Consumer Goods (Self-balancing Scooters) Safety Standard 2018

The instrument relies on three core concepts: incorporation by reference of external standards, a categorical product definition, and multiple alternative conformity pathways.

Incorporation by reference: s 6 defines a set of external standards by name and fixes their effective versions (“as in force or existing at the time when this section commences”). The instrument does not reproduce technical provisions; instead it makes compliance conditional on complying with specific provisions or the entirety of those external standards (see s 7(2), (3) and (4)). The notes attached to s 6 make explicit practical consequences: the standards are published by third parties, can be purchased from their respective distributors, and the ACCC can make copies available for viewing at its offices subject to licensing conditions. That means suppliers will normally need access to the standards text (at cost or via ACCC inspection) to know their testing obligations.

Categorical product definition: s 6 provides a narrow statutory definition of “self‑balancing scooter”. The definition is conjunctive: the device must have one or two wheels; must have no steering grips, seat or handlebars; and must be powered by a rechargeable lithium‑ion battery that is recharged via a mains power supply. Because the definition is prescriptive, whether a particular electrically powered personal mobility device is caught depends on those design attributes. The instrument also lists common trade names as notes (hoverboards, gliders, smart boards, etc.), but the legal test is the statutory definition.

Multiple conformity pathways: s 7 gives suppliers three discrete ways to comply. The first pathway (s 7(2)) requires IEC 62133‑2:2017 and specified heating (section 11) and abnormal operation (section 19) provisions drawn either from IEC 60335‑1:2010 or AS/NZS 60335.1:2011, with an option to include AS/NZS 60335.2.201:2016 as an additional source for those clauses. The second pathway (s 7(3)) allows compliance where the scooter meets a limited set of provisions from UL 2272, explicitly listing the sections and subsections required (fuses; protective circuits and safety analysis; cells; overcharge, short circuit, temperature, and imbalanced charging tests). The third pathway (s 7(4)) provides continuity for goods covered by the prior 2016 standard, but only if those goods comply with the 2016 standard as it existed immediately before 26 May 2018 and as modified by replacing references to IEC 62133 with IEC 62133‑2:2017.

Version fixation and temporal anchoring: the definitions use the phrase “as in force or existing at the time when this section commences”, which pins the incorporated standards to their state at commencement of the instrument. That prevents automatic capture of later revisions unless the instrument itself is amended.

Regulatory cross‑reference: the instrument expressly notes the broader regime context: it is made under s 104(1) of the ACL and refers to s 106 of the ACL as the mechanism that imposes the requirement to comply with a safety standard. It also notes that the reference to the ACL is a reference to Schedule 2 to the Competition and Consumer Act 2010, as applied by s 140K of that Act and corresponding State and Territory application clauses (note to s 3). These cross‑references situate the instrument within the federal ACL enforcement architecture.

The instrument’s stated purpose is to set out safety requirements that self‑balancing scooters must comply with under the ACL (s 5). That creates legal effects for the persons and entities who bring, supply, import, or sell goods that meet the statutory definition of “self‑balancing scooter” in s 6. In practical terms, the following parties are directly or indirectly affected:

• Manufacturers and designers of devices that fall within the s 6 definition. They must design and assemble scooters so that they meet one of the specified compliance pathways in s 7 (IEC/AS/NZS pathway, UL pathway, or the 2016‑standard continuity pathway).
• Importers and overseas suppliers who place such devices on the Australian market. Under the ACL safety standard regime, the legal obligation to supply safe goods is enforceable in respect of imported goods; the instrument makes technical thresholds explicit, so importers must ensure conformity with s 7 before entry into the Australian market.
• Wholesalers, distributors and retailers who supply devices meeting the s 6 definition. If they supply a non‑compliant device, they potentially expose themselves to enforcement risk under the ACL, because the instrument is the specified safety standard for that product category (s 5 and note referring to s 106 of the ACL).
• Testing and certification bodies, and product safety consultants. These parties will perform the necessary tests identified by the instrument (for example, heating and abnormal operation clauses or the listed UL 2272 tests), and will incur the cost and time burdens of testing and producing technical documentation.
• Consumers are an indirect affected group because the instrument changes the technical baseline of safety that suppliers must meet; however the legal duties sit with supply‑chain actors, not end users.

