Handheld ESP32 Gaming Console Enclosure

Design a **compact handheld ESP32 gaming device enclosure** intended for 3D printing. ### Display * Replace the original OLED display with a **1.3-inch OLED Display Module**. * Create a properly sized rectangular screen opening for the 1.3″ OLED. * Make sure the display sits securely behind the bezel with enough clearance for the PCB and wiring. * Keep the screen centered and clearly visible. ### Controls * Use **TWO analog joysticks**, one on the left and one on the right. * Place them symmetrically below the display. * Provide circular joystick openings with enough clearance for full joystick movement. * Include mounting/support points for the joystick modules so they don't move inside the enclosure. * Add appropriate openings for any joystick caps/sticks protruding through the front panel. ### Enclosure * Make it a **small, ergonomic handheld console**, comfortable to hold with two hands. * Use a two-piece enclosure: **front shell + rear shell**. * Add screw posts/inserts for securely joining the two halves. * Include internal mounting points for the ESP32 board, OLED module, battery, and other electronics. * Leave sufficient internal space for wiring without making the enclosure unnecessarily large. * Add ventilation openings where appropriate. * Include a USB-C/USB port cutout aligned with the ESP32 board. * Add an accessible power switch opening if required. ### 3D-print requirements * Design specifically for **FDM 3D printing**. * Avoid unnecessary overhangs and extremely thin walls. * Use rounded edges and smooth ergonomic contours. * Keep wall thickness around **2–3 mm** where practical. * Make all components printable without supports whenever reasonably possible. * Ensure the front and rear shells fit together accurately. * Add small tolerances/clearances between mating parts. ### Overall layout The final front layout should resemble: **[ 1.3″ OLED DISPLAY ]** **[ LEFT JOYSTICK ] [ RIGHT JOYSTICK ]** Keep the design clean, compact, symmetrical, and practical rather than purely decorative. Generate the enclosure as a **fully dimensioned, manufacturable 3D-printable model**, with all mounting holes, cutouts, clearances, and internal component supports included.

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