Stairdesignsoftware.net is tracked by us since November, 2016. Over the time it has been ranked as high as 2 492 099 in the world, while most of its traffic comes from USA, where it reached as high as 822 222 position. All this time it was owned by Stefan Zabel of Wood Designer Ltd, it was hosted by Unified Layer and DigitalOcean London. Stairdesignsoftware has the lowest Google pagerank and bad results in terms of Yandex topical citation index. We found that Stairdesignsoftware.net is poorly ‘socialized’ in respect to any social network. According to Siteadvisor and Google safe browsing analytics, Stairdesignsoftware.net is quite a safe domain with no visitor reviews.
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Online Staircase Designers Our online staircase design service allows you to interact with a professional staircase designer whilst ordering your staircase. Our designers can offer far more flexibility than standard online design tools and can instantly give you the answers of what you can and can’t achieve with your new staircase design. Our Online Staircase designers can offer a wide variety of staircase layout options fully adjustable to width, and Floor Heights, the layouts they can do whilst you are live on screen include Straight Staircases, Quarter Landing Staircase Layouts, Double Quarter Landing Layouts, 3 Tread Winder Stairs, 4 Tread Winder Stairs, Double 3 Winder Staircases and Double 4 Winder Staircase Layouts and Half Landing Staircases these can be to suite Domestic or commercial regulations. Other stair layouts like Z-Form staircases and 270º Staircases are not covered by the live but instant quotations are available.
Live Staircase Design is offline - To get a quotation and Plan - Identify the closest from our online - choose a style from out and call 53 with your requirements. Phone the Design Team 53 - Low Online Prices The Prices offered by our Online Staircase Designers are very competitive but prices can vary on a day to day basis due to constant changes in material costs as well as supply and demand.
Material Options We have a widest selection of Material Options available from any mayor staircase manufacturer these range from our entry level Economy Staircase Specification to the Bespoke Staircases like the Townsend Staircase and Prescott Staircase. We also offer the widest selection of Stair Balustrade options available from simple Square newel posts and Balusters to contemporary Glass Balustrade systems. Preparation Make sure you get all the measurments ready before you ask a designer to start using the planner with you. Look on, Have a look at the. You can use our Online or contact one of our staircase designers on 53 for a quotation on a staircase tailored to your dimensions. We also have a number of. More Bespoke options We can also offer the staircases to be constructed with angled corners or with allowances for Cable shafts, take a look at the images below for examples of how we can tailor your staircase layout.
In our Staircase production we use the very latest in Staircase software and 5 Axis CNC technology. At Stairplan we specialise in Made to Measure Staircases. Well it is important to remember when you compare your quotations on staircases its hard to know the quality of staircase you are buying because the quality of staircase between stair manufacturers is very different, we would like you to pay attention to the images you will find across the website showing you how many of our staircases get Pre-assembled in the workshop - this ensures quality, many competitiors claim this is the case but I can asure you this is far from the case. Come and see us - when you are investing in a new staircase it is a very permanent feature its nice to see something before you buy it - whilst we dont have everything on display coming to visit us will give you an idea to the quality of staircases we can offer you and we may have something to inspire you. Online Store Sections -Staircases -Economy Stair Range -Stair Balustrading -.
The stair calculator can be used for calculating stair rise and run, stair rail angle, stringer length, and other important factors of stair design. This stair stringer calculator comes in two forms, the automatic and manual. Automatic Calculator Help The Total Rise A is the finished height of your landing or deck.
The Target Step Height F, is the height that you would like your steps to be. The automatic calculator will try to design your stair stringer as close to the target height as possible, while maintaining a common step height. For instance, if you have a Total Rise A of 21 inches, and you have selected six inches as your Target Step Height, the calculator will determine that 3 steps at 7 inches is best, since 6 inches does not divide equally in 21 inches. Since 21 divided by 6 equals 3.5, therefore maintaining a 6 inch step would mean that you would have to build three steps at 6 inches and one step at 3 inches. Obviously, unless things work out perfectly (and they rarely do), the Height of typical step F won't match the Target Step Heightthat you specify. This is because the number of steps must be a whole number. You'll see what I mean when you use the calculator.
Try changing the target values and compare the results. Manual Calculator Help Input - On the Input section, enter the Total Rise A of the deck or landing to which the stairs will be built (this is the total finished height of the deck or landing). Next, enter the Total Run G - this is the total horizontal space that you have available for your stairs. The third input field, Number of Steps D, is a number that you arbitrarily input to test various rise/run scenarios.
You will most likely change this value a few times until the Step Height F and Step Run B are the suitable for your needs. The last input field ( Tread Thickness C) is used to calculate the height of the first step on the stringer. Note: Any of the input fields can be changed after you press the Calculate button so that you can test various scenarios and observe the results. Results - The first result field, Step Height, is the height of a typical step. The second field, Step Run B is the amount of total run per step, based on the total run divided by the number of treads.