The instrument’s definition of “self‑balancing scooter” narrows who is affected. Devices with seats, handlebars, or steering grips, devices powered by batteries other than rechargeable lithium‑ion systems, devices that are not mains‑recharged, devices that have more than two wheels, or devices designed for seated use fall outside the definition and therefore are not captured by this safety standard. Suppliers of such devices should not assume they are compliant simply because they market the device as an “e‑scooter” or “personal mobility device”; the instrument determines scope by design features (s 6).

The instrument also affects legal and compliance budgets. The referenced standards are third‑party intellectual property that usually must be purchased, and the notes state the ACCC can make copies available for viewing subject to licensing conditions. That means suppliers or their advisers typically bear the cost of obtaining standards and paying for testing, certification and record retention to demonstrate compliance with s 7.

The instrument imposes a technical duty: a self‑balancing scooter, as defined in s 6, must comply with the requirements set out in s 7, by satisfying one of the specified pathways. The statutory duty is expressed as a product conformity requirement; it is not phrased as a criminal prohibition within the instrument itself but as a condition that determines whether the product meets the safety standard that the ACL references (s 5 note referencing s 106 of the ACL). The instrument therefore functions as a technical benchmark that supply‑chain actors must meet to avoid contravening the ACL’s safety standard obligations.

Who decides compliance: compliance is judged against the external standards and clauses incorporated by s 7. The instrument identifies precise clauses of IEC/AS/NZS or UL that must be satisfied. For example, a supplier can show compliance by producing test reports demonstrating conformity with IEC 62133‑2:2017 and the applicable section 11 and 19 clauses in IEC 60335‑1:2010 or AS/NZS 60335.1:2011 (s 7(2)(a)-(c)). Alternatively, a supplier can rely on testing to the listed UL 2272 provisions (s 7(3)(a)-(g)). The third route is compliance with the 2016 standard as modified (s 7(4)).

Duty to locate and apply the correct clause versions: because the instrument fixes particular versions of standards “as in force or existing at the time when this section commences” (s 6), the duty to comply means suppliers must test to those specific versions, not to later amendments. That allocates a compliance cost: suppliers must obtain and use the correct version of the standard text to know precisely which tests and tolerances apply.

Rights implicit in the structure: the instrument permits multiple conformity routes, which gives suppliers flexibility to choose the testing approach that best fits their design and existing certification. The inclusion of a UL subset pathway is effectively a rights‑preserving mechanism for suppliers who have already certified to UL 2272 limited provisions; they may rely on that subset rather than repeating tests against IEC/AS/NZS. The continuity route in s 7(4) also preserves rights for products already complying with the 2016 standard immediately before 26 May 2018, provided the substitution of IEC 62133 references is applied. That reduces disruption for goods already certified under the prior regime.

Procedural duties not specified: the instrument does not itself set out obligations about record‑keeping, labelling, warnings, or mandatory conformity assessment certificates. The duty in the instrument is limited to technical compliance. However, because the instrument operates in the ACL framework and points to s 106 (note to s 5), additional obligations under the ACL (not reproduced in this instrument) may attach, such as recall or remedy obligations, but those are not set out in this instrument and must be referenced in the ACL itself.

Allocation of costs: the instrument shifts the compliance cost to suppliers who must acquire standards, commission tests to the cited clauses, and maintain technical evidence showing conformity with s 7. The ACCC’s ability to provide viewable copies of the standards mitigates information costs to some degree but does not eliminate licence fees, nor does it cover the testing cost.

