If you are developing a physical product, CAD is the first real line item on the budget and the one most brands underestimate. A good CAD package is not a picture of your product. It is the set of files a factory quotes from, a toolmaker cuts steel from, and every render, animation and listing image is built on.
This guide gives you realistic 2026 price ranges, explains what actually moves the number, and shows how to budget so the CAD you pay for once does not have to be paid for twice.
The short answer
For consumer products, devices and gadgets, most CAD work falls into three bands:
- A single simple part (a bracket, cap, clip or housing half): roughly $300 to $900 from a professional, depending on complexity and documentation.
- A multi-part product (5 to 15 parts, an assembly, drawings and a bill of materials): typically $1,500 to $5,000.
- Production-intent engineering (tooling-ready design for injection molding, tolerance review, supplier drawing packages): usually $5,000 and up, and often well above $10,000 at Western engineering firms.
Freelance CAD designers in the US and UK commonly charge $65 to $140 per hour. Offshore marketplace rates are lower, but you pay for the gap in revisions, communication and rework.
Our own fixed prices sit in the middle of that market on purpose: $490 for a single engineered part, $1,890 for a product of up to 12 parts, and from $4,900 for production packages. See the full breakdown on our pricing page.
What you are actually paying for
Two quotes for "a CAD model" can differ by a factor of five because they describe different deliverables. Before comparing prices, check whether each quote includes:
- Parametric, editable CAD rather than a mesh. A mesh (STL or OBJ) looks fine on screen but cannot be edited cleanly. Parametric files (plus STEP for suppliers) can.
- Drawings. A factory needs dimensioned 2D drawings with tolerances, materials and finish notes. Without them, you have a model, not a manufacturing package.
- Design for manufacturing (DFM). Draft angles, uniform wall thickness, rib and boss design and snap fits decide whether a part molds cleanly. We cover these rules in our injection molding design guide.
- Assembly and a bill of materials. For anything with more than one part: how it fits, what fastens it, and a list your supplier can price.
- Prototype files. Print-ready STL or 3MF so you can hold the design before paying for tooling.
- Revision rounds. One round is rarely enough for a new product. Two or three, including one after a physical prototype, is realistic.
The factors that move the price
Number of unique parts
Price scales with unique parts, not total parts. Twelve identical screws cost nothing extra; twelve different housing components do.
Surface complexity
Boxy, prismatic parts are fast. Organic, ergonomic surfaces (a handheld device, a bottle shoulder, a wearable) take far longer to model well, because every curve has to stay continuous and manufacturable.
Manufacturing process
Designing for 3D printing is the most forgiving. CNC machining adds tool-access constraints. Injection molding adds draft, parting lines, uniform walls and undercut avoidance, which is why molded parts cost more to engineer properly.
Quality of your starting material
A dimensioned sketch or an existing CAD file speeds things up. Photos of a competitor sample, or a napkin idea, mean more design decisions and more rounds.
Documentation depth
A model alone is cheaper than a model with drawings, tolerances, a BOM and DFM notes. The documentation is what saves you money at the factory.
Hourly or fixed price?
Hourly billing works when scope is genuinely unknown, but it puts all the risk on you. Fixed pricing forces the designer to understand the product before quoting, and gives you a number you can plan around. For most brand owners, a fixed quote per part or per product, with stated revision rounds, is the safer model.
How to get an accurate quote quickly
Send the designer:
- Sketches, photos or a sample description, with overall dimensions
- The manufacturing process you expect (3D printing, CNC, injection molding)
- Target materials and finishes
- Quantities you expect to order
- Any existing files, even rough ones
- What you need delivered: native CAD, STEP, drawings, BOM, print files
The clearer the brief, the tighter the quote.
The hidden cost: paying for the model twice
Many brands pay a CAD freelancer for engineering files, then pay a render studio to model the product again for marketing, then pay an animation studio to model it a third time. One accurate model can serve all three. When the same studio engineers the part and produces the renders and exploded views, every later asset costs less.
Budgeting rule of thumb
For a typical consumer device with a molded enclosure, plan roughly $1,500 to $5,000 for CAD and drawings, plus one or two rounds of prototype printing, before you request tooling quotes. It is a small fraction of mold costs, and it is the part of the budget that decides whether the mold works first time.
Ready to price your product? Our CAD design service returns a fixed quote within one working day.
