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Lexus has launched the ES 350e and ES 500e, the first all-electric variants of the eighth-generation Lexus ES, sold alongside ES 350h hybrid models. Within Lexus’s lineup, the ES sits as a mid-size sedan, positioned below the flagship LS and above the compact IS/UX range. The 350e runs front-wheel drive (FWD) off a single motor; the 500e adds a second rear motor for all-wheel drive (AWD) via Toyota’s DIRECT4 system. What makes this launch notable: it’s the first time an ES has gone fully electric, and it runs on a new “multi-pathway” platform shared with the ICE/hybrid ES — a first for the Lexus brand, not just this nameplate.

Both variants share a 74.7-kWh lithium-ion battery (the 500e’s pack is rated slightly higher at 76.96 kWh by some sources). EPA-estimated range is 307 miles for the ES 350e on 19-inch wheels, dropping to 276 miles for the AWD ES 500e — these are EPA cycle figures, not WLTP, since this is a US-market launch. Charging: an 11 kW onboard AC charger supports roughly a 7-hour 10–100% Level 2 top-up, while DC fast charging peaks at 150 kW, with a 10–80% benchmark of about 28 minutes. The ES uses a native NACS port with a CCS adapter included. No African or grey-market import figures exist yet — these are US-market specs only, and battery behavior in higher-heat African climates is unconfirmed.

US pricing runs from $48,795 (ES 350e Premium) to $60,195 (ES 500e Luxury), including destination fee. At current exchange rates (~₦1,390–1,400/$1), that’s roughly ₦67.8M to ₦84.3M before any import duty, shipping, or clearing costs — and Lexus has no official EV distribution in Nigeria, Kenya, or South Africa, so actual landed cost for a grey-market unit would sit well above the US sticker. This car realistically suits a commuter or small-family buyer who charges at home nightly and doesn’t need road-trip-grade charging speed. Within Lexus’s own range, it sits between the RZ 450e (Lexus’s compact electric SUV) and the ES 350h hybrid, which shares its platform but costs more despite using a gas engine. Outside the brand, its closest rivals are the BMW i4 and Genesis Electrified G80 — both luxury sedans at adjacent price points — with the Electrified G80 standing out as the closest spec-and-price match for direct comparison, given its similarly positioned range and trim mix against the ES.
For Full Specs - https://evcarlatest.com/lexus-es-electric/

Six Chinese electric cars under $25,000 that can realistically land in Lagos, Nairobi, or Accra — and one that’s the clearest buy right now.

The $25,000 ceiling is the right number to work with. Below it, you get factory-fresh Chinese EVs with decent range and real warranty support from dealers in the UAE or Singapore — the two main grey-market transit points for sub-Saharan imports. Above it, the calculus shifts toward ICE alternatives that are easier to service.

This list cuts through the noise. Six models made the shortlist. Each one was assessed on China ex-factory price, estimated CIF cost to West and East African ports, real-world range, and whether spare parts and service are actually reachable in Nigeria, Kenya, Ghana, or South Africa.


Best overall BYD Dolphin Standard Range
Best budget pick BYD Seagull 305km
Best for longer trips GAC Aion Y Plus
Best for urban fleet use Wuling Bingo / Air EV
Avoid if servicing matters Neta V (limited Africa dealer network)

Follow Link for full post - https://evcarlatest.com/best-chinese-ev-under-25000-africa-import-2026/

The 2027 Lexus TZ and 2027 Toyota Highlander are both three-row electric SUVs from the Toyota group — one wearing a luxury badge, the other targeting mainstream family buyers. The Highlander drops its gas and hybrid powertrains entirely for 2027, becoming the first fully electric Highlander and the first electric Toyota assembled in the US. Both models share platform DNA and launch within the same late-2026 window, making this the most directly comparable Lexus-vs-Toyota decision an African grey-market importer can make right now.