The instrument itself does not create new criminal offences or a bespoke penalty schedule. It is a safety standard instrument made under s 104(1) of the ACL that sets out technical requirements; the instrument’s note explicitly states that “for the requirement to comply with a safety standard, see section 106 of the Australian Consumer Law” (note to s 5). That places enforcement and penalties in the broader ACL statutory framework rather than within the body of this instrument.

What the instrument does establish, functionally, is the technical baseline that the ACL uses to determine whether goods meet a mandated safety standard. Enforcement actions, penalties, and remedies are therefore those available under the ACL and the Competition and Consumer Act 2010 as the ACL is applied (the instrument’s note to s 3 references Schedule 2 to the Competition and Consumer Act 2010 and s 140K). The instrument refers users to other statutes for enforcement machinery; it does not itself specify civil penalties, infringement notices, mandatory recalls, injunction powers, or criminal sanctions.

Practical enforcement implications for suppliers: because s 7 sets out tests and standards that determine compliance, regulators (for example, the ACCC or state consumer protection agencies, as applied through the ACL framework) will use the instrument as the technical yardstick when assessing whether a supplied product contravenes the safety standard requirement in the ACL. Suppliers therefore face enforcement risk,civil or administrative,if they supply self‑balancing scooters that do not comply with one of the s 7 pathways. The instrument’s notes that the ACCC can make copies of the standards available for viewing also indicate the ACCC’s operational role in the regime, but the instrument does not outline how the ACCC will exercise enforcement powers in individual cases.

Evidence and burden in enforcement proceedings: compliance will typically be evidenced by test reports, certifications, and technical documentation demonstrating conformity with the exact clauses listed in s 7. The instrument’s pathway structure implies that enforcement authorities will compare a supplier’s technical files against the incorporated clauses and versions. Compliance reports based on different versions of a standard or on different clauses will not be sufficient unless they match the versions and sections expressly cited (see s 6 and s 7).

Limits on enforcement information: because the instrument limits incorporated standards to the versions “as in force ... when this section commences” (s 6), enforcement will focus on those fixed versions; later amendments to the underlying standards will not, absent amendment of the instrument, change the enforcement baseline. The instrument does not provide guidance on transitional enforcement or how regulators will treat borderline designs; those matters are left to the ACL regime and regulator discretion, not addressed in this instrument.

The instrument is embedded within the broader Australian Consumer Law architecture. It is expressly made under subsection 104(1) of the ACL (s 3). The instrument’s notes clarify that references to the ACL mean Schedule 2 to the Competition and Consumer Act 2010 as applied across the Commonwealth, States and Territories by s 140K of that Act and corresponding application provisions in state and territory legislation (note to s 3). The instrument therefore does not operate in isolation; it functions as the technical content of a safety standard that the ACL references in s 106 (note to s 5). Enforcement, penalties, recall powers, and other consumer protection mechanisms derive from the ACL and the Competition and Consumer Act, not from this instrument.

Interplay with third‑party standards law: the instrument incorporates published international and Australian/New Zealand standards by reference (s 6). Those standards are the intellectual property of standards bodies (IEC, Standards Australia/New Zealand, Underwriters Laboratories). The instrument’s notes explain the practical consequence: suppliers must obtain those standards text from publishers (for a fee) or view them at an ACCC office subject to licensing conditions. That interaction creates an administrative compliance cost driven by standards publishers’ licensing regimes. It also creates a fixed technical benchmark anchored to a particular publication date.

Version fixation and legislative drafting technique: s 6’s formula “as in force or existing at the time when this section commences” anchors the law to the standards’ state on commencement. This drafting technique avoids automatic adoption of later amendments to the external standards. Consequently, updating the technical baseline to account for later advances in standards requires amendment of this instrument rather than reliance on the standards bodies’ subsequent revisions. That produces an interactional dynamic where legislative change is needed to keep the regulatory baseline current.

Overlap with state and territory laws: the instrument notes that the ACL applies as a law of the Commonwealth, States and Territories (note to s 3). That means state and territory enforcement agencies operating under the ACL regime can enforce the safety standard. The instrument does not itself delineate which agency enforces or how concurrent jurisdiction operates - those mechanisms are set out in the ACL and intergovernmental arrangements, not in this instrument.

