How Much Does a PCB Cost? A Realistic Breakdown

How much does a PCB cost? Less than most people expect for the board itself, and more than the sticker price suggests once it reaches your desk. Five copies of a small two-layer prototype board cost roughly $2–$6 at the high-volume prototype fabs. Then shipping costs more than the boards, import duty is added on top, and components plus assembly cost more than everything else combined. A realistic PCB cost for a first prototype in the US is about $25–$45 delivered for five bare boards, and roughly $90–$170 for five finished, assembled boards.

The useful part is not the headline number, it is knowing which levers move it. Below: every line item, what drives it, and how to make the next board cheaper.

The short answer: how much a PCB costs

Bare boards are genuinely cheap. Five copies of a two-layer board up to 100 × 100 mm sit at the bottom promotional tier of the big Chinese prototype fabs — around $2 at JLCPCB, around $5 for ten pieces at PCBWay. That is not a trick. A prototype fab pools dozens of customers' designs onto one large production panel, so you are buying a slot on a shared panel rather than a panel of your own.

Shipping costs more than the boards, usually by a lot. Economy air-line service to the US runs roughly $10–$15 and takes one to two weeks; DHL, FedEx or UPS express runs $20–$32 and takes three to six days. On a $2 order, shipping is 85–95% of the bill.

Import duty is now a real line item for US buyers. The $800 de minimis exemption that let small parcels enter duty-free ended in 2025 — China in May, everywhere else in August — and was made permanent by regulation in 2026. Chinese fabs now collect duty at checkout on delivered-duty-paid terms, at the time of writing roughly 35% of goods value on a bare board (25% Section 301 over a free base rate, plus a provisional layer). On $4 of boards that is $1.40; on a $300 assembled order it is real money.

Parts and assembly cost more than everything else. A board with a microcontroller, a regulator, a USB-C connector and thirty passives is $6–$12 of components each, and having the fab assemble five of them adds $25–$40 in service fees on top.

To skip customs entirely, US domestic services are competitive on very small boards and expensive on large ones. OSH Park charges $5 per square inch for three copies of a two-layer board, ENIG finish and shipping included: a 50 × 50 mm board is about $19 delivered with nothing else to pay, but a 100 × 100 mm board is about $78.

Where PCB manufacturing cost actually goes

Six line items. Most people budget for the first and get surprised by the other five.

1. Bare board fabrication. Laminate, copper, drilling, plating, solder mask, silkscreen, electrical test. The cheapest item at prototype quantity, and the one everyone fixates on.
2. Shipping, customs and duty. Almost always larger than the boards. Optimize it by combining orders, not by shipping slower: one parcel with three projects costs about the same as one parcel with one.
3. Components (the BOM). Usually the largest single item. Watch minimum order quantities — you may buy a strip of 50 resistors to populate five boards, plus a $5–$10 flat fee under a distributor's free-shipping threshold.
4. Assembly (PCBA). Setup, stencil, per-part feeder loading, per-joint placement, plus parts at the assembler's price. At prototype quantity the fixed fees dominate.
5. Your time, or a designer's fee. A first simple board is a weekend or two — see how to make a PCB for the sequence. A contractor for a straightforward two-layer board is typically several thousand dollars, which reframes every other number here.
6. Revisions — the hidden one. The most expensive item on most first projects, because nobody budgets for it. A respin costs the boards, shipping, duty and assembly setup all over again, plus one to three weeks. A wrong footprint or an unbuyable part turns a $40 order into an $80 order and two lost weeks.