Range & Charging


The Highlander offers two battery options — 77 kWh and 95.8 kWh — with Toyota-claimed ranges of 287 miles FWD and up to 320 miles AWD on the larger pack. Toyota says charging from 10% to 80% should take as little as 30 minutes in ideal conditions, via a NACS port. The Lexus TZ carries the same 77 kWh and 96 kWh battery options, with an estimated EPA range of up to 300 miles and 150 kW DC fast charging completing 10–80% in around 35 minutes. Real-world African range for both will be 15–20% lower in high-heat conditions. The Highlander holds a slight edge on claimed peak range; the TZ’s charging rate is marginally faster on paper. Neither figure is EPA-confirmed yet.

Price, Availability & Market Fit

The Highlander EV is expected to start at around $50,000, competing with the Kia EV9 and Hyundai Ioniq 9 — roughly ₦76M, KES 6.5M, or ZAR 910K at grey-market estimates before duties. The Lexus TZ is estimated to start near $70,000 — approximately ₦107M, KES 9.1M, or ZAR 1.27M. Both offer XLE and Limited grade structures; both go on sale late 2026. This comparison answers one question directly: if you need three rows in an EV and your import budget is between $50,000 and $75,000, which Toyota-group model fits your household and your wallet?

Ecosystem & Rival Context

Lexus TZ buyers should also consider the Lexus RZ for a two-row alternative at a lower price. Highlander EV buyers can compare the Toyota bZ4X Touring for a more rugged, five-seat option. Outside Toyota group, the Kia EV9 and Hyundai Ioniq 9 compete directly with the Highlander on three-row value, while the Mercedes EQS SUV rivals the TZ on luxury territory. What makes this Lexus-vs-Toyota matchup more relevant than those alternatives is the shared reliability pedigree — critical for African buyers where EV service networks remain limited.

Pros & Cons

Lexus TZ: The luxury interior and Lexus refinement deliver a noticeably higher-grade experience for long African highway runs where road noise and fatigue matter. The TZ’s 402 hp AWD output gives it stronger performance across all trims. The Lexus badge carries real social and resale value in premium African markets. However, it costs $15,000–$20,000 more than the Highlander EV at estimated pricing, and full confirmed specs remain pending until launch.


Toyota Highlander EV: At roughly $50,000, it delivers three-row capacity at a more accessible import price for Nigerian, Kenyan, and South African buyers. V2L capability lets you power external devices or use the car as emergency backup power — a practical feature given grid reliability challenges in many African markets. Up to 320 miles of claimed range gives it a slight edge for intercity travel. The downside is a less refined interior than the TZ, and like the Lexus, its specs are manufacturer-claimed rather than EPA-confirmed.

Quick Verdict

Choose the Lexus TZ if luxury refinement, stronger performance, and premium branding matter as much as the three-row layout — and your import budget can absorb an extra $15,000–$20,000. Choose the Toyota Highlander EV if you need the same seven-seat practicality with a lower import cost and don’t need the Lexus badge to justify the purchase. Both share the same Toyota reliability story; the difference is price and prestige.

Full Post - https://evcarlatest.com/lexus-tz-vs-toyota-highlander/

The Rolls-Royce Spectre Series II is a mid-cycle refresh of the Goodwood marque’s first series-production electric vehicle, positioned as the flagship EV in Rolls-Royce’s current lineup. It is an electric super-coupé with a two-door fastback body featuring rear-hinged doors and a dual-motor AWD drivetrain. The Series II is a comprehensive refresh of the original Spectre, which launched in 2023, adding meaningful range, more power, and an expanded Bespoke menu without altering the fastback silhouette that defined the original.

Powertrain & Charging

The Spectre Series II adopts a new 112.5 kWh battery using large-format Gen6 cylindrical cells, the same technology introduced in the updated BMW i7, which shares its underpinning architecture. The re-engineered battery extends WLTP range by 18% to 390 miles (628 km); the EPA-estimated figure for the US market stands at 308 miles, a 16% increase over the outgoing model. Standard output rises to 442 kW and 1,015 Nm of torque, while the Black Badge variant unlocks 500 kW via Infinity Mode and 1,100 Nm in Spirited Mode. The Series II adopts the NACS charging standard in the US market, replacing the previous CCS connector. Rolls-Royce states charging times have been reduced by up to 14%, but has not published figures for peak DC charging rate — specific kW figures and a 10–80% time benchmark are unconfirmed at time of writing.


