10 Key Facts About Electric Fire Trucks – and Why They’re Slower to Adopt Than Buses, Garbage Trucks, and Drayage Fleets

Electric vehicles are transforming municipal fleets, but not all vehicles are advancing at the same pace. While electric buses, garbage trucks, and drayage trucks have hit the streets in growing numbers, fire trucks are still in the early adoption phase – think of it as a pilot project that’s just beginning to scale. Vancouver recently added an electric fire truck to its fleet, a real-world example that highlights both progress and the unique hurdles these heavy-duty emergency vehicles face. In this listicle, we break down ten essential points about the state of electric fire trucks, comparing their adoption to other fleet EVs, and exploring why they lag behind.

1. Vancouver’s Electric Fire Truck Is a Reality

Vancouver’s municipal fleet now includes an operational electric fire truck – not just a concept vehicle but a unit responding to actual calls. This truck, built on a proven chassis, uses a large battery pack to power the pump, lights, and siren during emergencies. It’s a milestone that shows electric firefighting is feasible, even in a city with demanding terrains and weather. The truck also reduces noise and emissions at fire stations, benefiting nearby neighborhoods. However, it remains one of only a handful in North America, underscoring how far the technology still has to go.

2. Fire Trucks Face Unique Operational Demands

Unlike buses or garbage trucks, fire trucks must operate with zero margin for error. They need to reach emergencies at a moment’s notice, often at high speeds, and then run equipment for hours. The battery must deliver sustained power for pumps, hydraulic tools, and lights without the guarantee of charging mid-shift. Additionally, fire trucks carry heavy water tanks and gear, increasing weight and energy consumption. These factors push engineers to design custom battery systems that are both high-capacity and rugged, a challenge that slows commercial availability.

3. Electric Buses Are Way Ahead in Adoption

Electric buses are now common in cities worldwide, with thousands in service. Their success comes from predictable daily routes, overnight depot charging, and standardised vehicle designs. Buses also have lower power demands compared to fire trucks, making battery integration simpler. Government incentives and clean-transit mandates have accelerated bus electrification. In contrast, fire trucks require bespoke configurations – different pump capacities, ladder lengths, and compartment layouts – which complicate mass production and increase costs.

4. Electric Garbage Trucks Are Gaining Momentum

Garbage trucks are increasingly converted to electric, thanks to their stop-and-go routes that allow for regenerative braking and extended battery range. Many cities, including Vancouver and Los Angeles, have added electric refuse trucks to their fleets. These vehicles operate on fixed schedules and return to base daily, making charging predictable. Fire trucks, by contrast, have unpredictable routes and can be dispatched to distant incidents, requiring larger batteries or faster charging solutions that are still evolving.

5. Drayage Trucks Are a Natural Fit for Electrification

Short-haul drayage trucks that move containers from ports to nearby warehouses are ideal for electric powertrains. They travel limited distances (often under 100 miles), return to depots daily, and can charge during loading. This has led to rapid adoption, especially near ports with air-quality regulations. Fire trucks, however, may travel across city lines, operate in remote areas, and need to stay ready 24/7 – making range anxiety a more serious barrier. Drayage fleets also have simpler electrical loads (just driving, no heavy pumps), so battery sizing is easier.

6. Weight and Chassis Constraints Hinder Fire Truck

Fire trucks are already heavy due to water tanks, ladders, and equipment. Adding a large battery pack increases weight further, potentially exceeding axle load limits or affecting handling. Engineers must balance battery size with weight distribution to maintain stability and braking performance. This requires custom chassis designs that are expensive and time-consuming to develop. In contrast, electric buses and garbage trucks can often use existing platform designs adapted from diesel models, reducing engineering costs.

7. Charging Infrastructure Is a Major Hurdle

Fire stations are not typically equipped with fast chargers, and many lack adequate electrical capacity for multiple large batteries. Retrofitting stations for high-power charging can cost hundreds of thousands of dollars. Fire trucks also need to maintain readiness at all times, meaning they must be plugged in continuously between calls – a different charging pattern than buses, which charge at depots overnight. Sometimes, stations in older buildings need new transformers and wiring, adding delays and complexity.

8. Reliability Standards Are Extremely High

Fire trucks must operate reliably in extreme conditions: heat, cold, water exposure, and even collisions. Electric propulsion systems must pass rigorous testing for fire resistance, water ingress, and vibration tolerance. These tests are more stringent than those for school buses or sanitation trucks, extending development timelines. Additionally, manufacturers must prove that batteries can withstand puncture without thermal runaway, a key safety concern for first responders.

9. Pilot Projects Are Spreading but Slowly

Besides Vancouver, cities like Los Angeles, London, and Beijing have launched electric fire truck pilots. These programs gather data on range, durability, and total cost of ownership. Early results show that while initial purchase costs are two to three times higher than diesel, fuel and maintenance savings may offset the difference over a 10–15 year lifespan. However, the limited number of trucks in testing means long-term reliability data is still scarce, making fleet managers cautious.

10. The Future: Gradual Adoption, Not a Revolution

Electric fire trucks will likely follow a slower adoption curve than other municipal EVs. The technology is proven, but the unique demands of firefighting require dedicated engineering investments. Expect to see hybrid models (diesel/electric) as a bridge before fully electric units become standard. Over the next decade, as battery costs drop and charging infrastructure improves, more cities will join Vancouver in adding electric fire trucks to their fleets – but they won’t be as common as electric buses or garbage trucks anytime soon.

Conclusion

Electric fire trucks are spreading, but they remain in the early lane compared to buses, garbage trucks, and drayage fleets. The challenges – weight, charging, cost, reliability – are real but not insurmountable. Vancouver’s example shows it can be done, and as technology matures, we’ll see gradual adoption. For now, remember that while you might spot an electric bus on your commute, an electric fire truck screaming down the street is still a rare sight – and that’s okay. Progress is happening, one pilot project at a time.