Why Every E-Bike and E-Scooter Owner in Australia Needs a Fire Blanket in 2026

If you own an e-bike or e-scooter, you're part of a transport revolution. Across Australia, millions of people have embraced electric micromobility for commuting, recreation, and reducing their carbon footprint. But there's a risk that too few riders are prepared for: lithium-ion battery fires.

These fires aren't like anything a standard household extinguisher can handle. They burn at extreme temperatures, reignite after suppression, and release toxic fumes. And they're happening with alarming frequency in Australian homes, garages, and apartment buildings.

In this guide, we'll break down why these fires are different, what's driving the surge in incidents, and how a purpose-built EV fire blanket can be the difference between a contained incident and a catastrophe.

The Numbers Are Stark — and Growing

Lithium-ion battery fires have gone from a rare occurrence to a near-daily event in parts of Australia. The statistics paint a concerning picture of a safety issue that's rapidly outpacing public awareness.

In South Australia, Metropolitan Fire Service callouts for lithium-ion battery fires have increased nearly tenfold over five years, with mobility devices like e-bikes and e-scooters consistently among the leading causes. Victoria has reported similar trends, with incidents at homes, apartments, and even on public trains.

Tragically, these fires have caused at least two fatalities in Australia, alongside severe injuries and significant property destruction.

What Makes Lithium-Ion Battery Fires So Dangerous?

If you've never seen a lithium-ion battery fire, it's hard to grasp how different they are from conventional fires. Understanding this difference is key to understanding why specialised equipment matters.

The core issue is a phenomenon called thermal runaway. When a lithium-ion battery is damaged, overcharged, or exposed to excessive heat, the cells can enter an uncontrollable self-heating cycle. Internal temperatures skyrocket, triggering adjacent cells, producing intense flames, and releasing gases that can explode.

Unlike a grease fire or an electrical short, you can't simply smother a thermal runaway event with a regular blanket or hit it with a standard extinguisher and walk away. The battery will continue to generate heat from within, and reignition is a very real threat.

Common Causes of E-Bike and E-Scooter Battery Fires

Authorities across Australia have identified several recurring triggers for these fires. Using incompatible or cheap aftermarket chargers is one of the most common causes, followed by DIY battery modifications and home-built battery packs using mismatched components. Physical damage from drops, crashes, or water exposure can also compromise battery integrity, as can overcharging or leaving batteries plugged in overnight. Even simple storage mistakes — like charging near exits, on carpeted floors, or beside flammable materials — can turn a routine charge into a house fire.

Why Standard Fire Equipment Falls Short

Most Australian households are equipped with standard ABC or CO₂ fire extinguishers — if they have one at all. These are designed for ordinary combustible materials, flammable liquids, and electrical fires. They are not formulated for the extreme, sustained heat of a lithium-ion battery in thermal runaway.

A standard extinguisher might temporarily knock down the visible flames, but it won't address the chemical reaction happening inside the battery cells. Within minutes — or sometimes hours — the fire can reignite, often with greater intensity.

Similarly, conventional fire blankets are rated for kitchen fires and small fabric fires. They aren't engineered to withstand the extreme temperatures generated by a lithium-ion event, and they won't contain the toxic gases produced during thermal runaway.

"Please, heed our advice — lithium-ion fires are happening to households almost every day."— FRNSW Commissioner Jeremy Fewtrell

How the EV Fire Blanket for E-Bikes and E-Scooters Works

Our EV Fire Blanket for E-Bikes and E-Scooters is purpose-built for exactly this scenario. At 2m × 2m, it's specifically sized to fully cover an e-bike, e-scooter, or their charging battery, and it's been tested to the European EN13501 fire safety standard — currently the benchmark for lithium-ion fire containment equipment.

The blanket works by smothering the fire, containing the spread, and suppressing the toxic gases — buying you critical time to evacuate and for emergency services to arrive. It doesn't replace calling 000, but it can be the difference between a contained incident and a fully involved structure fire.

Who Needs an E-Bike / E-Scooter Fire Blanket?

The short answer: anyone who charges or stores a lithium-ion powered device indoors. But some situations carry higher risk than others.

Apartment and unit dwellers face particular vulnerability because a fire in one unit can rapidly spread to others, and escape routes in multi-storey buildings can become compromised within minutes. If you charge your e-bike or e-scooter inside your apartment — and most people do — a fire blanket is essential.

Families who charge in their garage or home should consider the proximity to living spaces, vehicles, and other flammable items. A garage fire can engulf a home before residents even wake. Having a fire blanket stored near your charging station gives you a first line of defence.

Workshops, bike shops, and fleet operators who handle multiple e-bikes and e-scooters face amplified risk. Insurance providers are increasingly requiring EV-specific fire safety equipment in commercial settings — and failure to comply can mean voided coverage.

Body corporates and strata managers are also recognising the risk. Some buildings are already implementing specific insurance requirements for e-bike and e-scooter owners, and having fire containment equipment available in common areas is becoming a point of discussion at strata meetings across the country.

What the Australian Government Is Doing

Regulators are moving to address the surge, but standards are still catching up with the pace of adoption. NSW introduced new safety standards for lithium-ion batteries in e-micromobility devices in February 2025, including mandatory safety information at the point of sale. Victoria has launched a public consultation on electrical safety requirements for e-transport devices. And South Australian emergency services launched a joint public awareness campaign in mid-2025 in response to a near-tenfold increase in battery fire callouts.

Importantly, there is currently no specific Australian Standard for lithium-ion battery fire containment equipment. That's why our products are tested against the European EN13501 standard — the most rigorous available benchmark for this type of fire safety equipment.

Simple Steps to Reduce Your Risk

A fire blanket is a critical safety net, but prevention should always be your first priority. Fire authorities across Australia consistently recommend the following practices for e-bike and e-scooter owners:

Always use the charger that was supplied with your device, and never mix chargers between different brands or models. Charge on hard, non-flammable surfaces like concrete or tiles — never on carpet, timber, or near soft furnishings. Avoid charging overnight or when you're away from home, and disconnect the battery as soon as it's fully charged. Never modify or build your own battery packs, and avoid cheap replacement batteries from unverified sellers. Store your device in a well-ventilated area away from exits, flammable materials, and living spaces.

And critically: make sure you have at least one working smoke alarm on every level of your home. You can't smell smoke when you're asleep.

Frequently Asked Questions

Can I use a regular fire blanket for an e-bike battery fire?

Standard fire blankets aren't rated for the extreme temperatures of lithium-ion thermal runaway, which can exceed 1,600°C. A purpose-built EV fire blanket is specifically engineered and tested for these conditions.

How quickly can I deploy the blanket?

With a little practice, deployment takes around 60–90 seconds. We recommend familiarising yourself with the process when you first receive it — just don't expose it to fire during your practice run.

Should I still call 000 if I use the blanket?

Absolutely — always call 000 immediately. The fire blanket is designed to contain the fire and buy time until professional firefighters arrive. It does not replace emergency services.

Is this blanket suitable for electric cars?

This particular blanket (2m × 2m) is sized for e-bikes, e-scooters, and similar micromobility devices. For electric vehicles, we offer larger EV fire blankets designed to cover a full-size car.

Does this come with a warranty?

Yes — our EV fire blankets come with a 12-month warranty. Free shipping is included Australia-wide.