Pricing, Fit & Context

Neither pricing nor on-sale timing was confirmed at the announcement; the outgoing Series I carried a base price of approximately $397,750 (standard) and $467,750 (Black Badge) in the US market, making Series II pricing likely to remain in that range or above. For Nigerian grey-market buyers, expect comparable units — if they appear — to land well above ₦600 million given import duties, clearing costs, and exchange rate exposure, though no regional pricing exists for this model. The Spectre Series II suits an ultra-high-net-worth buyer seeking a low-volume electric grand tourer as a secondary or collector vehicle; Rolls-Royce’s own data shows Spectre is typically the second car in a seven-car garage, driven solo and charged at home. Within the Rolls-Royce range it sits between the Ghost saloon (lower price, four-door) and the Phantom (higher price, traditional V12 flagship). External rivals in the ultra-luxury EV space include the Bentley Bentayga EV and the Lucid Air Sapphire, both of which undercut it on price while offering different body formats. The closest single-model SEO comparison is the Mercedes-Maybach EQS 680, the only other series-production electric vehicle in the same ultra-luxury two-market overlap.

For Full Specifications - https://evcarlatest.com/rolls-royce-spectre-series-ii/

The Nio ES9 is a full-size electric SUV positioned as the brand’s flagship model. It sits above the ES8 and targets the premium three-row SUV segment with a large body, upright stance, and a focus on space and comfort.

The ES9 is expected to use Nio’s high-capacity battery options, including packs above 100 kWh. Estimated driving range targets the 650 to 700 km mark on the CLTC cycle. It supports fast DC charging and Nio’s battery swap system, allowing a depleted battery to be replaced in minutes at compatible stations.Batteries

Pricing places the ES9 at the top of Nio’s lineup, above the ES8, in the premium electric SUV bracket. It suits buyers who need a large family SUV with long-distance ability and access to battery swapping. Alternatives include the Li Auto L9 and the Aito M9. A direct comparison sits against the Tesla Model X in size, price, and performance focus.
Full Specs - https://evcarlatest.com/nio-es9/

why you go bring gods of the land enter this matter

Pastoshizzy:
If NEPA light enter those things the lifespan no fit pass one week (no be power bank matta). E get wetin the gods of our ancestors fit tolerate.

The Mercedes-AMG GT 4-Door Coupé is a flagship executive performance EV produced by Mercedes-AMG, the high-performance subsidiary of Mercedes-Benz. It sits in the E-segment as a five-door liftback with a rear-biased all-wheel-drive configuration driven by three electric motors — one on the front axle and two on the rear. The new model is the first all-electric production vehicle in AMG’s history, and the first model built on the new AMG.EA electric platform, which also introduces axial-flux motors to a production car for the first time.

The GT 4-Door is powered by a 106 kWh battery and launches in two trims: the GT 55, producing 805 hp, and the GT 63, producing 1,153 hp. Mercedes claims a WLTP range of 435 miles for the GT 4-Door — though Top Gear reports the GT 63 variant delivers around 370 miles at the lower end; EPA figures have not been published, though an EPA estimate closer to 300 miles is likely given the gap typical between WLTP and US-cycle results. On charging, AC onboard charging peaks at just 11 kW for both variants — a notable constraint at this price point. DC fast charging reaches up to 600 kW via the 800-volt architecture, enabling a 10-to-80 percent charge in approximately 11 minutes.

For Full Spec and price visit - https://evcarlatest.com/mercedes-amg-gt-4-door-coupe/

The Volkswagen ID.Polo is a five-door, front-wheel-drive electric supermini produced by Volkswagen AG and positioned as the brand’s entry-level EV. It is the first model in Volkswagen’s electric ID. family to carry the established Polo name, and it is also the first model to feature the brand’s new “Pure Positive” design language. Built on the MEB+ platform, it is a purpose-built electric vehicle — not an adaptation of the outgoing combustion-engined Polo — and it represents Volkswagen’s most direct entry point into the sub-€25,000 European EV segment.

