Israel Car Sales Trends — 2026 Statistics

How many cars were sold in Israel in 2026

This report answers that daily: car sales statistics in Israel and vehicle registrations by brand and model, electric cars (BEV), plug-in hybrids (PHEV) and petrol/diesel. Trends 2010-2026, vehicle scrappage, sales versus the fleet on the road. Source - the Israeli Ministry of Transport registry (data.gov.il), updated every day.

All cars bought in 2026

All new 2026 registrations (private + commercial) by fuel. "Total" is the sum; BEV/PHEV/ICE show their share.

New private cars in 2026

Private (P) new 2026 registrations only, by fuel. "Total" is the sum; fuels show their share.

All cars on the road (today)

The full active fleet on the road as of today, model years 1996–2026, by fuel.

Private cars on the road (today)

Private passenger cars (P) in the whole active fleet as of today, by fuel; commercial vehicles (M) excluded.

Active 2026 cohort by fuel

Vehicles with a 2026 road-entry date, currently active — by fuel (BEV/PHEV/ICE).

2026 series gap: registrations − cohort (by brand)

Registrations (by registration date, in monthly batches) and the active cohort (by road-entry date) use different bases and cutoffs, so the sign of the gap is not fixed: market-wide the active cohort currently exceeds published registrations. The chart shows brands where 2026 registrations exceed the cohort — a likely road-entry-date lag, not real removal. Two-wheeler brands excluded.

Registrations by year, cars by fuel type

Fuel share of registrations by year, % — ICE on top, plug-ins below

One 0–100% scale: the grey line is petrol, diesel and gas — falling; the blue line is fully electric plus plug-in hybrids — rising. All registrations, commercial included; 2026 covers closed months only.

Plug-in share by vehicle type — passenger cars, buses, trucks

One 0–100% scale per category: the non-electric share on top — falling; the plug-in share at the bottom — rising. Passenger cars — plug-in (BEV+PHEV) among passenger cars; buses and trucks — fully electric among their own kind. One basis: the active registry, road-entry year.

For heavy vehicles the early years count only vehicles still in service, so scrapped ones are missing; for the electric share this hardly matters — there were none back then.

The three categories separately

A single combined chart does not work here: there are twenty times more passenger cars than buses, and on a shared axis buses collapse into a sliver at zero. Hence three charts, each with its own scale. The bar is the whole annual intake, the coloured part is electric, the share is printed above.

The comparison speaks for itself. Among passenger cars the electric share fell to 12.4% in 2026 after peaking at 24.6% in 2024 — the tax break ended. Buses stand at 21.9%. Trucks without heavy pickups: 2.7% — genuine electric trucks are still rare in Israel, while the Silverado EV and Sierra EV pickups (77.1% of their 2026 deliveries electric) are private vehicles, not freight transport.

2026 additions in October by fuel type

New cars that entered the road in October 2026 (partial month), split by fuel.

Fleet decline in October - where scrappage beat purchases

Brands whose car count on the road went down: more scrapped than bought in October. Ten biggest drops. Car-fleet brands only: motorcycles, heavy machinery and trailers are excluded.

By month 2026

Active cohort by road-entry month, cars by fuel type

Last-month addition (October 2026 — PARTIAL, as of 11.10) by brand and fuel

New cars that entered the road in the last chart month (October 2026), by brand and fuel — counts.

Top 30 brands 2026, cars by fuel type · 1–15

Top 30 brands 2026, cars by fuel type · 16–30

Chinese vs non-Chinese marques by fuel, 2026 (% within each)

Top 30 rechargeable models 2026 (BEV+PHEV, by charging battery) · 1–15

Top 30 rechargeable models 2026 (BEV+PHEV, by charging battery) · 16–30

Brand comparison: 2026 active BEV cohort (BEV per brand)

BEV geography — the full BEV fleet by district

All electric vehicles on the road (cumulative, any model year) by owner district; the source refreshes daily. Includes ~16k electric two-wheelers. This is the full fleet, not the 2026 cohort; other chapters exclude two-wheelers.
Private Leasing & rental + Companies & dealers

Top 30 brands in the fleet on the road, cars by fuel type · 1–15

Top 30 brands in the fleet on the road, cars by fuel type · 16–30

Comparison: 2026 sales vs fleet on the road (top 30 by sales)

▲/▼ shown when the rank gap > 8. ▲ — the brand sells above its fleet rank (rising); ▼ — bigger in the fleet than in sales.

