Easy DIY Supercar Dashboard (Under $99)

Product reviewed / project

A DIY, 3D-printed “supercar-inspired” digital dashboard (AMG1-style UI) built from scratch, featuring a built-in OLED display (~$85) sized to match a real supercar dashboard. The video also discusses outsourcing print/parts finishing via a sponsor (PCBWay).

Main features mentioned

3D-printed dashboard housing (from scratch)

• Begins with sketching shapes/curves/proportions, then creates detailed blueprints.
• Uses 3ds Max for modeling by:
  • Importing front/side blueprint guide views.
  • Shaping the model by moving vertices to match the guides.

Integrated OLED screen

• Screen modeled with precise dimensions and about 1 mm clearance for fit.
• Includes cutouts for:
  • The display
  • Screw spaces
  • The screen cable
  • The motherboard

Assembly & finishing workflow

• Printed parts may be split due to limited print bed size, then joined.
• Reinforces seams with a hot stapler gun for stronger plastic joints.
• Cleanup includes:
  • Using a rotary tool
  • Manual smoothness checks by finger
• Optional seam work:
  • Add a groove + mastic filler to reduce visible seam lines.

Painting & appearance upgrades

• Wet sanding to keep plastic cooler and improve consistency.
• Multiple primer coats:
  • A light first coat, followed by additional coats until smooth.
• Automotive plastic paint:
  • Improves adhesion
  • Produces a matte finish
  • Can be sanded and re-coated if the surface isn’t perfect.
• Top-section wrap (Elantaro):
  • Reduces reflections
  • Adds a premium “performance-car” look
• Wrap cutting:
  • Uses exported SVG patterns to improve cut accuracy.

Pros (what works well)

• Good screen integration
  • OLED image quality described as “stunning”
  • Sizing is tailored to the dashboard form factor
• Fit accuracy approach
  • Blueprint guides + modeled 1 mm clearance + repeated fit checks
• More durable seams
  • Hot-stapled joints described as “far more solid” than glue alone
• Higher-quality surface finish possible
  • Wet sanding + layered primer + thin paint coats help smoothness and durability
• Wrap improves aesthetics
  • Reduces reflections and gives a more realistic performance-car appearance
• Time/accuracy benefit (wrap)
  • SVG/cutting-machine guidance reduces guesswork and improves cut precision

Cons / difficulties mentioned

• Labor-intensive finishing
  • Joining, gluing, mastic, sanding, priming, and painting involve many steps
• Risk of breakage
  • Even with super glue, thin parts can still break under pressure
• Extra cleanup from reinforcement
  • Hot-stapling adds additional material-removal work afterward
• Tooling/software requirements
  • Modeling is done in 3ds Max; the creator notes CAD is better if you need higher precision

Comparisons / alternatives mentioned

3ds Max vs CAD

• 3ds Max is described as powerful and suitable for this kind of modeling (common in games/movies).
• CAD is recommended for higher precision needs.

DIY printing/finishing vs outsourcing (PCBWay)

The video positions PCBWay as a way to avoid much of the manual assembly/finishing work:

• Upload a 3D file
• Choose materials
• PCBWay can print it as a single professional-quality piece, reducing multi-part assembly and hand-finishing time.

The sponsor also offers other manufacturing services beyond 3D printing, including:

• PCB prototyping/assembly
• CNC
• Sheet metal
• Injection molding

Numerical / rating-like details included

• OLED display cost: ~$85
• Screen fit clearance: 1 mm
• Sponsor promo: up to 80% off on TPU 3D printing (limited-time deal ending September 30)
• No star ratings or formal review scores are provided.

Unique points mentioned (distinct ideas)

1. Supercar-inspired dashboard concept built from scratch
2. Sketching shapes/curves/proportions first
3. Creating detailed blueprints for alignment/dimensions
4. Modeling in 3ds Max using imported blueprint views
5. Starting from a plane and moving vertices to match outlines
6. Note: CAD recommended if higher precision is needed
7. Using an OLED display (~$85) with “stunning” image quality
8. Screen dimensions match a real dashboard; measurements taken precisely
9. Spline creation in 3ds Max with exact measurements and 1 mm clearance
10. Using volume operations to cut the display and accessory cutouts
11. Software-based fitment checking and material previews
12. Printing may require splitting parts due to build-area limits
13. Joining split parts with super glue
14. Reinforcing seams with a hot stapler gun and melted male staples
15. Rotary-tool cleanup of metal bits left by stapling
16. Smoothness check by running a finger across surfaces
17. Optional groove + mastic filler along seams
18. Sponsor note: PCBWay can print as a single piece
19. Wet sanding during cleanup to prevent heat deformation and improve consistency
20. Priming in multiple thin layers (light first coat; sometimes third)
21. Automotive plastic paint for adhesion + matte finish
22. If surface isn’t perfect: sand and apply more coats
23. Wrapping the top section with Elantaro to reduce reflections
24. Wrap cutouts designed with precise outlines in 3ds Max
25. Exporting cut patterns as SVG for clean machine cuts
26. Recap of final process steps; next video referenced for the full build and tips
27. Overall implied goal: recreate an AMG1-style digital UI look

Speaker / contributor separation

• Single primary speaker: the builder/creator.
• Sponsor message (PCBWay) is integrated into the video by the same creator.
• No separate technical speaker is present in the provided subtitles.

Concise verdict / recommendation

If you want a high-end supercar dashboard look with excellent OLED integration, this DIY approach is feasible and visually impressive—but it’s very hands-on (gluing, reinforcing, wet sanding, priming, painting, wrapping).

If you want to avoid the multi-part assembly and finishing workload, the video suggests outsourcing printing to PCBWay for a single-piece result.

Overall: build it if you enjoy DIY finishing; outsource printing if you mainly want the finished outcome with less labor.