Het Weltevree Framehouse bestaat uit drie onderdelen: de Base, de Roof (optioneel) en het Platform (optioneel). Het Weltevree Framehouse kan worden opgebouwd worden uit een frame met vier bogen (3,5 meter lang) of vijf bogen (4,5 meter lang). Deze constructie is de basis van ieder Framehouse. De Base is gemaakt van Nederlands hout van de Douglasspar. De Roof dakpanelen bestaan uit verschillende onderdelen: holle polycarbonaat platen, verzinkte randdelen en aluminium profielen met rubberen afdichtingen. De polycarbonaat platen zijn transparant en UV-resistent. Het platform is gemaakt van hetzelfde hout als de Base.
Deze compacte maar veelzijdige kasblauwdruk van 2,5 x 3,5 meter wordt compleet geleverd met uitgebreide stapsgewijze instructies, zorgvuldig samengestelde materiaallijsten en een gedetailleerde compilatie van de benodigde gereedschappen voor een moeiteloze constructie. Grootte & afmetingen: 15' (lengte) x 8' (breedte) x 12' (hoogte) 4,5 m (lengte) x 2,4 m (breedte) x 3,4 m (hoogte) Materialen: Drukbehandeld hout, polycarbonaat of acryl ☑ Dubbel meetsysteem: kies tussen imperiale of metrische eenheden voor aangepaste metingen. ☑ Kosteneffectieve materialenlijst: bespaar geld met een zorgvuldig samengestelde boodschappenlijst voor betaalbare materialen. ☑ Efficiënte knipgids: maximaliseer hulpbronnen en verminder verspilling met onze slimme kniplijst. ☑ Gebruiksvriendelijke 3D-gidsen: eenvoudig te volgen, beginnersvriendelijke 3D-stapsgewijze instructies voor naadloze constructie. ☑ Handige printbare PDF: Krijg op elk moment toegang tot uw plannen met een handig, printbaar PDF-formaat. ☑ 24 uur per dag e-mailondersteuning: krijg op elk moment antwoord op uw vragen met onze 24/7 e-mailondersteuning. © 2023 Auteursrechtelijk beschermd door Shedplans.org en is alleen bedoeld voor persoonlijk gebruik.
Deze compacte maar veelzijdige kasblauwdruk van 2,5 x 3,5 meter wordt compleet geleverd met uitgebreide stapsgewijze instructies, zorgvuldig samengestelde materiaallijsten en een gedetailleerde compilatie van de benodigde gereedschappen voor een moeiteloze constructie. Grootte & afmetingen: 15' (lengte) x 8' (breedte) x 12' (hoogte) 4,5 m (lengte) x 2,4 m (breedte) x 3,4 m (hoogte) Materialen: Drukbehandeld hout, polycarbonaat of acryl ☑ Dubbel meetsysteem: kies tussen imperiale of metrische eenheden voor aangepaste metingen. ☑ Kosteneffectieve materialenlijst: bespaar geld met een zorgvuldig samengestelde boodschappenlijst voor betaalbare materialen. ☑ Efficiënte knipgids: maximaliseer hulpbronnen en verminder verspilling met onze slimme kniplijst. ☑ Gebruiksvriendelijke 3D-gidsen: eenvoudig te volgen, beginnersvriendelijke 3D-stapsgewijze instructies voor naadloze constructie. ☑ Handige printbare PDF: Krijg op elk moment toegang tot uw plannen met een handig, printbaar PDF-formaat. ☑ 24 uur per dag e-mailondersteuning: krijg op elk moment antwoord op uw vragen met onze 24/7 e-mailondersteuning. © 2023 Auteursrechtelijk beschermd door Shedplans.org en is alleen bedoeld voor persoonlijk gebruik.
This compact yet versatile 8' x 15' greenhouse blueprint comes complete with comprehensive step-by-step instructions, meticulously curated material lists, and a detailed compilation of the necessary tools for effortless construction. Size & Dimensions: 15' (Length) x 8' (Width) x 12' (Height) 4.5m (Length) x 2.4m (Width) x 3.4m (Height) Materials: Pressure-treated lumber, polycarbonate or acryl ☑ Dual Measurement System: Choose between Imperial or Metric units for customized measurements. ☑ Cost-Effective Materials List: Save money with a carefully curated shopping list for affordable materials. ☑ Efficient Cutting Guide: Maximize resources and reduce waste with our smart cutting list. ☑ User-Friendly 3D Guides: Easy-to-follow, beginner-friendly 3D step-by-step instructions for seamless construction. ☑ Convenient Printable PDF: Access your plans anytime with a handy, printable PDF format. ☑ Round-the-Clock Email Support: Get answers to your queries anytime with our 24/7 email support. © 2024 Copyrighted by Craft.camp and is intended for personal use only.
