I was looking for a fully parametric storage box with a front drop, strong back wall, and customizable mounting hooks – but most models I found lacked one or more of these features. So I designed my own from scratch, with full parameter control and efficient geometry that prints cleanly even with thin walls.
 

This is a fully parametric wall-mounted storage box featuring a clean hexagonal pattern and complete configurability.
You can adapt the model for almost any purpose – from small desk organizers to heavy-duty workshop storage.
Everything updates automatically through the Parametric Model Maker.

📐 Fully Adjustable Dimensions

You can change all main box dimensions:

• Box_Width – total width
• Box_Depth – depth
• Box_Height – height
• Front_Drop – front wall height reduction for easier access
• Corner_R – global corner fillet radius

These parameters let you generate anything from a tiny trinket holder to a large, robust wall box.

🧱 Wall Thickness & Strength Options

• Wall_Thickness – general wall thickness
• Back_Wall_Thickness – independent thickness for the back wall

A thicker back wall is ideal when the box will hold heavier items.

It adds significant rigidity without affecting the overall shape.

🕸️ Hexagon Pattern

• Hex_Diameter – diameter of each hexagon

The hex grid automatically scales and fills the panel area while maintaining clean, even spacing.
It works great for:

• ventilation
• reducing filament usage
• modern lightweight aesthetic

🪝 Fully Parametric Mounting Hooks

The rear mounting hooks are completely adjustable:

• Hook_Width
• Hook_Height
• Hook_Thickness
• Hook_Offset_From_Side
• Hook_Offset_From_Top
• Screw_Hole_Diameter

You can customize the hook layout for different wall surfaces, screw types, or increased loading capacity.

Everything updates automatically when you modify box size.
 

❗ Important – parameter constraints:

Certain parameter combinations can create invalid geometry. Keep these rules in mind:

• Screw_Hole_Diameter must always be greater than Hook_Width
  (the circular cutout has to be larger than the rectangle above it)
• Corner_R must satisfy:
  Corner_R × 2 > Box_Width and Corner_R × 2 > Box_Depth
  (otherwise the rounded corners cannot be generated)

Staying within these limits ensures clean geometry and fully parametric behavior.