No express interface with road, traffic, or transport law: the instrument confines itself to product‑safety technical requirements. It does not address roadworthiness, use on public ways, registration, helmet laws, or local council rules. Those are separate regulatory domains; whether a compliant scooter can be lawfully ridden on a footpath, roadway or other public place depends on other laws, not this safety standard.

Continuity with earlier standard: s 7(4) interacts with the earlier Consumer Goods (Self‑balancing Scooters) Safety Standard 2016 by allowing compliance where the device meets that 2016 standard as in force immediately before 26 May 2018, read as if references to IEC 62133 were substituted with IEC 62133‑2:2017. That creates a transition bridge and maintains legal continuity for goods already certified under the earlier regime.

The instrument itself supplies limited explicit amendment history but provides two key temporal markers and a continuity mechanism linking it to an earlier standard:

• The instrument is titled the Consumer Goods (Self‑balancing Scooters) Safety Standard 2018 (s 1). That indicates its creation in 2018.
• s 7(4) operates as an explicit textual bridge to the Consumer Goods (Self‑balancing Scooters) Safety Standard 2016. It states that a self‑balancing scooter complies if it complies with the 2016 standard “as in force immediately before 26 May 2018” and “as if that standard were varied by substituting references to IEC 62133 with references to IEC 62133‑2:2017.” That clause both preserves compliance for products assessed under the older standard and updates the older standard’s references to the newer IEC battery‑system standard.

The definitions in s 6 repeatedly use the phrase “as in force or existing at the time when this section commences”, which fixes the incorporated standards to the versions in effect at the instrument’s commencement. That is an amendment‑control mechanism: later revisions to the referenced standards are not automatically incorporated. Any change to the safety baseline that would adopt later standard revisions must therefore be made by legislative amendment to this instrument.

The instrument’s explanatory notes (embedded in the definitions) also disclose the practical availability and sourcing of the referenced standard texts (SAI Global, IEC webstore, UL catalogue), and that the ACCC can make copies available for viewing, subject to licensing. Those notes document the 2018 availability pathway and reflect the policy context at the time of making, but they are not operative law.

Beyond the provisions quoted in the instrument, there are no further amendment enactments or versions provided in the text the user supplied. The instrument preserves the earlier 2016 standard as a compliance route but requires a specific substitution (IEC 62133 → IEC 62133‑2:2017) for that route to be effective after the transitional date. The instrument therefore represents both a substantive update to battery safety references and a continuity mechanism for earlier certified products.

The instrument contains no references to judicial decisions, tribunal determinations, or litigated interpretations. It names no cases nor records any litigation concerning its content, meaning, or enforcement. The text itself is a technical regulatory instrument: any disputes about its interpretation or enforcement would be litigated under the ACL and the Competition and Consumer Act 2010, but no such cases are cited in or attached to this instrument.

Because the instrument fixes particular versions of external standards and specifies exact clauses (for example, sections 11 and 19 of IEC 60335‑1:2010 or AS/NZS 60335.1:2011; or listed sections of UL 2272), litigation would, in practice, involve comparison of product technical evidence to those specified clauses and versions. However, the instrument does not provide decisions or precedents about how courts or regulators have applied these clauses, and the instrument does not cite any interpretative guidance or published enforcement determinations. In short, the supplied source contains no litigation history; users must look to ACL caselaw and regulator enforcement notices outside this instrument for actual litigation outcomes and interpretative lines.

Several concrete compliance pitfalls and implementation frictions arise directly from the instrument’s text.

Narrow product definition excludes similar devices: the legal definition of “self‑balancing scooter” in s 6 is tightly framed. It requires (a) one or two wheels; (b) absence of steering grips, seat or handlebars; and (c) power from a rechargeable lithium‑ion battery recharged via mains supply. Devices that look similar but have a seat, handlebars, steering grips, more than two wheels, alternative battery chemistries, or non‑mains recharging (for example, removable battery packs charged offsite) fall outside the statutory definition and therefore outside this safety standard. Suppliers cannot rely on their product’s marketing label; they must check these design attributes strictly against s 6.

