What Does Gerber Reverse Engineering Actually Cost?
Gerber reverse engineering cost typically ranges from $350 for a simple 2-layer board to $5,000+ for a 12-layer or higher HDI design. The final number depends on layer count, board dimensions, component density, and whether you also need a schematic or BOM alongside the Gerber files. Most projects land between $500 and $2,500 with a turnaround of 5–15 working days.
Gerber Reverse Engineering Cost Table by Board Complexity
The table below reflects our real project pricing across hundreds of boards processed annually. These are starting points—actual quotes depend on the specific board you send us.
| Board Type | Layer Count | Typical Price Range (USD) | Standard Lead Time |
|---|---|---|---|
| Single-sided consumer | 1 | $350 – $500 | 3 – 5 working days |
| Double-sided, low density | 2 | $400 – $800 | 5 – 7 working days |
| Double-sided, high density | 2 | $700 – $1,200 | 5 – 8 working days |
| Multi-layer, standard | 4 | $900 – $1,800 | 7 – 10 working days |
| Multi-layer, fine-pitch | 6 | $1,500 – $2,800 | 8 – 12 working days |
| Multi-layer, HDI / blind vias | 8 | $2,200 – $4,000 | 10 – 15 working days |
| Complex HDI / sequential lamination | 10–16 | $3,500 – $6,000+ | 12 – 20 working days |
Rush service (48-hour or 72-hour turnaround) is available on boards up to 4 layers at a 40–60 % surcharge. For boards above 6 layers, the minimum rush window is typically 5 working days.
What Exactly Drives Gerber Reverse Engineering Cost?
Not every 4-layer board costs the same. Our engineers evaluate six primary variables when quoting a Gerber extraction job. Understanding these helps you estimate your budget before sending a board.
1. Layer Count and Stackup Complexity
Each additional copper layer requires separate imaging, delamination or cross-sectioning, and registration alignment. A 4-layer board with standard 1.6 mm FR-4 is routine. A 10-layer board with sequential lamination, staggered microvias, and buried vias demands significantly more microscopy time and iterative verification.
2. Board Dimensions and Panel Area
A 30 × 30 mm Bluetooth module takes a fraction of the scan time of a 250 × 400 mm industrial controller. Larger boards also increase the risk of alignment drift during optical capture, so our engineers perform more intermediate checks.
3. Minimum Trace/Space
Boards with 3/3 mil (75/75 µm) trace/space require higher-resolution scanning equipment and more manual verification than a 6/6 mil design. Below 3 mil, we move to SEM-assisted imaging, which adds both time and cost.
4. Component Density and BGA Presence
High pin-count BGAs (400+ balls) obscure the routing underneath. Extracting those inner-layer traces means more cross-sections and sometimes X-ray tomography. Each BGA on the board can add $80–$200 to the project depending on pitch (0.4 mm pitch is harder than 0.8 mm).
5. Board Condition
A clean, unused board is ideal. Burned, corroded, or partially delaminated boards require extra preparation—cleaning, stabilization, sometimes potting in epoxy before cross-sectioning. Damaged boards can add 20–40 % to the baseline cost, and in severe cases certain layers may be unrecoverable.
6. Deliverable Scope
Gerber files alone are the most affordable output. Adding a full schematic (netlist-verified) typically adds 30–50 % to the Gerber-only price. A complete BOM with manufacturer part numbers and alternates adds another 10–20 %. For a deeper look at every cost factor, read our guide to PCB reverse engineering cost drivers.
Gerber-Only vs. Full Reverse Engineering Package
Many clients ask whether they need the full package. Here is how deliverables compare in scope and cost impact:
| Deliverable | What You Get | Cost Multiplier (vs. Gerber-only) |
|---|---|---|
| Gerber files only | All copper, mask, silk, drill layers in RS-274X / Excellon format | 1.0× |
| Gerber + Schematic | Above + netlist-verified schematic in PDF and editable format (Altium/KiCad/OrCAD) | 1.3× – 1.5× |
| Gerber + Schematic + BOM | Above + complete bill of materials with MPN, package, and alternates | 1.5× – 1.8× |
| Full clone package | Above + source design files, impedance notes, stackup spec, assembly drawings | 1.8× – 2.2× |
If your goal is to replicate the board for production, the full clone package saves time downstream. For repair documentation or a one-time modification, Gerber + schematic is usually sufficient. You can also compare this against the full board cloning cost breakdown to see where Gerber extraction fits into a broader reproduction project.
