Crowdfunding — Hardware Certification
A successful campaign proves demand, not market access. FCC and CE are legal requirements for anything with electronics or radios (Great Britain accepts CE or UKCA), and a customs hold or a marketplace takedown over missing paperwork is one of the most common reasons a funded hardware campaign misses its delivery date. Here's the actual checklist, current 2026 cost ranges, and when to start.
Last updated 11 September 2026
FCC (US) and CE (EU) are mandatory for any product containing electronics or radios — they are market-access law, not optional quality marks, and customs or a marketplace can hold a shipment without them. Great Britain accepts either CE or UKCA for these product types, so a correctly CE-marked product can be sold there without a separate UKCA mark. If your product uses Bluetooth or Wi-Fi, add Bluetooth SIG qualification and the relevant radio-specific testing on top of general EMC and safety work. Ships with a lithium battery: UN 38.3 transport testing is required for air and sea freight into every market, independent of any market-specific certification. RoHS and REACH substance restrictions apply across the EU regardless of product category, and are a documentation exercise most teams underestimate until a customs broker asks for the declaration.
Source: TCF, "How to Launch a Smart Gadget on Kickstarter"; Blue Maestro, "Bluetooth Compliance: FCC, CE & SIG Guide".
For a typical connected consumer device built around a pre-certified radio module, a realistic all-in budget across every market you ship to runs EUR 60,000-120,000 over a nine-month runway from design freeze to launch. Broken down: CE EMC and LVD testing costs EUR 10,000-20,000; RED Articles 3.1/3.2 (radio-equipment safety and EMC) EUR 20,000-40,000; RED 3.3 self-assessment EUR 5,000-15,000; and US FCC certification USD 12,000-30,000. If you use an already-certified Bluetooth module rather than a custom radio design, Bluetooth SIG qualification is a flat USD 8,000 licensing fee rather than a full test programme.
Source: RMBG, "A 2026 Certification Map for Connected Hardware"; China Electronics, "Multi-Market Certification Strategy for Electronics: FCC, CE, UKCA, and Beyond".
Great Britain continues to recognise CE marking for radio, EMC, low-voltage, RoHS, machinery and toy products — legislation came into force on 1 October 2024 to continue that recognition — so a product correctly CE marked for the EU can be sold in Great Britain without a separate UKCA mark. UKCA remains available if you prefer it. Medical devices and construction products are on their own separate timelines. The GB requirement that CE marking does not cover is security: consumer connectable products sold into the UK must meet the PSTI Act requirements, so plan that alongside CE rather than assuming the EU work covers it.
IEC 62133-2 certification for a rechargeable lithium-ion battery pack costs USD 6,000-10,000 and takes 6-8 weeks. UL 1642 cell-level certification runs USD 15,000-20,000 over 10-12 weeks. Neither of these substitutes for UN 38.3 transport testing, which is a separate requirement before the battery can legally be shipped by air or sea at all — a product can be fully certified for sale in every target market and still be stuck at a freight forwarder because UN 38.3 was never done.
Source: uFine Battery, "Battery Certification 2026: Types, Costs and Timelines"; Element, "Lithium-Ion Battery Certification Guide".
Certification testing should start once you have production-representative units from DVT (design validation testing) — pre-DVT prototypes are usually too unstable electrically to pass, and testing against units that don't match what ships is money spent twice. Lab testing itself takes 4-10 weeks per market, and running FCC, CE and Bluetooth SIG processes in parallel rather than sequentially is what keeps a 6-9 month runway realistic instead of aspirational. A campaign that funds today and plans to ship inside six months, for a product still in DVT, is setting a delivery date its own certification math can't support.
Source: Adam Webb, "Kickstarter Hardware Timeline: Funded to Delivered, Month by Month"; TCF, "How to Launch a Smart Gadget on Kickstarter".
FCC (US) and CE (EU) are legal market-access requirements for products containing electronics or radios, not optional quality marks, and a marketplace or courier can hold a shipment without them. Great Britain accepts either CE or UKCA marking for radio, EMC, low-voltage, RoHS and toy products: legislation in force since 1 October 2024 continues recognition of CE marking there, so a correctly CE-marked product does not need a separate UKCA mark. If the product uses Bluetooth or Wi-Fi, you also need Bluetooth SIG qualification and the relevant radio-specific testing on top of general EMC/safety. If it ships with a lithium battery, UN 38.3 transport testing is required for air and sea freight regardless of destination market.
For a typical connected consumer device built around a pre-certified radio module, a realistic 2026 all-in budget is roughly EUR 60,000-120,000 across every market you plan to ship to. Broken down: CE EMC and LVD testing runs EUR 10,000-20,000, RED Articles 3.1/3.2 (safety and EMC for radio equipment) EUR 20,000-40,000, RED 3.3 self-assessment EUR 5,000-15,000, and US FCC certification USD 12,000-30,000. Bluetooth SIG qualification is a flat USD 8,000 licensing fee if you use an already-certified module rather than a custom radio design.
For most electronics it isn't a project at all. Great Britain continues to recognise CE marking for radio, EMC, low-voltage, RoHS, machinery and toy products (legislation in force since 1 October 2024), so a product correctly CE marked for the EU can be placed on the GB market without UKCA; UKCA remains an alternative you can choose. Medical devices and construction products follow their own separate timelines. What Great Britain does add for connected consumer products is its own security regime, the PSTI Act, which CE marking does not cover.
IEC 62133-2 certification for a rechargeable lithium-ion battery pack typically costs USD 6,000-10,000 and takes 6-8 weeks. UL 1642 cell-level certification runs USD 15,000-20,000 over 10-12 weeks. These are separate from, and in addition to, UN 38.3 transport testing, which is required before the battery can be shipped by air or sea at all — a project can be fully certified for sale and still be unable to ship if UN 38.3 hasn't been done.
Six to nine months before the planned delivery date, and the certification testing itself should start only once you have production-representative units from DVT (design validation testing) — pre-DVT prototypes usually aren't stable enough to pass. Actual lab testing takes 4-10 weeks per market on top of that lead time, run in parallel across markets where possible rather than sequentially.
Lab selection and project management is the part most first-time hardware creators have never done before, and it's the part that determines whether the 6-9 month runway above is real or optimistic. We scope which certifications your specific product actually needs, place the work with the right lab for the market and timeline, and keep the parallel FCC/CE/UKCA/battery tracks from silently turning into a sequential one. See our FCC equipment authorization, CE marking / UKCA cost and EU battery regulation pages for the market-specific detail behind each line above.
Book a scoping call