Powertrain & Charging

The ID.Polo is offered with two battery options. The base 37 kWh (usable) LFP pack covers up to 329 km (204 miles) on the WLTP cycle, while the larger 52 kWh (usable) NMC pack achieves up to 454 km (282 miles) WLTP. AC charging is rated at 11 kW on both variants. For DC: the 37 kWh LFP charges at up to 90 kW, completing a 10–80% session in approximately 27 minutes, while the 52 kWh NMC pack accepts up to 105 kW and reaches 10–80% in around 23–24 minutes. Note: some pre-launch sources cited 130 kW peak DC for the 52 kWh variant — this figure is unconfirmed from official VW documentation and should be treated as provisional until Volkswagen publishes final charging curves. V2L (vehicle-to-load) output of up to 3.6 kW is standard across all variants.


Pricing, Fit & Context

The ID.Polo starts at €24,995 in Germany, with higher-spec 52 kWh variants expected above €30,000 at launch. UK pricing is anticipated from approximately £21,700. No confirmed pricing exists yet for African markets; grey-market import costs into Nigeria (NGN), Kenya (KES), or South Africa (ZAR) are not yet estimable given the model’s recency. The ID.Polo realistically suits urban and peri-urban commuters, first-time EV buyers, and small-family drivers who prioritize running costs and a recognizable brand over segment-leading range. Within Volkswagen’s lineup, it sits below the ID.3 (larger platform, longer range) and above any future sub-Polo entry — currently the most affordable model in the brand’s EV range. External rivals at a similar price and segment include the Renault 5 E-Tech, Kia EV3, Hyundai Inster, and BYD Dolphin Surf. The closest direct comparison model on spec and price is the Renault 5 E-Tech — both are sub-€25,000 FWD superminis with similar WLTP range brackets, competing for the same first-EV buyer.

For Full Specifications - https://evcarlatest.com/volkswagen-id-polo/

The XPeng GX is XPeng Motors’ first full-size six-seat flagship SUV, positioned at the top of the brand’s SUV lineup above the G6, G7, and G9. It sits in the large SUV segment as a five-door body style offered in both pure electric (BEV) and extended-range (EREV) configurations, both with all-wheel drive. Built on XPeng’s new SEPA 3.0 platform, the GX is notable as the company’s most technologically ambitious model to date and is billed as China’s first consumer vehicle developed to L4 autonomous driving standards in its production hardware configuration.

The BEV version carries a 110 kWh NMC battery and delivers up to 750 km of range on the CLTC cycle (AWD configuration). No WLTP figure has been published at this time; real-world European range would be substantially lower. The GX is built on an 800-volt silicon carbide platform with 5C supercharging capability. Using a compatible 800V 5C DC fast charger, the GX is claimed to reach 10–80% in approximately 12 minutes. AC onboard charging rate and confirmed DC peak output in kilowatts have not been officially published for the GX at launch — the 5C charging rating and 12-minute benchmark are XPeng’s stated figures based on platform capability and should be treated as unconfirmed until independently tested. The EREV variant pairs a 63.3 kWh LFP battery with a 1.5L generator for 430 km of pure-electric CLTC range and a combined range of 1,585 km.

The GX launched in China at 399,800 yuan, approximately $58,000 USD, a price that positions it below European luxury SUVs in the same physical class. Grey-market import pricing for African markets has not been formally quoted, but based on typical Nigerian import calculations (China price plus freight, 35% import duty, 7.5% VAT, port and clearing fees), a landed cost in the range of ₦130–150 million is a working estimate at current NGN/USD rates — treat that figure as indicative, not confirmed. Equivalent rough grey-market estimates: KES 9.5–11 million (Kenya) and ZAR 1.35–1.55 million (South Africa). The GX suits high-income urban buyers or corporate fleets that need genuine six-seat space, premium cabin quality, and advanced driver assistance in a single package. Within XPeng’s lineup it sits above the G9 and competes for buyer attention with the X9 MPV, XPeng’s other large people-carrier. External rivals at the same segment and approximate price include the NIO ES8 and the Li Auto L9. The closest single-model comparison for spec and price is the NIO ES8, which matches it on six-seat layout, premium Chinese EV positioning, and sub-$65,000 China pricing.

Full Specs - https://evcarlatest.com/xpeng-gx/

Tesla Model X and Audi Q8 e‑tron are full electric SUVs. The Model X is a large SUV for families who want space and tech. The Q8 e‑tron is a premium SUV for buyers who want comfort with Audi design and build quality.

