This parametric 3D model is designed as a solar-powered enclosure for Meshtastic/LoRa nodes, originally tailored for the Heltec T114 device and a 120x120mm solar panel. 

Its modular, customizable design allows it to adapt to almost any hardware setup, making it ideal for DIY enthusiasts, radio amateurs, and off-grid IoT projects such as environmental monitoring or remote sensor networks.

This model is fully parametric—adjust any parameter to fit your specific hardware, solar panel size, or project requirements! Let me know if you’d like help fine-tuning it for your setup.

Choose if you need an open box or if you to want to slide your panel in place with lip and trim parameters:

The enclosure features:

• Battery compartment for secure power storage.
• PCB standoffs for mounting electronics.
• Customizable holes for antennas, cables, or sensors.
• Adjustable trimming and inner lips for keeping the solar panel tight.

Key Adjustable Parameters

Main Box Dimensions

• Panel_length / Panel_depth: Inner dimensions (X/Y) of the enclosure (default: 120mm).
• Outer_height / Inner_height: Wall heights for outer and inner boxes (adjust for component clearance).

Wall & Structure

• Wall_front / Wall_back / Wall_left / Wall_right: thicken any wall if you need a surface to attach the node to something.

Battery Compartment

• Battery_length / Battery_depth / Battery_height: Dimensions of the battery slot.
• Battery_offset_x / Battery_offset_y: Position adjustments relative to inner walls.

PCB Mounting

• Pcb_post_d / Pcb_hole_d: Diameter of standoffs.
• Pcb_post_h: Height of the standoffs.
• Pcb_post_spacing: Distance between standoffs.
• Pcb_offset_from_front / Pcb_offset_from_right: Positioning offsets for the PCB.

Boolean trim

• Trim_enabled / Trim_side: Trims wall from a selected outer side.
• Lip_enabled / Lip_inset / Lip_height: Adds an inner ledge for a finished look or to secure components.