Reviewed by Logan Hanson, BSc, CPA. Last verified against CRA guidance on July 29, 2026.
Yes, it can, and hardware companies routinely assume it cannot. Physical product development qualifies for SR&ED whenever it runs into a genuine technological uncertainty that standard engineering practice cannot resolve. The test does not care whether the output is software or a physical device. It cares whether you faced a problem with no known solution and had to investigate your way to an answer.
The reason so many hardware teams miss out is a mindset, not a rule. Engineers describe hard, uncertain work as just their job. That framing quietly disqualifies claims that would otherwise be strong.
The line is technological uncertainty. Routine engineering applies known methods to reach a predictable result. SR&ED begins where the result is genuinely in doubt and you have to run a systematic investigation to find out whether, and how, something can be achieved. Every eligible project has to show all three of these:
For hardware, the uncertainty usually shows up in measurement accuracy, reliability under stress, material behaviour, thermal or electrical performance, or manufacturability at a new tolerance. You can see the CRA’s framing on the SR&ED program pages.
The claim is built from the resources you spent resolving the uncertainty, not from the finished commercial product.
An industrial measurement hardware manufacturer had never filed an SR&ED claim, assuming that refining precision equipment was ordinary engineering. It was not. The development work involved unresolved technical questions around measurement accuracy and material behaviour under demanding operating conditions, which is exactly the kind of uncertainty SR&ED is designed to support.
We scoped the eligible work with the engineering team, translated their day-to-day design iterations into a solid technical narrative, and filed a first claim worth $101,000. It was accepted as filed, and the company now files every year. This is one of eleven anonymized engagements in our full SR&ED case studies document.
Take a Canadian-controlled private corporation (CCPC) with $220,000 in eligible engineering salaries, $50,000 paid to an arm’s-length Canadian contractor, and $30,000 in materials consumed during prototype testing. The contractor counts at 80%, adding $40,000. That gives a qualifying base of roughly $290,000. At the enhanced 35% refundable rate, that is about $101,000 in federal credit, before the prescribed-proxy overhead amount and provincial credits, which usually push the total higher.
Because this is a CCPC, that credit is refundable: it is paid as cash even if the company owes no tax. The enhanced 35% rate applies to up to the first $6 million of qualifying expenditures, for up to $2.1 million refundable per year. That ceiling phases out as taxable capital grows and is shared among associated corporations, so treat it as a maximum, not a default.
If your team builds physical products, work through this before assuming you do not qualify.
First-time filers are exactly where a technical-first process pays off, because the whole claim rests on translating engineering work into the language CRA expects. SRED.ca charges a flat fee billed monthly, published openly and roughly half the lifetime cost of percentage-based firms. We are the only SR&ED provider we are aware of that publishes its pricing.
We back the work with a 75% approval guarantee: if the CRA approves less than 75% of the filed claim, we waive our fees. If there is no eligible work in your year, you don’t pay. For more on getting the most from a claim, see our guides on maximizing refundable SR&ED claims and why companies miss SR&ED refunds.
If your hardware team has ever been genuinely unsure whether something could be built to spec, and had to experiment to find out, you likely have an SR&ED claim. The mistake is assuming physical product work does not count. A free consultation usually tells you within an hour whether there is a claim worth making. For the bigger picture, see our State of SR&ED hub.
It can. Hardware work qualifies when it involves genuine technological uncertainty, such as achieving a level of measurement accuracy, reliability, or material performance that cannot be reached with standard engineering. Routine product development that carries no real uncertainty does not qualify.
Routine engineering applies known solutions to reach a known result. SR&ED begins where the outcome is genuinely uncertain and the team has to run a systematic investigation to find out whether and how something can be done.
Yes. Materials are eligible when they are consumed or transformed during the experimental work, and the labour spent building and testing prototypes to resolve an uncertainty is claimable. The finished commercial product itself is not the claim.
No. Success is not required. Failed or abandoned experiments still qualify as long as you were systematically investigating a real technological uncertainty and advancing your technical knowledge.
It depends on your eligible salaries, contractor costs, and materials, but first claims in the six figures are common for active hardware teams. A Canadian-controlled private corporation receives the enhanced 35% credit as a cash refund.
On a flat fee billed monthly and published on our website, not a percentage of your refund. First-time filers also get a repeatable process so the next year is easier.
This article is general information, not tax advice. Tax figures depend on your corporation type, province, and taxation year.
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