How We Extract Gerber Files: Process Overview
- High-resolution optical scan — top and bottom layers captured at 1200–2400 DPI using calibrated flatbed and microscope-assisted rigs.
- Component removal — hot-air or chemical desoldering to expose pads and inner-layer access points.
- Layer-by-layer delamination or cross-sectioning — controlled chemical etching or mechanical milling to expose each copper layer sequentially.
- Image-to-CAD conversion — proprietary software vectorizes raster images into copper geometry, drill hits, and pad stacks.
- DRC and netlist verification — design-rule checks at IPC Class 2 or Class 3 tolerances, followed by point-to-point continuity verification against the original board.
- Output and review — Gerber RS-274X, Excellon drill files, and optional ODB++ or native CAD formats delivered via encrypted file transfer.
The destructive steps (delamination) mean we consume at least one sample board. If you have only a single unit, we use non-destructive X-ray CT imaging instead—this adds roughly $300–$600 to the project cost but preserves your board.
When Firmware or IC Recovery Affects Your Total Cost
Gerber extraction covers the bare PCB. If the board contains programmed microcontrollers whose firmware you also need recovered, that is a separate line item. For example, recovering firmware from an STM32C0 series MCU or a PIC24E microcontroller involves chip-level analysis that runs alongside but independently of the Gerber work. IC recovery services require proof of design ownership and are performed under NDA.
Realistic Caveats and Failure Modes
Honest cost estimation requires acknowledging what can go wrong:
- Unrecoverable layers — severely corroded or thermally damaged inner layers may have missing copper. We document gaps and flag them; the client decides whether to proceed with partial data.
- Impedance-controlled traces — we can measure trace geometry and stackup dimensions, but the original impedance target (e.g., 50 Ω single-ended, 90 Ω differential) must be inferred from geometry plus assumed dielectric constant. We provide calculated values, not guaranteed matches.
- Proprietary substrate materials — Rogers, Isola, or polyimide flex substrates behave differently during delamination. Flex-rigid boards in particular require specialized handling that adds 25–50 % to the baseline.
- Embedded components — boards with embedded passives or embedded die technology are among the hardest to reverse engineer. Expect quotes at the top of the range and longer lead times.
How to Get an Accurate Gerber Reverse Engineering Cost Quote
Send us clear photos of both sides of the board plus any information you have: approximate layer count, board thickness, whether it is rigid or flex, and the number of BGA or fine-pitch QFP packages. The more context you provide, the tighter the initial estimate. Most quotes are returned within one business day.
Check feasibility for your project
Send the chip marking or board details and tell us what you need to recover. Add clear photos if available.
Request a feasibility reviewHow much does gerber reverse engineering cost for a 4-layer board?
A standard 4-layer board with moderate component density typically costs between $900 and $1,800 for Gerber extraction alone. Adding a schematic increases the total by roughly 30–50 %. Fine-pitch BGAs, small trace/space, or damaged boards push the price toward the higher end. We provide exact quotes within one business day after reviewing board photos.
Can you extract Gerber files without destroying the board?
Yes. Non-destructive X-ray CT imaging lets us capture internal copper layers without delamination. This method adds approximately $300–$600 to the project cost and is the only option when you have a single irreplaceable sample. Resolution is slightly lower than destructive methods, so boards with sub-3 mil trace/space may need supplemental SEM imaging.
What file formats do I receive after Gerber reverse engineering?
Standard deliverables include Gerber RS-274X files for every copper, solder mask, and silkscreen layer, plus Excellon drill files. We can also provide ODB++, native Altium .PcbDoc, or KiCad .kicad_pcb files on request at no additional charge. Schematics are delivered in PDF and an editable CAD format of your choice.
How long does Gerber reverse engineering take?
Lead time ranges from 3 working days for a single-layer board to 20 working days for complex 10+ layer HDI designs. Most 2- to 4-layer projects complete in 5–10 working days. Rush service is available for boards up to 4 layers, typically at a 40–60 % surcharge with a 48- or 72-hour turnaround.
Is Gerber reverse engineering cheaper than a full PCB clone?
Yes. Gerber extraction is the core step of any clone project, but a full clone also includes schematic capture, BOM creation, stackup specification, and sometimes prototype fabrication. Gerber-only pricing is roughly 50–60 % of the full clone package cost. See our circuit board cloning cost guide for a side-by-side comparison.
Working on a board like this?
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