The Model X has a longer real world range than the Q8 e‑tron in most tests. The Q8 e‑tron range is lower but still suits daily use and trips. Both EVs use fast public chargers. Tesla’s Supercharger network is broader and often easier to find. Audi uses CCS fast charging and works with many public networks.

The Model X sits above the Q8 e‑tron in price. The Q8 e‑tron is premium but less costly than the Model X. The Model X is widely available in global markets. The Q8 e‑tron is sold mainly in Europe and North America. This page helps you weigh range, charging, price, and use case before choosing.

Other Tesla EVs include Model S and Model Y. Other Audi EVs include Q4 e‑tron and e‑tron GT. Rival EVs to Model X include Mercedes EQS SUV and BMW iX. Rivals to Q8 e‑tron include Jaguar I‑PACE and Mercedes EQE SUV.

Model X pros: long range, large interior, strong acceleration. Model X cons: high running cost, complex software quirks. Q8 e‑tron pros: solid build, refined ride, intuitive controls. Q8 e‑tron cons: shorter range, slower charging on some stations.

Quick verdict; Pick Model X for range and space. Pick Q8 e‑tron for refined ride and build.

The Hyundai Ioniq 6 N and Xiaomi SU7 Ultra target the same niche. Both sit in the high-performance EV sedan segment. Buyers want speed, sharp handling, and daily usability. Hyundai leans on track-ready tuning and brand motorsport roots. Xiaomi pushes extreme power and tech-focused appeal.

Range differs due to performance focus. The Ioniq 6 N is expected to deliver moderate real-world range due to aggressive tuning. The SU7 Ultra prioritizes output, so range drops further under hard driving. Charging favors Hyundai with its 800V platform, enabling faster DC charging sessions. Xiaomi offers fast charging too, but its real-world charging curve under heavy battery load still faces scrutiny.

Pricing places the Ioniq 6 N below the SU7 Ultra. Hyundai aims for a wider performance audience. Xiaomi positions the SU7 Ultra as a flagship halo product with higher cost. Availability favors Hyundai in global markets, while Xiaomi remains China-focused. This comparison helps you decide between balanced performance and extreme specs.

Within Hyundai Motor Company, alternatives include the Hyundai Ioniq 5 N and standard Hyundai Ioniq 6. Key rivals for the Ioniq 6 N include the Tesla Model 3 Performance and BMW i4 M50. From Xiaomi, the Xiaomi SU7 sits below the Ultra. SU7 Ultra rivals include the Porsche Taycan Turbo GT and Tesla Model S Plaid.

The Hyundai Ioniq 6 N offers strong track handling, fast 800V charging, and better global support, but range drops under aggressive driving and interior tech feels less advanced than newer rivals. The Xiaomi SU7 Ultra delivers extreme acceleration, high-end cabin tech, and standout design, but limited global availability and high pricing reduce accessibility.

Quick verdict: pick the Ioniq 6 N for balanced performance and usability. Pick the SU7 Ultra for maximum speed and tech focus.

https://evcarlatest.com/hyundai-ioniq-6-n-vs-xiaomi-su7-ultra/

The Rimac Nevera and Lotus Evija sit at the top of the EV market. Both are limited-production electric hypercars built for extreme performance, not daily use. Buyers include collectors, track-focused drivers, and high-net-worth enthusiasts who want cutting-edge EV engineering with exclusivity.

Range differs in real use. The Nevera delivers around 300 miles WLTP, making it more usable beyond short bursts. The Evija targets about 215 miles WLTP, with a focus on peak performance over distance. Charging also splits them apart. The Nevera supports fast DC charging up to 500 kW, among the fastest in any EV. The Evija targets 350 kW charging, still high but behind the Nevera in peak capability.

Pricing sits deep in hypercar territory. The Nevera costs around $2.2 million, while the Evija pushes closer to $2.3 million depending on spec. Availability remains limited for both, with strict production caps and most units already allocated. This comparison helps you decide between better usability and charging advantage in the Nevera versus extreme design focus and brand heritage in the Evija.