Version‑locked standards: s 6 fixes the versions of all referenced standards as of the instrument’s commencement. That is a double‑edged sword. On one hand, suppliers can rely on a stable, known technical baseline and do not have to track later standard revisions. On the other hand, improvements in test methods or safety specifications published in later standards are not automatically adopted; bringing the regulatory baseline up to those later standards requires legislative amendment. Suppliers who update products to meet later revisions without also ensuring conformity to the instrument’s fixed versions must ensure that test certificates explicitly address the instrument‑specified versions.

Costs of accessing standards: the instrument’s notes make clear the referenced standards are purchasable publications; the ACCC can only make copies available for viewing subject to licensing conditions. That creates a nontrivial compliance cost: suppliers or their advisers typically must purchase copies or travel to ACCC offices to view them, and testing labs must have access to the specified versions.

Partial adoption of UL and scope of UL tests: the instrument permits compliance by meeting a listed subset of UL 2272 clauses (s 7(3)(a)-(g)). Suppliers and certifiers must be careful: meeting other parts of UL 2272 not listed does not, by itself, guarantee compliance; the listed sections are the legally required set. Conversely, a UL report covering the whole UL standard but not explicitly demonstrating conformity to the listed sections as at the relevant date may create evidentiary gaps. The instrument’s specificity means test reports must identify the exact sections relied upon.

Transitional clause technicality: s 7(4) preserves compliance under the 2016 standard only “as in force immediately before 26 May 2018” and only “as if that standard were varied by substituting references to IEC 62133 with references to IEC 62133‑2:2017.” That is a technical modification; suppliers relying on the 2016 route must ensure their documentation corresponds to the 2016 standard text and that any IEC 62133 references are effectively treated as IEC 62133‑2:2017. Failing to demonstrate the correct substitution could undermine a claimed transitional exemption.

Battery chemistry and recharging method: the statutory definition requires a lithium‑ion battery “rechargeable via connection to a mains power supply.” Devices using other chemistries or charging modalities (for example, removable battery packs that are charged elsewhere via a proprietary docking station, or batteries requiring a non‑mains charger) may be outside the definition. Suppliers who alter battery systems to evade the definition risk creating a product that is unsafe in practice and still not compliant, because safety requirements in s 7 are tailored to lithium systems (IEC 62133‑2:2017).

No procedural requirements in the instrument itself: the instrument does not impose documentary, labelling or declaration obligations. Suppliers should not assume that technical test success alone satisfies every regulatory obligation (for example, ACL recall duties), because those are governed by the ACL outside this instrument. The absence of procedural detail means suppliers must look to the ACL and regulator guidance for expectations about record keeping, remedial action and communications upon discovery of faults.

Evidentiary precision demanded: because the instrument references exact clauses and specific versions, enforcement action will examine whether test reports and technical files refer to and test the precise clauses. Generic “meets IEC 60335” statements without clause‑level mapping to the instrument will be insufficient.

Geographic wording: the instrument is framed to apply where the ACL applies, referencing the Competition and Consumer Act 2010 and s 140K (note to s 3). Users should not assume the instrument’s operation is identical in settings where the ACL is not applied in the same way; however, the instrument itself does not discuss cross‑jurisdictional enforcement mechanics.

Compliance under this instrument requires a disciplined, documentable technical conformity process keyed to the instrument’s definitions, version dates and clause lists. The following practical steps reflect what the instrument requires and the costs and decisions it imposes:

1. Confirm product scope against the statutory definition (s 6).

   • Verify the device has one or two wheels.
   • Confirm absence of steering grips, seats or handlebars.
   • Confirm the power source is a rechargeable lithium‑ion battery and that recharging is via connection to a mains power supply.
   • If any of these are not satisfied, the product is not a “self‑balancing scooter” for purposes of this instrument; compliance may fall under different standards or regulatory regimes.