What drives bare-board PCB price

Driver	Effect on price	Practical advice
Board area	Dominant. Price tracks panel area, and cheap promotional tiers usually stop at 100 × 100 mm	Shrink the outline before optimizing anything else. 100 × 100 mm down to 80 × 80 mm removes 36% of the area you pay for
Layer count	The biggest single step. Two to four layers is often several times the price at prototype quantity; four to six is another large step	Stay on two layers unless you need the extra planes or routing density
Quantity	Unit price falls fast. One piece is rarely cheaper than five, because setup is fixed per design	Order five, not one. Ten is often only a couple of dollars more and gives you spares
Thickness	1.6 mm is standard and cheapest; 0.6, 0.8 or 2.0 mm can leave the cheapest tier	Leave it at 1.6 mm unless an enclosure or card edge forces otherwise
Copper weight	1 oz is standard; 2 oz adds a clear premium; 3 oz and up is specialty pricing	Pay for 2 oz only when you are actually carrying amps. Wider traces are free
Surface finish	HASL is cheapest and often included; ENIG adds a premium that scales with area	HASL for through-hole and 0.5 mm-plus pitch; ENIG for QFN, BGA or fine pitch
Solder mask color	Green is normally cheapest and fastest; other colors may cost more or add a day	Green for prototypes. Save matte black for the production run
Trace/space and drill size	Below the standard tier (commonly 5–6 mil trace and 0.3 mm drill) you move to a finer, lower-yield process that costs more	Design to the standard tier; tighten only where a fine-pitch part forces it. Default to 0.3 mm vias with 0.6 mm pads
Special processes	Castellated edges, controlled impedance, gold fingers, edge plating, blind and buried vias — each adds a real per-order fee	Every one is a checkbox that changes your quote. Select only the ones the design needs

Area and layer count decide most of your bare-board price; the rest is a rounding error until you start ticking special-process boxes.

PCB assembly cost: what actually moves the number

Assembly pricing is mostly fixed fees per design, not per board. On a five-board run at an economy service, expect a setup fee around $8, a laser-cut stencil around $1.50–$8, and roughly $0.0016 per solder joint — so placing 500 joints costs under a dollar. The fees that hurt are elsewhere:

• Unique part references. The real surprise. Assemblers charge a feeder-loading fee — commonly about $3 — for every part number outside their standard stocked library. Twelve exotic parts is $36 before a single board is built.
• Basic versus extended parts. Most assemblers split their library into always-loaded “basic” parts (no feeder fee) and “extended” parts (fee per reference). Picking a basic 10 kΩ 0603 instead of an equivalent extended one is free money.
• Total placements. Matters at volume, barely matters at five boards.
• Single versus double sided. A second populated side means a second setup, stencil and reflow pass, roughly doubling those charges. Keeping all SMD parts on one side is one of the cheapest decisions available.
• Hand-soldered parts. Through-hole connectors and odd-form parts carry a manual labor charge around ten times the machine per-joint rate, plus a per-order handling fee.
• Component minimums and attrition. You pay for whole strips or reels and the assembler adds spares for machine loss, which can double your apparent BOM cost on a small run.

Worked example: five prototype boards, itemised

A two-layer board, 50 × 50 mm, green mask, HASL, 1.6 mm, 1 oz copper, five pieces: about 30 placements per board across 20 unique references, five of them outside the assembler's basic library.

Line item	Typical cost	Notes
Bare boards, 5 pcs	$2–$6	The cheapest part of the project
US import duty, prepaid at checkout	$1–$3	Roughly 35% of goods value on Chinese bare boards at present
Shipping — economy line	$10–$15	7–15 days
Shipping — express courier	$20–$32	3–6 days
Delivered, bare boards only	$15–$40	Budget $25–$45 to be safe
US domestic alternative	~$19	Three copies, ENIG, shipping included, no customs, longer lead time
Components for 5 boards	$30–$60	Plus $5–$10 distributor shipping under the free-ship threshold
Assembly service fees	$25–$40	Setup + stencil + five extended-part fees; placement itself is under $1. Solder them yourself instead and this is $0 plus an evening
All-in, 5 assembled prototypes	$90–$170	The bare boards are under 5% of it

Notice where the money is. Obsessing over the $2 fabrication line is the wrong fight: cutting three extended parts, keeping every SMD part on one side, or not needing a second revision each save more than the bare boards cost.