2026 active cohort by road-entry month (cars by fuel type, %)

BEV and PHEV by ownership type — nationwide

The state publishes no PHEV geography, so the ownership split is national. BEV — 6.1% of the passenger fleet, plug-in cars together — 10.2%. Both the numerator and the denominator here are passenger cars only: commercial vehicles are excluded from both sides.

Cohort by road-entry month + full-October forecast (light = forecast; October partial)

2026 vs 2025 — cohort by road-entry month

Paired bars: muted 2025 left, 2026 right; stacks — BEV/PHEV/ICE, hover for counts. The percent is the month change vs 2025; ✱ — the current month is partial: it shows the number of cars so far, not a percent. 2025 cars already de-registered are absent from the registry (~1–2% effect).

January–September: total +6% vs 2025, BEV -34%, PHEV +140%, ICE -3%.

BEV scrappage (2023–2026) — 15 best-selling BEV brands

How many BEV cars of these brands were taken off the road (scrapped) in 2023–2026. Brands are the top 15 by 2026 BEV sales.

BEV scrappage rate: scrapped out of 2023–2026 cars / sold 2023–2026, by brand

Share of cars that entered service in 2023–2026 and have already left the road, out of BEV sold by the brand in 2023–2026 — numerator and denominator from the same cohort. In brackets: scrapped / sold. Brands are the top 15 by 2026 BEV sales. Not a reliability metric: cross-brand comparison reflects cohort age — brands selling since 2023 have older cars than those that arrived in 2025.

Fully electric scrappage: scrap year and car age (years)

Age = scrap year minus production year. 35.7% of the cars taken off the road in 2023–2026 entered service before 2023; the average age at scrappage is 2.2 years.

Scrappage by fuel — taken off the road since 2017 (cumulative, count and %)

Scrappage by brand x fuel — top 15 (count and %)

On road vs scrapped — fuel mix, %

BEV scrappage by month — last 12 months (through October 2026)

BEV in 2026: bought (cohort) vs scrapped

2026 fleet gain: bought vs scrapped — chargeable (BEV+PHEV) and ICE

Scrappage by year by fuel — total (table, count)

Scrappage by year — rechargeable only (BEV+PHEV): growth visible

Architecture: 400V-class vs 800V-class, monthly 2026

The number above each column is the month's BEV total; segments are nominal-voltage classes.

Four engineering cuts of the cohort

LFP vs NMC — what it means for the owner

Chemistry comparison per an independent review: capture.energy

Everyday usable battery window

Practice guidance, not a physical limit (windows depend on the pack and its BMS). At a rated 400 km: everyday buffer ~360 km (LFP) vs ~200 km (NMC); for a long trip NMC charges to 100% by design.

400V vs 800V physics at fast charging

The same power at double the voltage means half the current: thinner, lighter cables, four times lower resistive losses, a steadier fast-charge curve.

Top-20 models by voltage class

Dynamics of popular models

Curated: factory figures of the dominant Israeli trim; 0–100 and top speed are not registry fields.

Case study: Atto 3 → Atto 3 Evo per the ministry catalog

All figures are official fields; voltage rose from 403V to 499V — an intermediate architecture, not the 800V-class; both Evo trims have multi-link rear suspension (importer specification, 06.2026).

What comes next

Solid-state batteries: a solid electrolyte instead of a liquid one — 1000+ km density, minutes-long charging, a much lower fire risk (flammability remains under study); series adoption expected no earlier than 2028–2030.

Solar roof: a car roof yields ~1–2 kWh on a perfect day ≈ 5–15 km of range — enough for auxiliaries and cabin climate, not for traction charging.

Active cohort growth by brand over 04.10–11.10, cars added · 1/2

Fuel split covers +2263 of +2263 cars; brands without a period-start fuel snapshot are omitted.