2. Choose an appropriate conformity pathway under s 7.

   • IEC/AS/NZS pathway (s 7(2)): plan to obtain IEC 62133‑2:2017 and the relevant heating (section 11) and abnormal operation (section 19) clauses from IEC 60335‑1:2010 or AS/NZS 60335.1:2011, optionally including AS/NZS 60335.2.201:2016 for those clauses. Test and document compliance to the exact clauses and versions cited.
   • UL 2272 pathway (s 7(3)): obtain UL 2272, and ensure testing covers the listed sections and subsections (fuses; protective circuits and safety analysis 16.1-16.5; cells; overcharge, short circuit, temperature, imbalanced charging tests).
   • 2016 continuity pathway (s 7(4)): if the product was assessed under the 2016 standard as in force immediately before 26 May 2018, confirm that the 2016 standard’s IEC 62133 references are read as IEC 62133‑2:2017. Maintain documentation mapping the 2016 standard clauses to the substituted IEC clauses.

3. Obtain the exact standard texts and assess versioning.

   • Acquire the standards (purchase or arrange ACCC viewing) for the precise versions specified: IEC 62133‑2:2017, IEC 60335‑1:2010 (with Annex B amendments), AS/NZS 60335.1:2011 (with Annex B), AS/NZS 60335.2.201:2016, and UL 2272 as applicable (s 6 and s 7).
   • Ensure testing labs and design engineers use the same versions.

4. Conduct clause‑level testing and compile a technical file.

   • Commission accredited test laboratories to perform the exact tests cited in s 7(2) or s 7(3), ensuring test reports explicitly reference the clauses and versions used.
   • Assemble a technical file that maps product design details to each required clause and test result, including design drawings, battery specifications, circuit protection details, and test certificates.

5. Keep evidence of conformity and be prepared to present it to enforcement authorities.

   • Retain test reports, certificates, internal conformity assessments, and, if relevant, documentation showing compliance with the 2016 standard as varied under s 7(4).
   • Ensure test reports name the standard clause numbers and versions as specified in the instrument.

6. Manage supply‑chain steps.

   • If you are a manufacturer, ensure upstream components (cells, battery management systems, chargers) are specified and tested to the required IEC/UL clauses.
   • If you are an importer or retailer, obtain supplier warranties and test evidence that map to s 7; do not rely on generic conformity statements.

7. Plan for costs and timelines.

   • Budget for acquisition of standards, laboratory testing, product redesign if battery chemistry or protective circuits are non‑conforming, and potential delays while tests are commissioned.
   • Note that the ACCC can provide viewable copies subject to licence conditions, which may spare purchase costs for initial review, but that testing costs remain.

8. Monitor for regulator guidance.

   • The instrument itself does not set record‑keeping or recall procedures; remain aware of ACL obligations (s 106 referenced in the instrument) and any ACCC guidance on evidence expectations, recalls and remedial responses.

9. Use the multiple pathways strategically.

   • If existing UL testing is already in place, evaluate whether the UL subset listed in s 7(3) aligns with existing test documentation to avoid duplicate testing.
   • If battery cells or battery management system designs are rooted in IEC methods, the IEC/AS/NZS pathway may be most efficient.

10. For legacy products, verify transitional compliance.

• If relying on the 2016 standard route, confirm the product’s documentation demonstrates compliance with the 2016 standard “as in force immediately before 26 May 2018” and shows the IEC 62133 references are replaced by IEC 62133‑2:2017 as required by s 7(4).

Following these steps aligns technical practice with the instrument’s express textual requirements. The instrument’s clause‑level specificity means compliance evidence must be exact: test reports and technical files must identify the clauses and versions in s 6 and s 7. The supplier bears the costs of standards acquisition and testing, and must make deliberate choices about conformity pathways and documentation to manage enforcement risk under the ACL.