Resources
Retro Hardware Repair Guides
In-depth articles on vintage computer and console repair — written by the RetroRevive team. Whether you're diagnosing a fault or preparing hardware for shipping, these guides have you covered.
Restoring a Sharp X68000 Compact: A Full Recap and SCSI Revival
We got our hands on a Sharp X68000 Compact "Red Zone" that needed every capacitor replaced. Here's the full restoration, recapping the main board and PSU, undoing leakage damage, and getting it booting from modern storage over a SCSI adaptor.
Recapping the Commodore Amiga 500: A Complete Guide
A complete guide to recapping the Commodore Amiga 500, why its electrolytic capacitors fail after 30+ years, the symptoms a recap fixes, and the dangerous A500+ Varta battery you must remove.
The Commodore 64 Power Supply: A Silent Killer
The original Commodore 64 power brick is notorious for killing the machine it powers. Here is why the potted 5V regulator fails shorted, and how to protect your C64.
Retr0bright: How to Safely De-Yellow Vintage Plastic
How and why old beige ABS plastic yellows, what Retr0bright actually does, the methods compared, and the real risks of de-yellowing your retro hardware.
Game Boy Screen Problems: Missing Lines, Fading and Fixes
Missing lines, fading and dead pixels on a Game Boy screen all have specific causes. Here is what each fault means, how it is repaired, and why an IPS swap often wins.
Why Your Vintage Floppy Drive Won't Read Disks
Hardened grease, head misalignment, dirty heads, perished belts, dying caps or rotten media, the real reasons retro floppy drives stop reading, and how to fix them.
Recapping Compact Macs: Why the SE, Classic and Plus All Need It
The all-in-one compact Macs, Plus, SE, SE/30, Classic, leak electrolyte and corrode their boards. Here’s why every one of them is due for a recap, and what fails first.
Tantalum vs Electrolytic Capacitors in Vintage Repair
Aluminium electrolytic, tantalum or polymer? A technician’s guide to choosing the right capacitor type when recapping vintage computers and consoles, and why failure mode matters most.
How to Desolder Capacitors Without Lifting a Pad
Ripped pads and lifted traces are how most DIY recaps fail. Here’s how to remove SMD and through-hole electrolytics from vintage boards without the damage.
Vintage Switch-Mode Power Supplies: Why They Need Recapping Too
The power supply is the most overlooked recap in any retro system, and the most dangerous. A failing PSU can output ripple or over-voltage and destroy the machine it powers.
Why Old Motherboards Fail: The Science Behind Vintage Hardware Degradation
A deep dive into the chemistry and physics behind vintage motherboard failure — from electrolytic capacitor degradation and PCB trace corrosion to BIOS battery leakage and solder joint fatigue.
How Long Do Capacitors Last in Vintage Hardware?
Electrolytic capacitors typically last 15–25 years — but heat, humidity, and poor original manufacturing can cut that dramatically. Here's what you need to know about cap lifespan in retro hardware.
What Is Cap Plague? The Silent Killer of Retro Hardware
Cap plague originated from a stolen, flawed capacitor electrolyte formula in the early 2000s. Millions of motherboards were affected. Here's the full story, how to identify it, and what to do about it.
Signs Your Vintage Computer Needs Recapping
8 clear warning signs that your vintage computer needs recapping — from random crashes and distorted audio to brown residue and that distinctive chemical smell. Plus when to recap proactively.
Battery Damage in Retro Computers: How to Spot It and What to Do
Leaking RTC batteries can silently destroy PCB traces over years. The Amiga 600/1200, Sharp X68000 and early Macs are most at risk. Here's how to spot battery damage and what to do about it.
How to Pack Vintage Hardware for Shipping: A Complete Guide
A complete guide to shipping retro computers and consoles safely — anti-static bags, double-boxing, CRT packing, insurance and what not to do. Protect your vintage hardware in transit.
CRT Monitor Restoration: What's Actually Involved
CRT monitors store lethal charges long after being unplugged. Here's what CRT restoration actually involves, which monitors are worth restoring, and why this is genuinely dangerous DIY territory.
The Best Vintage Computers Worth Restoring in 2026
Our picks for the most rewarding vintage computers to restore in 2026 — from the Commodore Amiga to the Sharp X68000. Collector values, common faults, and what restoration typically costs.
Console Recapping Guide: Which Consoles Fail Most and Why
Which retro consoles need recapping most urgently? Sega CD, Saturn, Mega Drive, NES and PlayStation all have well-known cap failure patterns. Here's what to look for and what it costs to fix.
Upgrading Vintage PCs: BIOS Chips, CF Cards and Gotek Drives Explained
Replace spinning hard drives with CF cards, add a Gotek floppy emulator, or reprogram a dead BIOS chip. A practical guide to modernising vintage PC storage without losing the retro experience.