// Aerospace  ·  02

Cessna 182
Instrumentation Panel

Full Panel Redesign — Ergonomics, Reliability & Modern Avionics

Year 2025
Category Aerospace
Aircraft Cessna 182
Material 5052 H32 Aluminum (.100")
Software SolidWorks  ·  Artec Studio
Status Complete  ·  V2 In Fabrication
Cessna 182 Instrumentation Panel — Installed
// Installed Completed panel installed in Cessna 182 — 2025
// Overview

A full redesign of the instrumentation panel for a Cessna 182 to improve flight efficiency, ergonomics, and reliability. Key upgrades included repositioning the compass to eliminate magnetic interference and lag, designing a custom L-bracket to mount a Molex USB Type-A/C port, and removing redundant analog systems in favor of a modern iPad-based Garmin Flight Instruments setup.

The layout of the Airspeed Indicator, Horizontal Situation Indicator, and Course Deviation Indicator were reconfigured for a more intuitive and safer flight experience. Engine monitoring capability was enhanced by integrating a new JPI 730 Piston Advisory Instrument to replace aging hardware. An ELT Switch was also added to the panel.

This redesign modernizes the cockpit layout while improving situational awareness, reliability, and overall pilot experience.

Key Specs
Aircraft Cessna 182
Material 5052 H32 Aluminum (.100")
Software SolidWorks  ·  Artec Studio
Key Upgrades
  • Compass repositioned — eliminates magnetic interference
  • Custom L-bracket — Molex USB Type-A/C port
  • iPad-based Garmin Flight Instruments
  • JPI 730 Piston Advisory Instrument
  • Reconfigured ASI  ·  HSI  ·  CDI layout
  • ELT Switch added
Status Complete  ·  V2 In Fabrication
// 3D Asset

Panel Model

Loading Model...
Front Panel — SolidWorks Assembly
// Build Log

Build Log

Phase 01

Document Existing Panel

Performed a full survey of the existing Cessna 182 panel layout using Artec Studio 3D scanning to capture precise geometry, component positions, and spatial constraints. Documented all existing instruments, switches, and wiring runs.

→ 3D scanned existing panel with Artec Studio
→ Catalogued all existing instruments and avionics
→ Identified interference issues with compass placement
→ Documented wiring layout and spatial constraints
Phase 02

Identify Upgrade Requirements

Evaluated the existing layout against modern avionics standards and pilot ergonomics best practices. Identified redundant analog systems, interference sources, and opportunities to improve situational awareness and reliability.

→ Identified magnetic interference affecting compass
→ Flagged redundant analog systems for removal
→ Specified iPad-based Garmin Flight Instruments upgrade
→ Defined JPI 730 integration requirements
→ Established ergonomic layout goals for ASI, HSI, CDI
Phase 03

SolidWorks Design

Designed the full replacement panel in SolidWorks using the 3D scan data as a reference. Modeled all cutouts, mounting features, and the custom L-bracket for the Molex USB Type-A/C port. Material specified as 5052 H32 Aluminum at .100" thickness.

→ Modeled full panel in SolidWorks from scan reference
→ Designed custom L-bracket for Molex USB Type-A/C port
→ Laid out reconfigured ASI, HSI, CDI positions
→ Repositioned compass to eliminate interference
→ Specified 5052 H32 Aluminum .100" material
→ Created full engineering drawings for fabrication
Phase 04

Fabrication

Panel fabricated from 5052 H32 Aluminum sheet at .100" thickness. All cutouts and mounting holes machined to engineering drawing specifications.

→ Material sourced: 5052 H32 Aluminum .100"
→ Panel cut and machined to SolidWorks drawing
→ All instrument cutouts verified to spec
→ Custom L-bracket fabricated and fitted
→ Surface finish applied
Phase 05

Mount and Wire Components

All avionics and instruments mounted and wired to the new panel. iPad mount, Garmin Flight Instruments, JPI 730, repositioned compass, and Molex USB port all installed and connected.

→ Mounted iPad-based Garmin Flight Instruments
→ Installed JPI 730 Piston Advisory Instrument
→ Wired Molex USB Type-A/C port via custom L-bracket
→ Repositioned compass — interference eliminated
→ Reconfigured ASI, HSI, CDI to new layout
→ Added ELT Switch to panel
Phase 06

Test and Validate

Completed panel installed in aircraft and validated against all design objectives. Compass accuracy confirmed, all instruments operational, and pilot ergonomics verified in-cockpit.

→ Installed completed panel in Cessna 182
→ Validated compass accuracy post-repositioning
→ Confirmed all instruments and avionics operational
→ Verified USB port functionality
→ Pilot ergonomics review completed
→ Panel signed off for flight operations
// V2

Version 2 — Currently In Fabrication

In Fabrication

A second iteration of the panel is currently being fabricated incorporating lessons learned from Version 1 and additional upgrades requested after initial flight testing.

  • New ELT Switch integration
  • Minor instrument cluster repositioning for further ergonomic refinement
  • Upgrade to glide slope capability
// Gallery

Build Gallery

// Skills

Skills Demonstrated

Engineering & Design

Avionics Layout Design Ergonomics & Human Factors 3D Scanning — Artec Studio SolidWorks Modeling Engineering Drawings

Fabrication

5052 H32 Aluminum Sheet Precision Machining Custom Bracket Fabrication Panel Integration

Avionics & Systems

Garmin Flight Instruments JPI 730 Integration Compass Interference Resolution Molex USB Port Design ELT Switch Integration ASI  ·  HSI  ·  CDI Configuration