Active cohort growth by brand over 04.10–11.10, cars added · 2/2

Addition over 04.10–11.10 by BEV model, cars added · 1/2

Addition over 04.10–11.10 by BEV model, cars added · 2/2

Who is on the road

Every number here comes from the Transport Ministry registry and is recomputed with each update. 4,186,375 cars are on the road: petrol and diesel 3,776,137 (90.2%), plug-in hybrids 164,046 (3.9%), fully electric 246,192 (5.9%). The fleet is still nine-tenths combustion — but it is being replenished differently: of the 264,842 cars that entered service in 2026, 37% are rechargeable — 33,108 BEV and 64,580 PHEV against 167,154 ICE. And what leaves the road is almost entirely petrol: of 89,971 cars scrapped this year, 88,254 were ICE, 1259 BEV, 458 PHEV. Among cars under three years old, rechargeables are already 30.6% — that is what the fleet will look like in ten years.

Air: measured on 20–21 September 2026 — the day without cars

Yom Kippur is the one day a year when traffic in Israel stops, and the Environment Ministry’s monitoring network measures what that does every year. Measurement of 20–21 September 2026, peak nitrogen-oxide concentrations at traffic stations, ppb: Haifa, Ha’Atzmaut St — 129.6 on the eve and 10.1 on Yom Kippur; Petah Tikva, Gissin — 94.4 → 11.7; Jerusalem, Dvora HaNevia — 82.7 → 16.2; Tel Aviv, Levinsky central station — 59.6 → 8.8; central Tel Aviv — 37.9 → 7.7. A six- to thirteen-fold drop within a day. The one exception is Bnei Brak, Jabotinsky St: 23.0 → 61.1 — the road to the hospital, which kept working. Benzene at the same stations fell two- to five-fold. Nitrogen oxides trace exhaust specifically, not industry: factories did not stop on Yom Kippur. This is the ceiling of what full electrification of urban traffic can deliver — measured, not modelled.

Noise: quieter at city speeds

Below ~50 km/h the dominant noise source is the engine — and that is what electric drive switches off: BEV and PHEV on battery are noticeably quieter in the urban cycle, especially pulling away from lights. Above ~50 km/h tire noise dominates and the effect fades, so the gain goes to residential streets and city centers, not highways. Below ~20 km/h EVs must emit an artificial sound (AVAS) for pedestrians. No open year-by-year decibel measurements exist; the closest is the Environment Ministry estimate of how many people live above 60/65/70 dBA from road traffic, separately in cities and along intercity roads (charts below). Cities have about 20 times more of them than intercity roads — which is where quiet electric drive pays off.

Environment Ministry estimate from traffic volumes (indicator 12.1.1), not measurements. The cities/intercity split is published up to 2014, when there were almost no EVs, so their effect cannot show in these series. The number of exposed people grew more slowly than the population (which grew by about 30% over 2000–2014): above 60 dBA in cities lived about 57% of the country’s residents in 2000 and about 50% in 2014; along intercity roads, about 2.6%. The ministry’s latest overall estimate (2023): 49.7% of the population above 60 dBA, 22.6% above 65, 7.4% above 70 — almost the same as in cities in 2014. There are no newer estimates for 2024–2026: according to the State Comptroller (2024), the ministry has not mapped noise and has built no database at the national or local level. As early as 2008 the Knesset Research Center called noise the most widespread environmental nuisance, affecting about a quarter of the population; by the WHO model, noise causes about 400 premature deaths a year in Israel.

Sources: Environment Ministry — State of the Environment in Israel 2017, indicator 12.1.1 · State Comptroller, 2024 — Handling noise nuisances in the urban space · Knesset Research Center, 2008 — Noise nuisances in daily life — a comparative review · Israel Hayom, 2023 — Environment Ministry estimate

Conclusion: the fleet is 90.2% combustion, but its inflow is already 37% rechargeable and its outflow almost entirely petrol: the composition changes from both ends. What that does for the air, the country measured on 21 September: without exhaust, nitrogen oxides at urban stations fell from 129.6–94.4 to 10.1–11.7 ppb within a day. The other side remains: tyres, dust and ozone are not removed by electric drive.

