🏗️ Staircase Design Details with Plan and Section | Civil Engineering Drawing Explained
Here is the detail drawing of L-shape type stacker which has been created with the help of AutoCAD. Staircase design is basically made for residential building by doing proper calculation. Designing a staircase requires precise calculations, safety considerations, and a clear understanding of architectural planning principles. In this blog post, we will break down a residential building staircase design with technical drawings and detailed specifications.
This is ideal for civil engineers, architectural planners, students, and construction professionals looking for a standard and functional staircase layout.
📐 Staircase Drawing Overview
The detailed concept of proper staircase given below is clearly mentioned. In which total number of steps, riser height, tread depth, landing proper detail, stairs width along with how to run stairs in this way, its complete detail is mentioned below.
✅ Key Details:-
- Total Height (Floor to Slab): 10'-0"
- Number of Steps: 23
- Riser Height: 5.21"
- Tread Depth: 10"
- Landing Width: 4'-0"
- Stair Width: 4'-0"
- Total Horizontal Run: 21'-0"
🛠️ Why Proper Stair Design Matters?
A well-designed staircase is not just about aesthetics—it ensures :-
- Safety for users of all ages.
- Comfort during walking.
- Compliance with building codes and standards.
- Efficient space utilization in the floor plan.
📌 Best Practices in Staircase Design:-
- Keep riser heights between 5" to 7" for easy climb.
- Maintain tread depths between 10" to 12" for secure footing.
- Provide proper landings after 12–16 steps for user rest and turning.
- Use non-slip surfaces and railings for safety.
📣 Need Professional Staircase or Building Design?
- Residential homes
- Duplex houses
- Apartments
- Small buildings
Our designs ensure accuracy, code compliance, and easy site implementation.
Post a Comment