Here's a quick roadmap for your very first KiCad project — a USB-C breakout board. Simple, useful, and teaches you the full workflow.

Schematic (10 min)

• Add a USB-C 16-pin connector symbol

• Break out VBUS, GND, D+, D-, CC1, CC2 to header pins

• Add 5.1kΩ pull-down resistors on CC1/CC2 (required for USB-C power)

• Run ERC — fix any warnings

PCB Layout (15 min)

• Set board outline: 25mm × 20mm rectangle

• Place USB-C connector on one edge, pin header on the opposite

• Route traces: 0.5mm for power (VBUS/GND), 0.25mm for signals

• Add ground pour on bottom layer

• Run DRC with your fab house's design rules

Manufacturing Prep (5 min)

• Plot Gerbers: F.Cu, B.Cu, F.Mask, B.Mask, F.SilkS, Edge.Cuts, drill files

• Upload to JLCPCB or PCBWay

• 5 boards for ~$2 + shipping

That's it. From zero to manufactured PCB in under an hour of design time. Inside KiCad Insider, I walk through every click of this process with screen recordings and design files you can download.

People ask me this constantly. Here's the real answer:

KiCad 8 — Free, open source, massively improved in the last 2 years. The schematic editor is now genuinely pleasant to use. The 3D viewer is excellent. Plugin ecosystem is growing fast (KiBOM, Interactive HTML BOM, FreeRouting). For 99% of hobbyist projects, this is all you need.

Eagle — Was the hobbyist standard for a decade. Autodesk acquired it, moved to subscription ($15/mo+), and development has slowed. The free tier limits you to 2 layers and 80cm² boards. Community is shrinking.

Altium — Industry gold standard. Incredible tools. Also $7,000+/year. If your employer pays for it, great. For hobby projects? Overkill.

The verdict: KiCad wins for hobbyists and it's not close. Zero cost, no board size limits, no layer limits, active development, huge community. The learning curve is real but manageable — and that's exactly what KiCad Insider exists to flatten.

The main areas where KiCad still trails Altium: advanced signal integrity analysis, integrated MCAD collaboration, and multi-board project management. For hobby and small-batch production work, none of that matters.

I've reviewed hundreds of hobbyist PCB designs. These 5 mistakes show up in almost every first board:

1. Ignoring the Design Rule Check (DRC)

KiCad's DRC catches trace clearance violations, unconnected nets, and overlapping pads. Run it before you export Gerbers. Every. Single. Time.

2. Routing power traces too thin

Signal traces at 0.25mm are fine. But VCC and GND need to carry current. Use the trace width calculator — a 1A load on 0.25mm trace on 1oz copper heats up fast.

3. No ground plane

If you're not using a copper pour for ground on at least one layer, you're making life harder. Ground planes reduce noise, simplify routing, and improve thermals.

4. Components too close to board edges

Your fab house needs clearance. Keep components at least 1mm from edges. Check your manufacturer's specs.

5. Not verifying footprints against datasheets

KiCad's library footprints are usually good, but "usually" isn't enough when ordering 50 boards. Always verify pad dimensions.

Fix these five things and your first board will actually work. That's what we do inside KiCad Insider — real design reviews, real tutorials, no fluff.