A different data universe

Vehicles over 3.5 t sit in their own registry and are absent from every other chapter. The chapter’s conclusions concern trucks and buses: 166,810 vehicles — 123,563 trucks (categories N2/N3) and 43,247 buses (M2/M3). For the full picture the tiles below also show heavy pickups (26,018) — the Silverado, RAM and the like: at 4.5–5 t gross weight they are filed as N2 trucks, yet they are private vehicles — and tractors (64,716, golf carts and UTVs included); “Total” and “Electric” count all four categories. Not shown: trailers without an engine (146,772) and light vehicles without a model code (18,239) — with them the registry holds 422,555 records. Hover over a tile to see its electric share. These figures must not be added to the passenger fleet: different registers, different counting rules.

Diesel has almost no alternative here

Among trucks 122,187 run on diesel — 98.9% of the category. Buses: 37,218 diesel, 86.1%. Electric so far: 388 trucks (0.3%) and 3613 buses (8.4%). Heavy pickups are a story of their own: 5916 of 26,018 are electric (22.7%), almost all Chevrolet Silverado EV and GMC Sierra/Hummer EV; without this correction they would pass for "electric trucks". Electric tractors: 254 (0.4%) — golf carts and UTVs. Petrol tractors: 37,087 (57.3%) — not farm machinery but ATVs and UTVs: Polaris, BRP (Can-Am), CFMoto, Access; median gross weight 0.9 t, 86% on the road since 2015. Farm tractors run on diesel (27,353). Hydrogen: trucks 3, buses 1 — see the separate block below.

Fleet composition: what heavy vehicles run on

Diesel, petrol, electric, hydrogen and other (gas, kerosene). The chapter’s conclusions concern trucks and buses; pickups and tractors are shown for the full picture

Fleet by category

Buses are electrifying, trucks are not yet

Electric share of annual bus deliveries: 0.5% in 2020, 13.2% in 2022, 22.7% in 2023, 21.9% in 2026. Electric trucks remain a handful: 19 units in 2022, 25 in 2024, 73 in 2025 and 250 in 2026 — 2.7% of the annual intake. Of the 388 electric trucks on the road, 81.7% are light, up to 7.5 t; the largest makers are Farizon and Maxus (64.4%). The steep rise of "electric trucks" in the raw statistics comes from heavy pickups: 3344 of the 4339 delivered in 2026 (77.1%) — private vehicles, kept out of the chapter totals. Buses were driven by public-transport tender requirements.

Electric share of new vehicles per year, %

Buses in blue, trucks in green; by road-entry date

How many heavy vehicles enter service per year, units

All new buses and trucks, any fuel. This is the base the share above is calculated from

Hydrogen: the first fuel-cell vehicles

Hydrogen vehicles in the registry: 4 — trucks 3, buses 1. The ministry files fuel-cell vehicles as “electric”, so the report picks them out by model and engine code and leaves them out of the electric count. The trucks are Hyundai XCIENT Fuel Cell, on the road since June 2023 and working in the north. The bus is an Allenbus FSQ6123 FCEV (Audace 1050), registered in February 2026; on 8 October 2026 it was handed to the Bazan group as Israel’s first intercity hydrogen bus: 53 seats, four 700-bar hydrogen tanks, refuelling in 5 to 12 minutes, a range of up to 600 km and only water from the exhaust. The Ministry of Energy and Infrastructure backed the project (NIS 2.5 million); the bus will carry Bazan refinery staff between Nahariya and the plant. The country still has one hydrogen station — at the Yagur junction (since 2023).

Hydrogen vehicles in the registry

What replaces the scrapped diesel

The registry does not link a specific scrapped vehicle to a specific new one, but the flow is visible. In 2026 2174 diesel trucks were scrapped while 8719 new diesel and 250 electric ones entered service. For buses, 1111 diesel scrapped against 2126 new diesel and 706 electric. Both sides count vehicles above 3.5 t only; heavy pickups are excluded.