The second field, Height of the First Step E, is automatically calculated by subtracting the Tread Material Thickness C from the Typical Step Height F. The third result field, Number of Treads on Stringer, is always the total number or steps minus 1.
The Height of the first step E, is the height of a typical step minus the thickness of the tread material. The next result field, Position of Stringer on Landing H, is the distance between the finished height of the landing to the top step on the stringer (before the top tread is installed). Stringer Mount Help The new 'Stringer Mount' selection for the Automatic Stair Calculator provides another very useful stair stringer design option. The Standard Mount that has always been available, on the Automatic Stair Calculator, is still the default. Once the stair results have been calculated, you can toggle between the Standard and Flush options to compare the results. Since the tread depth is a constant, on the Automatic Stair Calculator, the stair run will vary between the two mount options.
If you have any questions or comments about this new feature, please. Stringer Mount Help for the Manual Stair Calculator The new 'Stringer Mount' selection for the Manual Stair Calculator provides another useful stair stringer design option.
The Standard Mount, that has always been available, on the Manual Stair Calculator, is still the default value. Once the stair results have been calculated, you can toggle between the Standard and Flush options to compare the results. You will notice that the tread depth will vary on the Manual Stair Calculator because the stair run is a constant and the tread depth is a variable. If you have any questions or comments about this new feature, please. Using the Automatic Stair Calculator The automatic stair calculator is most useful in situations where the ground or slab is level between the top step and the bottom step ( Total Run G). It is called the automatic stair calculator because, if you accept the pre-selected default values, you only have to enter the Total Rise A (see the Stair Stringer Diagram).
The automatic calculator does the rest of the computations for you. It automatically calculates the values that you need in order to layout and cut your first stair stringer. The first stair stringer is typically used as a pattern for the remaining stringers. The calculated results are based on the input of Total Rise Aplus three pre-selected variables ( target step height, tread thickness, and tread depth). You can change the pre-selected values as needed by selecting one of the other values from the drop-down list boxes. Keep in mind that the pre-selected values are the most common for residential stairs. Getting Started Select the Total Rise A input field (shown in green).
Stair Designer Software
Enter a value (less than 1200 inches) and press the Calculate Stairs button. That's all there is to it! If you want to change the value of one of the other pre-defined input fields, just click the down-arrow and select one of the other values, then click the Calculate Stairs button again.
For more detailed help, click the Auto Calculator Help button located on the top right corner of the calculator. Stair Stringer Diagram Which calculator should I use? For most interior stair building scenarios, it is best to use the automatic stair calculator.
For instance, if you are building stairs inside of a building, where the slab is level and the location of the bottom step in the room is not critical, the automatic calculator is the easiest to use, since you only have to input one value (the Total Rise A) to calculate everything you need to cut your stringers. Use the manual stair calculator in situations where the ground is uneven between the bottom step and the top step (see the diagram below), or if you need to build a ladder type stair that might be located in a confined space where typical step dimensions would not fit.
Building Stairs on Uneven Ground When you are building stairs on uneven ground, as shown in the diagram above, there are several things to consider. For instance, if you are trying to determine the Total Rise A of your stairs, you must have some idea of where the bottom step will land J. There are two factors that will determine this. The Number of Steps and the Tread Depth B.
The number of steps times the tread depth will give you the location of the bottom step J. Depending on how far away your bottom step is from the landing, you may have to use a transit level to determine the Total Rise A. Using the Manual Stair Calculator This purpose of this calculator is to design stairs for conditions where standard step heights and depths will produce a set of stairs that won't fit in the space that you have to work with. This Manual Stair Calculator is slightly more difficult to use, but allows for greater flexibility than the Automatic Stair Calculator. For instance, you control the Total Rise A, Total Run G, Number or Steps, and Tread Thickness C. Getting Started The best way to explain how this calculator works is by example. Click on the Total Rise Ainput field and enter a value of 48.
Enter a value of 63 for the Total Run G. Enter 7 for the Number of Steps, and 1.5 for the Tread Thickness. Press the Calculate Stairs button to view the results. If you don't like the Step Rise and Run results, you can change the Number of Steps value and recalculate the results.
You can keep changing the Number of Steps until you achieve the desired results. For reference, refer to the Stair Stringer Profile diagram at the top of the page. Mobile Stair Calculator I am working on a new mobile version of the automatic calculator, but I will keep the current version available until the new one is finished and tested. The current mobile version works best when viewed in the 'portrait' position. I tested it on an iPhone 3g and an iPhone 4s, but haven't had the opportunity to test it on any Android or Windows Mobile operating systems. I plan to expand the capabilities of the mobile carpentry calculator to include all of the other carpentry calculators available on mycarpentry.com.
On the left to access the mobile stair calculator. Note, that it is designed to work only on a mobile device. If you try to access it from laptop or notebook, it will redirect you back to this page. Please use the form for feedback.