Planning & references

Planning & references

Collected panel dimensions, annunciator cut-out drawings, and a maintenance access plan before touching the existing shell.

Build log (76)Knowledge (1)Photos (1)

Build Log

76 entries

Locked the I/O strategy

May 25, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Locked the I/O strategy

May 24, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Locked the I/O strategy

May 23, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Locked the I/O strategy

May 22, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 21, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 21, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 20, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 20, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Locked the I/O strategy

May 19, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 19, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Measured the current shell

May 18, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 18, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 17, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 17, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Locked the I/O strategy

May 16, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 16, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Measured the current shell

May 15, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 15, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Locked the I/O strategy

May 14, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 14, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 13, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 13, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Measured the current shell

May 12, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 12, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 11, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 11, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 10, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 10, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Locked the I/O strategy

May 09, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 09, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Measured the current shell

May 08, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 08, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Locked the I/O strategy

May 07, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 07, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 06, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 06, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 05, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 05, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Measured the current shell

May 04, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 04, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 03, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 03, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 02, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 02, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

May 01, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

May 01, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Locked the I/O strategy

Apr 30, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

Apr 30, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Measured the current shell

Apr 29, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

Apr 29, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

Apr 28, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

Apr 28, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Locked the I/O strategy

Apr 27, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

Apr 27, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Measured the current shell

Apr 26, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

Apr 26, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

Apr 25, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

Apr 25, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Locked the I/O strategy

Apr 24, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

Apr 24, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Measured the current shell

Apr 23, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

Apr 23, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

Apr 22, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

Apr 22, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Locked the I/O strategy

Apr 21, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

Apr 21, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Measured the current shell

Apr 20, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

Apr 20, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

Apr 19, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Locked the I/O strategy

Apr 19, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Locked the I/O strategy

Apr 18, 2026 3.0h

Moved away from mixed Arduino boards and standardised the design around two USB input controllers and labelled service loops.

Measured the current shell

Apr 18, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Measured the current shell

Apr 17, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Measured the current shell

Apr 16, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Measured the current shell

Apr 15, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Measured the current shell

Apr 14, 2026 2.5h

Confirmed the existing MIP width and checked how much space was left behind the captain EFIS bay.

Knowledge

1 item
🔗
Boeing panel dimensions notes

Reference dimensions and notes for the MIP framing.

Photos

1 photo

Showcase reference view