Diesel leaving against new vehicles arriving, units per year

Two rows per year: trucks on top, buses below — buses use the same colours in a lighter shade. Left of the axis: diesel scrapped, right: new arrivals — dark for diesel, green for electric. The fleet grows, so intake exceeds retirement. Purple — new hydrogen. The buttons above the chart filter by vehicle type and by fuel, and work together: e.g. “Buses” + “New electric”.

What it means for emissions

The Ministry of Environmental Protection puts lifetime CO₂ emissions of an urban diesel bus at about 765 tonnes. The 3613 electric buses on the road displace roughly 2.8 million tonnes of CO₂ over the fleet lifetime. The estimate is coarse: it does not subtract power-generation emissions and does not weight actual mileage per vehicle.

Bottom line: the fleet holds 122,187 diesel trucks and 37,218 diesel buses — 159 thousand engines in all, many of them working inside urban areas with mileage no passenger car matches; heavy pickups and tractors are not in this count. The Ministry of Environmental Protection values the lifetime damage of one urban diesel bus at about ILS 86 million against ILS 30 million for an electric one. Every hundred electric buses and trucks (956 entered service in 2026) therefore weighs more for air quality than thousands of passenger EVs — even though passenger EVs outnumber electric trucks and buses 62 to one.

Why the “2026 cars” figures differ

There are three of them, each answering a different question. They must not be added or compared directly.

The gap between the first and the second is cars bought in 2026 and already de-registered. The gap between the second and the third is commercial vehicles.

Hence the different plug-in shares. Among passenger cars it is 37.9%, together with commercial vehicles 36.9%. The reason lies in commercial vehicles themselves: only 6.9% of them are plug-in, and they pull the overall share down. That is why the new-cars site, which excludes commercial vehicles, shows the higher figure.

The battery really is dirty

Building an electric car emits roughly forty percent more than building an ordinary car outright. Lithium is evaporated from underground brines in Chile’s Atacama, the driest desert on the planet, where water is already scarce. Cobalt comes from Congo, and some of it is dug in mines where children work. That is not an invention of critics. It is true, and pretending otherwise is not an option.

Now count what is lost for good

An average electric car battery holds about 160 kilograms of metals. Recycling returns most of them, and roughly thirty kilograms are lost for good: 1.8 kg of lithium, 1.4 kg of nickel and 400 grams of cobalt. That is the size of a football. A petrol car burns seventeen thousand litres of fuel over its life. Stack those barrels on top of one another and you get a ninety-metre tower, a twenty-five storey building. That fuel comes back from nowhere: it goes into the air and stays there.

Oil is treated as clean by default

When people say the battery is dirty, oil enters the story already refined, as petrol at the pump. Between the well and the pump stands an entire industry, and its footprint never makes it into the comparison. During extraction the associated gas often has nowhere to go, so it is burned in flares. Nine countries account for three quarters of all flaring while producing less than half of the world’s oil. In Nigeria flaring rose twelve percent in 2024 alone, and people in the Niger Delta have lived under those flames for decades.

Where petrol comes from — and where the oil goes

There is no petrol in the well. Crude is distilled, cracked and cleaned, and that takes roughly one barrel in ten: a refinery burns its own gas and coke for about half its energy, gets a third from natural gas, and the rest from electricity and steam. That price is paid on every litre, for the life of the car. A battery costs energy too: the cells for a 60 kWh pack take on the order of three megawatt-hours — electrode drying, dry rooms, formation — plus the smelting of lithium, nickel and cobalt. But that energy is paid once, and the cleaner the factory grid, the smaller the footprint: a pack built on a Nordic or European grid is roughly half as dirty as one built on coal. Of all the oil pumped worldwide, a little under half is burned in engines on the road and another thirteen percent or so in aircraft and ships; plastics, fibres, asphalt and lubricants take about one barrel in six — the only share that is growing. The remaining quarter is not “other” but quite specific things: cooking gas and heating oil in homes (about 7%), industrial furnaces and machinery (6%), the refineries’ own fuel and the energy of extraction (6%), fuel-oil power plants and backup generators (4%), tractors, pumps and fishing boats (3%).

