireplace, allowing smoke to be appropriately expelled to keep the atmosphere safe.
21:06Fire-resistant blocks surround the insert, producing a robust and heat-retaining cage for effective warmth distribution.
21:13Fire-resistant blocks from the top, starting from the square floor.
21:15The floor-resistant blocks, extending a wooden sum of large blocks,
21:23The stones are carefully moved from a nearby village, where an old home was dismantled.
21:30Each stone is uniquely fashioned by hand, requiring accuracy and talent to produce a lovely rustic pattern.
21:37pattern.
21:57This fireplace adds both practicality and appeal to the log home, becoming a genuine
22:02focal point of the interior.
22:15The tongue and groove hardwood planks are joined to the attic walls, producing a smooth, natural
22:19appearance.
22:26This approach improves insulation and helps preserve a warm, rustic feel in the cottage.
22:42The boards fit tightly together, offering both aesthetic appeal and long-term durability.
22:52Some elements of the cabin are covered with OSB panels, dressed with facade adhesive and
22:56mesh.
23:02These panels will be painted white in the future, giving a clean and modern look.
23:13The combination of wood and white walls enhances the natural warmth and brightness of the space.
23:26The wooden pieces offer a rustic character, while the white walls add a hint of freshness.
23:38The white walls reflect light, making the cabin appear more big and airy, especially in the
23:42inside.
23:52As the cottage takes shape, the contrast of wood and white lends depth and character to
23:57the design.
24:07Parquet flooring is created by arranging individual wood pieces in patterns, providing a fashionable
24:12surface for the cabin.
24:18The tray adds warmth, elegance and timeless beauty to the log home interior.
24:31This sort of flooring is easy to maintain, making it suitable for high traffic areas and adding
24:35value to the space.
24:46The staircase landing is constructed from a big, naturally curved, large tree root, taken from
24:52the same forest as the building timbers.
25:02The root's organic shape provides both structural stability and a distinctive appearance that
25:07matches the cabin's natural appeal.
25:16The root is carefully sliced with a chainsaw, keeping its natural curves while removing the
25:20bark and loose fibers.
25:30After washing and drying, the root is curved and cut to properly match the inside, giving
25:35a seamless design.
25:37Positioned as the staircase's base, the root is leveled and tightly fastened to provide stability
25:50and strength.
26:05The wooden staircase is erected on the root with sanded hardwood boards as treads and a matching
26:10natural finish.
26:20A black metal fence enhances protection while preserving an open, modern style.
26:31A handcrafted chandelier from the storm-fallen spruce root now stands proudly over the stairway.
26:44Digging up the root was a difficult process that required patience and commitment to extricate
26:49it from the earth.
26:53Peeling and shaping the root was similarly challenging, with each stage requiring accuracy and ingenuity
26:59to unveil its inherent beauty.
27:00The end effect is wonderful, bringing a gorgeous and natural appeal to the log cabin's interior.
27:14The entrance door is made of larch wood, which complements the spruce logs used in the cabin's
27:19framework, providing harmony.
27:21The wood is dried outside, naturally developing, and then kiln-dried for five days for stability
27:32and longevity.
27:41This wood cottage, nestled on the edge of the forest, merges wonderfully into the natural surroundings.
27:55It serves as a meeting place for life, connection, and joy, delivering memorable moments with friends
28:01and family.
28:05In Slovenia, where log houses are uncommon, this initiative will inspire others to enjoy the rustic
28:11cabin lifestyle and promote sustainable living practices, by showcasing the beauty and craftsmanship
28:17of log construction.
28:21It hopes to encourage a resurgence in traditional building methods that harmonize with nature.
28:31If you liked the video, subscribe to Login Nature for more log house building updates and ideas.