London's Next Plug-In Black Cab Heads to Production in 2027
LEVC will start building a new generation of London's plug-in black cab in 2027, extending an electrification push that began when the first charge-capable hackney carriage arrived in 2018.
The London Electric Vehicle Company will put the next generation of its plug-in black cab into production in 2027, eight years after the first electrified hackney carriage reached the capital's streets in 2018.
London's black cab is about to be re-engineered again. The London Electric Vehicle Company, the maker of the capital's licensed hackney carriage, will put the next generation of its plug-in taxi into production in 2027, extending a shift that began in 2018 when the first charge-capable black cabs started working the city's streets.
It is an unusually long-cycle product in a market that tends to refresh fast. Taxis are capital equipment, not fashion items, and a London cab is bought by a driver or a small fleet who expects to run it hard for years. That makes the 2027 date a signal worth reading: it tells the supply chain, the charging operators and the drivers themselves roughly when the current generation's replacement cycle begins.
Why 2018 Still Matters to the 2027 Cab
The 2018 start date is the hinge of this story. That is when the plug-in black cab entered service, and it is the reference point for everything that has happened since — the charging build-out, the residual values, the driver economics. LEVC has sold cabs continuously since then, and the installed base of electrified hackney carriages working London is the practical test bed for whatever the next generation improves on.
Eight model-years is a long run for a vehicle carrying a battery. Cell energy density, thermal management and fast-charging tolerance have all moved since the first units were delivered. A new production programme starting in 2027 gets to bank all of that progress at once, which is why generational changes in commercial EVs tend to be larger steps than the annual refreshes seen in passenger cars.
It also matters for the drivers holding the earliest cabs. Vehicles put into service at the start of the plug-in era will be approaching the point where battery health, warranty coverage and resale value all come under scrutiny at the same time. A confirmed successor gives that cohort something to plan around.
The Charging Network Grew Up Around the Cab
London did not electrify its taxis in isolation. Electric buses run the trunk routes, delivery vans work the last mile, private electric cars are common, and curbside chargers have been threaded through residential streets across the city. The black cab has been one user of that infrastructure among several — and arguably the most demanding one, because a taxi's duty cycle is closer to a bus than to a commuter car.
That is the part of the story that travels. Cities looking at taxi electrification usually discover that the vehicle is the easy half of the problem. The hard half is whether a driver working a full shift can find a charger when they need one, at a price that does not eat the fare. London's curbside density, built out over the years since 2018, is what made the first generation workable. Whatever LEVC builds for 2027 will be designed against a charging environment that is materially denser than the one its predecessor launched into.
The reverse is true as well: a large, predictable fleet of taxis that charges on a daily rhythm is exactly the kind of anchor demand that justifies installing public chargers in the first place. Taxis and infrastructure have pulled each other forward.
What the Production Date Tells the Battery Supply Chain
For the metals and cells side of the industry, a 2027 start-of-production date is a procurement signal rather than a headline. Vehicle programmes lock chemistry, cell format and supplier commitments well before the first unit comes off the line, which means the sourcing decisions behind a 2027 cab are being made in the window now. Volumes for a single taxi model are small next to mass-market passenger cars, but they are steady, contracted and geographically concentrated — attractive characteristics for a cell supplier looking for baseload orders.
For the metals and cells side of the industry, a 2027 start-of-production date is a procurement signal rather than a headline.
The duty cycle also shapes the chemistry choice. Taxis accumulate mileage quickly and charge often, which puts a premium on cycle life and fast-charge durability over outright range. Fleet buyers care about cost per mile across a decade of service, not the number on a brochure. Those priorities tend to favour different cell trade-offs than a private car, and they are worth watching as details of the new model emerge.
The Open Questions Between Now and Production
Several things remain unstated. The specification of the new cab — battery size, drivetrain configuration, whether it retains a range-extending engine — has not been detailed in what has been published so far, as reported by Charged EVs. Nor is pricing public, and price is the single variable that most determines whether individual drivers, rather than corporate fleets, can make the switch on schedule.
There is also the question of what a new generation does to demand for the outgoing one. A confirmed 2027 successor can cause buyers to defer purchases, which is a familiar problem for any manufacturer announcing a replacement years ahead. Against that, taxi licensing rules and the practical need to keep a working vehicle on the road limit how long a driver can realistically wait.
Markets Were Firm the Day the Plan Landed
The news arrived on a broadly positive session for equities. As of 16:40 GMT on 25 September 2026, the S&P 500 tracker (NYSEARCA: SPY) traded at $771.03, up 0.50% from the prior close of $767.18, within a day range of $766.29 to $771.98. The Nasdaq 100 tracker (NASDAQ: QQQ) stood at $744.74, up 0.49% against a previous close of $741.10. The Dow 30 tracker (NYSEARCA: DIA) led the majors at $516.86, a gain of 0.82% on a prior close of $512.68.
None of that moves on a taxi programme, and it is not meant to. But it is the backdrop against which the automotive and battery supply chain is committing capital to vehicle programmes that will not generate a pound of revenue until the back half of the decade. The willingness to make those commitments — long-dated, infrastructure-dependent, policy-exposed — is itself a read on how settled the industry believes the transition has become.
What to Watch Next
- Specification disclosure: battery capacity, charging rate and whether a range extender survives into the new generation.
- Pricing, and how it lands for owner-drivers rather than fleet buyers.
- Cell sourcing announcements, which typically surface well ahead of start of production.
- The pace of curbside and rapid charger installation in London through to 2027.
- Residual values on the earliest plug-in cabs, now approaching the end of their first full service life.
Key facts
- Start of production: 2027, for the next-generation LEVC plug-in black cab
- Electrification began: 2018, when London's black cabs first started plugging in
- S&P 500 (SPY): $771.03, +0.50%, as of 16:40 GMT 25 Sep 2026
- Dow 30 (DIA): $516.86, +0.82%, as of 16:40 GMT 25 Sep 2026
Frequently asked questions
When will the new London black cab enter production?
The next generation of London's plug-in black cab is scheduled to go into production in 2027. That date marks the start of manufacturing rather than the point at which vehicles reach drivers, so licensed cabs based on the new model would be expected on London streets some time after production begins.
Who makes London's electric black cabs?
The London Electric Vehicle Company, known as LEVC, builds the capital's plug-in hackney carriage. It has been selling electrified black cabs since 2018, when London's taxis first started plugging in, and it is the manufacturer behind the next-generation model slated for production in 2027.
When did London's black cabs first go electric?
London's black cabs started plugging in during 2018. That marked the beginning of the capital's taxi electrification programme, which has since run alongside a broader shift covering electric buses, delivery vans and private passenger cars, supported by curbside charging installed across residential streets.
What are the specifications of the new cab?
Battery size, drivetrain configuration, charging rate and pricing have not been detailed publicly at this stage. Manufacturers typically release full specifications closer to start of production. Until those figures are published, the confirmed facts are the 2027 production date and the model's position as successor to the cab introduced from 2018.
Why does taxi electrification depend on charging infrastructure?
A taxi's duty cycle is closer to a bus than a private car: high daily mileage and frequent charging stops during working shifts. That makes charger availability, not vehicle range alone, the binding constraint. London's curbside charging build-out since 2018 is what made the first generation of plug-in black cabs practical for full-time drivers.
What does a 2027 production date mean for battery suppliers?
Vehicle programmes lock cell chemistry, format and supplier contracts well before production starts, so sourcing decisions for a 2027 model are made years earlier. Taxi volumes are small next to mass-market cars but steady and contracted, and the high-mileage duty cycle puts a premium on cycle life and fast-charge durability.