Nine practical ways to cut your PCB cost

1. Shrink the board. Area is the dominant driver. Tighter placement, a smaller connector or moving the mounting holes in can drop you into a cheaper size tier for free.
2. Stay on two layers. For most sensor boards, breakouts and microcontroller projects, signals on top with a solid ground pour underneath is enough — including for USB 2.0 and Wi-Fi modules.
3. Reuse part values. Ten resistor values means ten references; four values reused means four. Every reference you delete is a feeder fee saved.
4. Prefer the assembler's basic library. Filter for stocked basic parts while you are still choosing components, not after layout.
5. Order five, not one. The minimum exists because setup is per design. Spares are what let you keep debugging after you lift a pad.
6. Choose green solder mask and HASL unless fine-pitch parts genuinely need ENIG's flatness.
7. Do not tighten specs you do not need. Standard trace/space and 0.3 mm vias cost nothing extra. Fine-pitch capability is worth paying for exactly where a BGA demands it.
8. Panelize or combine orders. Two small designs on one panel, or several projects in one parcel, share a single shipping and customs bill.
9. Get it right the first time. A revision doubles fabrication, shipping, duty and assembly setup, and costs weeks. Check footprints against datasheets, run every design rule check to zero, and confirm part availability before ordering — the manufacturing files are only as good as the checks behind them.

That last point is where the largest savings live. The classic expensive mistake is designing around a part that turns out to be out of stock, then respinning the board around a replacement with a different footprint. BuildPCB checks live distributor stock while it selects components, which removes the most common reason a first board has to be redesigned, and exports the Gerbers, drill file, BOM and pick-and-place file in the format quote forms expect.

Why quotes vary, and how to get a real number

Two fabs can quote the same board several times apart, because they are different businesses: a pooled-panel prototype house, a domestic quick-turn shop and a production house with a 500-piece minimum all price the same Gerbers differently. Promotional tiers change, courier surcharges change, and US duty rates have moved repeatedly in the last eighteen months.

So export your files, upload the same package to two or three instant quote tools, and compare the delivered total including duty, not the headline board price. It takes ten minutes and it is the only number that is actually true. If the vocabulary in the quote form is unfamiliar, what a PCB is covers the structure those options refer to, and the rest of our guides cover the design steps that produce the files. BuildPCB builds that upload package for you, so comparing three quotes is a copy-paste rather than a project.

Frequently asked questions

How much does it cost to make a circuit board?

For a simple two-layer prototype, about $25–$45 delivered in the US for five bare boards, where the boards themselves are only $2–$6 and shipping plus duty is the rest. Add components and assembly and a realistic all-in figure is $90–$170 for five working boards.

Why does shipping cost more than the PCB itself?

Because the boards are a slot on a shared production panel, while the parcel is a physical object that has to cross an ocean. Economy air-line service to the US is roughly $10–$15 and express courier is roughly $20–$32, regardless of whether the boards inside cost $2 or $20.

Is a 4-layer PCB really that much more expensive than 2-layer?

Yes, at prototype quantity it is the single biggest price step, often several times the 2-layer price for the same size, because it needs inner-layer imaging, extra lamination and more process steps. Most beginner projects do not need it: signals on top with a solid ground pour underneath is enough.

How much does PCB assembly cost for a prototype?

Expect $25–$40 in service fees for a five-board run, on top of the components. That is mostly fixed cost — a setup fee around $8, a stencil, and roughly $3 for each part number outside the assembler's stocked basic library — while the placement itself costs well under a dollar.

Do I have to pay import duty on PCBs shipped to the US?

Yes. The $800 de minimis exemption ended in 2025 and was made permanent in 2026, so essentially every order is now dutiable. The Chinese fabs collect it at checkout on delivered-duty-paid terms, currently around 35% of goods value on bare boards, though rates have changed several times and you should read the live figure at checkout.