When George & Willy first started, the boys specialised in shop fit-outs and the workshops went from a tin shed at University, a few backyards and now to our workshop beside the airport. Over the years, what was needed has changed and so has the space George & Willy occupies. In a bid to create a workspace that could be both workshop & design studio, a 3-week rebuild was put in motion that involved dismantling a tree-hut loft, removing three years of sawdust and creating an all-white studio space.
Moving right along. 2 more months and you will be caught up with oysterbreath lol LOL, I haven't touched mine in...2 months. Actually, if you work...
UPDATED 10/18/17 Follow this LINK to see our new roof. The rest of this post is still applicable but if you plan to do something similar, visqueen just does not last unless your structure will really be protected from the sun and wind. My opinion of course, but we'll see how the new roof holds up. A place to build might be the most important thing to consider when planning a large boat build. If you live in a traditional neighborhood, space is going to be a consideration. Not only might you not have the space to build, but even if you do, how do you get it off the property when it's done? Assuming you have the space on your own property or rented from someone else what's the plan to protect your project? For some a "blue sky build" is sufficient with maybe a couple of tarps for a little protection. For the lucky few maybe a large conditioned space with utilities. For those in between a large "temporary" structure may be in order. The bow roof shed is a popular option that affords durability, low cost and lots of head room. I found a few designs with the most popular being the Stimson bow roof shed/greenhouse plan and a similar design from Shamrock aquaponics. There are lots of posts on this site from 2016 that thoroughly document the building process but I'll touch on the highlights here for the ease of the reader. I went with Shamrock for a couple of reasons. First of all I had trouble getting in contact with Stimson Marine to get more information. Secondly, after researching the shamrock design, I appreciated the fact that the plans came with engineered drawings that you could use with permitting if required in your municipality. Additionally, Shamrock's plan were actually reviewed by the engineer and were rated for winds in excess of 160mph. I would not want to put this to the test but my building survived a rogue 81mph windstorm that ripped through upstate NY in the spring of 2017. It not only survived but did not suffer any damage when nearby agricultural buildings were destroyed. Stimson's design is a little simpler as the shamrock design involves cutting 2x4's into strips then laminating them back together as they are bent on edge around a jig you will need to build. Neither is that complicated and I felt the Shamrock design was more durable and recyclable. It seems it would be quite easy to either convert the shamrock design into a permanent structure with the addition of a more permanent roof or disassembling the structure and selling off the arched trusses when your build is complete. After deciding on the design the next step before construction was site prep. I hired a local pool builder to clear an area on my property with his bobcat. After he leveled it out I then added commercial landscape fabric and had a dump truck of 15 tons of #1 washed stone dumped. The bobcat operator then came back and roughly spread out the stone. The final leveling was done by shovel and it was not fun! We then dug 16 holes around 24 to 30" deep for the 4x4 pressure treated posts that would make up the knee wall. The four corner posts were buried in concrete with rebar drilled through each post perpendicular to each other. one piece of rebar was added to all the other posts at the bottom and they were buried in just dirt. We then used some very inexpensive lasers to mark the appropriate height on each post and cut them so they were all level and plumb. The knee wall posts were sheated in 3/8" plywood giving us a nearly 2' tall wall. Since I planned to frame and sheath the end walls I also built a base for the end walls made of pressure treated 2x4's and concrete deck blocks. Next up was constructing the jig that would be used to create the arched trusses. The instructions are thorough and explain this process but essentially you stretch a tape measure the prescribed distance and strike an arc with your pencil on some sheets of plywood. After striking several arcs you make the appropriate cuts and then attach the sections of the jig together. In order to determine the appropriate angle for the ridge and the sill you'll need a bit more space. Now I'm sure there is some mathematical way to do this an easier way but for people like me this seemed the most fool proof way. By creating a large right angle grid in the drive way with some concrete nails