Albanian American Newspaper Devoted to the Intellectual and Cultural Advancement of the Albanians in America | Since 1909 badminton racket cad block
As Architecture, Engineering, and Construction (AEC) moves toward Building Information Modeling (Revit families), the badminton racket is becoming "smart." Future CAD blocks will not just be visual; they will contain data: For facility managers, this means an inventory of
For facility managers, this means an inventory of equipment is embedded directly into the building model. For facility managers
For industrial designers, a badminton racket CAD block serves as a base model. You can explode the block (if allowed by the license) and modify the geometry to create a new product line, adjusting weight distribution or frame aerodynamics.
In Revit or AutoCAD MEP, use the 3D racket block scaled to 680mm. Attach a "Swept Path" (Arc) from the shoulder to the wrist to the racket tip. This swinging arc (approx. 2.5 meters radius) must not intersect columns, HVAC ducts, or adjacent courts (BWF requires 1.5m clearance behind the baseline).
As Architecture, Engineering, and Construction (AEC) moves toward Building Information Modeling (Revit families), the badminton racket is becoming "smart." Future CAD blocks will not just be visual; they will contain data:
For facility managers, this means an inventory of equipment is embedded directly into the building model.
For industrial designers, a badminton racket CAD block serves as a base model. You can explode the block (if allowed by the license) and modify the geometry to create a new product line, adjusting weight distribution or frame aerodynamics.
In Revit or AutoCAD MEP, use the 3D racket block scaled to 680mm. Attach a "Swept Path" (Arc) from the shoulder to the wrist to the racket tip. This swinging arc (approx. 2.5 meters radius) must not intersect columns, HVAC ducts, or adjacent courts (BWF requires 1.5m clearance behind the baseline).