When the electric car repays its debt

ICCT’s July 2025 analysis puts a European electric car at 63 grams of CO₂ per kilometre over its full life cycle against 235 for a petrol one — 73% less. The extra emissions from making the battery are repaid in about seventeen thousand kilometres: a year, eighteen months of ordinary driving. Everything after that is net gain. Even in Poland, whose grid runs on coal, the advantage holds at around twenty-two percent.

The Israeli arithmetic

Coal plays a small part in our generation: 10% in 2025, half of what it was a year earlier. The backbone is natural gas at about 73%, and gas is roughly twice as clean as coal per kilowatt-hour. Renewables ended 2025 at about 17% (Energy Ministry estimate) against 49% across Europe. Better than average on one measure, worse on the other, and the payback lands in the same range — a year, not a decade. It will keep shrinking: the Hadera coal plant runs until 2029 and solar generation is growing.

But for a city it is not carbon dioxide that matters

Carbon dioxide spreads evenly across the planet and does not care where it was released. The exhaust of a petrol engine — nitrogen oxides, fine particles, products of incomplete combustion — goes into the lungs of a person standing on the pavement two metres from the tailpipe. Here our own data speaks louder than any forecast.

Bottom line: an electric car does not abolish extraction — it moves it and shrinks it. Atacama and Congo pay a real price, and pretending otherwise is not an option. But the comparison is not with an ideal, it is with what exists now. Right now every petrol car on the road means a twenty-five storey stack of barrels, a flare in Nigeria and exhaust on the next street. An electric car means a football of lost metal and a power station outside town. The difference is not that one is clean and the other dirty. The difference is in orders of magnitude.

Chapter takeaways

Every chapter of the report ends with its own takeaway. They are gathered here in order — a short retelling of the whole report.

1. 2026 overview

   Over the 9 closed months of 2026, 264,136 cars were registered; 264,842 cars of 2026 are on the road today — the active registry cohort, current month included.

2. Trend 2010–2026

   The plug-in share grew from 0.0% in 2010 to 27.1% in 2024, 30.9% in 2025 and 36.9% in 2026; petrol and diesel keep 63.1%.

3. By month 2026

   Across full months the plug-in share stays between 30.1% and 46.3% (the current partial month shows 30.8%), averaging 36.9%.

4. By brand 2026

   The leaders of the year are Toyota, Jaecoo, Chery.

5. Rechargeable models 2026

   The plug-in segment is led by Jaecoo JAECOO7, Jaecoo JAECOO8, Chery TIGGO8PRO.

6. BEV models by brand

   Supply is concentrated: Tesla and Deepal sell just one or two models each (MODEL Y/MODEL 3; S05/S07).

7. Brands on the road

   The gap between sales rank and fleet rank shows a structural shift: Omoda and other new brands sit in the 2026 cohort well above their fleet position — they are capturing share.

8. Fuel — breakdowns

   In the 2026 cohort petrol and diesel cars hold 63.1%, plug-in hybrids 24.4% and fully electric cars 12.5%; together the plug-ins give 36.9%.

9. Scrappage

   Of the 210,416 fully electric cars sold since 2023, 2262 cars of that same cohort have already been taken off the road — 1.1%. In 2026 the cohort took in 264,842 cars while 89,971 left the road — the fleet grew by 174,871.

10. BEV engineering cut (2026 cohort)

    In the 2026 cohort 25.0% of fully electric cars are 800V-class and 89.4% sit on a dedicated EV platform; LFP batteries power 32.5% of them, NMC 14.5%.

11. Gain over 7 days

    Over the registry publications of 04.10–11.10 the active cohort grew by +2263 cars: +434 fully electric, +397 plug-in hybrids and +1432 petrol and diesel.

12. Electrification effects: fuel, air, noise

    The fleet is 90.2% combustion, but its inflow is already 37% rechargeable and its outflow almost entirely petrol: the composition changes from both ends.

13. Heavy transport: buses and trucks

    The fleet holds 122,187 diesel trucks and 37,218 diesel buses — 159 thousand engines in all, many of them working inside urban areas with mileage no passenger car matches; heavy pickups and tractors are not in this count.

14. Oil and the battery: what each one costs

    An electric car does not abolish extraction — it moves it and shrinks it.