and string, I laid the rough jig on the string and made the appropriate marks on the jig where it met the strings. With the jig complete I went to work on cutting the strips of 2x4's and blocks from my large pile of lumber I had delivered. This was quite a bit of work and will require a few hours at the table and band saw. With all the materials ready it was time for assembly. This involved a few weekends of work to build all 32 arches required for the size of the building I wanted. It's not hard work but it is time consuming. The process is the same over and over as we bent two layers of strips around the jig, added the appropriate blocking and then two more layers of strips with Titebond III between each layer and the blocking. This assembly is then clamped around the jig with large C-clamps (harbor freight is your friend here) and then the entire arch is pneumatically nailed, stapled and screwed in the appropriate locations. We then used the angles we determined on the driveway on the jig and transferred them to the completed arches. The lines were cut with a circular saw and the entire assembly was removed from the jig and process began again. Once the arches were all complete we moved on to the actual assembly of the building. I found it necessary to build some scaffolding as the peak of my building was almost 16' in the air. The scaffolding allowed us to work safely at these heights and made it possible to add temporary braces to assist with setting the ridge board. Some black pipe and associated fittings made a simple and sturdy railing. If you really need the details on building I would encourage you to check out the posts from October, November and December of 2016. However the short version is a relatively simple process of laying arches against the ridge board and attaching them with joist hangars. The sill end of the arches is then attached with hurricane straps and 2x4 blocking. It's definitely easier with 3 people but the assembly process can be done with two. As we attached the arches moving down the knee wall, we added purlins between the arches to stiffen things up. We also used plywood collar ties that were glued and stapled to each pair of arches. There is another time lapse video on our YouTube channel which you can find HERE. At this point you could cover the entire structure in visqueen and call it a day. I wanted something a little more durable for the wind conditions I was expecting on this part of my property. I added end walls that were sheathed with plywood. Nothing fancy here just normal 16" on center framing. I felt that the end walls were not stiff enough so I added some diagonal bracing that extended from each end wall to the ridge beam. This was very effective coupled with the other diagonal bracing that connected each arch. With the structure complete the last step was to cover everything with 6mil visqueen. Our first attempt using plastic that was seamed together by myself with what I thought was the appropriate tape failed. On our second try I used a piece of visqueen that was made at the required 40' width at the factory and it has held up well. The plastic is draped over the structure and attached to the knee walls and end walls with battens rolled up into the plastic. The battens were then through bolted with 5/16" galvanized bolts and screws. These are the highlights, and like I've said, there are additional details in some of the previous blog entries from 2016. This was a big project in and of itself but I found it quite enjoyable. I think the effort was worth it as I now have a place to not only keep our build safe but all of our lumber and tools dry and protected.
Heb je net even een ander formaat buitenverblijf nodig in verband met afmeting van je tuin dan is een maatwerk tuinverblijf mogelijk.
Een prachtige kapschuur aan de rand van een grote tuin. De combinatie van eiken hout en rabat geeft deze kapschuur een mooie uitstraling.
zwart geschilderd hout gebruikt voor modern poolhouse met buitenkeuken
Bespoke Swim Spa Garden Room
Elk project is uniek. Al onze houtconstructies worden op maat gemaakt, geen 1 situatie is hetzelfde. Onderstaand hebben we een aantal voorbeeld projecten verzameld, echter is dit maar een kleine greep van onze werkzaamheden. Meer voorbeelden? Kijk ook eens hier: projecten - Heko Spanten. Bosch Construct is een concept van Heko Spanten, naast houtconstructies zijn
Voorbeelden van paviljoenen Emiel Lamers Architectures Paviljoen van de Japanse architect Toyo Ito
Der vielfältige Heko Herdofen ist eine geniale Kombination. Kochen und Backen inklusive dem Wohlfühlcharakter der Strahlungswärme eines Kachelofens in einem ...
Bouw uw eigen sfeervolle kapschuur met het Lariks/Douglas Doe-het-zelf (DHZ) houtpakket Goor!
A stone fireplace can greatly enhance any home's design aesthetic, exuding a rustic elegance that makes your space feel warm and comfortable.
Tuinberging in padouk - Buitenschrijnwerk - Realisaties