Within Rimac, the Nevera stands as the brand’s flagship, alongside projects like the Rimac Concept One. It competes with other high-performance EVs such as the Pininfarina Battista and Tesla Roadster. On the Lotus Cars side, the Evija leads an EV shift that includes the Lotus Emeya and Lotus Eletre, while also rivaling the Battista and Nevera directly in the hypercar space.

The Nevera offers unmatched acceleration, higher real-world range, and leading charging speed, but it carries high weight and limited emotional design appeal for some buyers. The Evija delivers extreme lightweight engineering, standout design, and strong brand identity, but it falls short in range and charging peak while remaining hard to access due to ultra-low production.

Quick verdict: Choose the Nevera for performance metrics and usability edge. Choose the Evija for design purity and brand-driven exclusivity.

For Full Table - https://evcarlatest.com/lotus-evija-vs-rimac-nevera/

ok

slimik:
Do your research wrong prices at the show run. Byd atto3 goes for 50M naira

The answer used to be simple. Range anxiety was real, charging infrastructure barely existed outside major cities, and PHEVs felt like a sensible hedge — you got the electric torque without betting everything on a plug. That calculus is changing fast in 2026, but not uniformly. Where you live still matters enormously.

If you’re buying in Lagos, Nairobi, or Johannesburg, this decision looks different than it does in London or Los Angeles. Here’s what actually separates these two drivetrains in 2026.

Plug-in Hybrid vs Full Electric Car: Which to Buy in 2026?

What Is a PHEV, Actually?

A plug-in hybrid (PHEV) runs on both a combustion engine and an electric motor. You can charge the battery from a wall socket, drive 40–80 km on electricity alone, then switch to petrol when the battery runs out. The Toyota RAV4 Prime, Mitsubishi Outlander PHEV, and BYD Tang are popular examples.

A battery electric vehicle (BEV) runs on electricity only. No fuel tank, no engine, no exhaust pipe. You charge at home, at work, or at a public station. Cars like the BYD Atto 3, Tesla Model 3, and Hyundai Ioniq 6 fall into this category.

Range: Who Actually Wins in 2026?

PHEVs carry a combined range advantage on paper — most cover 600–900 km total when you factor in the petrol engine. That number is real and it matters if you’re doing Abuja–Lagos on a single trip with no reliable fast charger in sight.

Full EVs have come a long way. The BYD Seal offers 570 km WLTP. The Tesla Model 3 Long Range hits 629 km. But those figures are tested under European lab conditions. Real-world range in hot climates — with the AC running — typically drops 15–25%.

Verdict on range: PHEVs still win for long-distance trips in areas with thin charging networks. Full EVs win for daily urban commutes where home charging is possible.

https://evcarlatest.com/plug-in-hybrid-vs-full-electric-2026/

EV batteries don’t last forever. Every charge cycle wears them down a little, and over years of use, you’ll get fewer kilometres on a full charge than you did on day one. That’s not speculation — it’s chemistry.

The real question is: how fast does it happen, and how bad does it get?

Based on long-term ownership data and manufacturer studies, most EV drivers lose somewhere between 2% and 3% of usable battery capacity per year under normal driving conditions. After 100,000 km, you’re typically looking at 80–85% of the original range still intact.


EV Battery Degradation: How Much Range Will You Lose Over Time?

That’s the short answer. The longer one depends on your car, your climate, your charging habits — and if you’re buying in Nigeria, Kenya, or South Africa, whether the vehicle came through the grey market with an unknown charge history.

What Is Battery Degradation, Exactly?
EV batteries are made up of lithium-ion cells. Each charge and discharge cycle causes small chemical changes inside those cells — electrodes wear slightly, internal resistance increases, and the amount of charge the battery can hold shrinks over time.


Car manufacturers call this State of Health (SoH) — a percentage representing remaining capacity versus the original. A brand-new battery is 100% SoH. At 80% SoH, a 400 km (WLTP) car now delivers roughly 320 km per charge.

Most battery warranties cover exactly this threshold. Hyundai, Kia, Nissan, BYD, and Tesla all warrant their batteries against dropping below 70–80% SoH within a set period — typically 8 years or 160,000 km, whichever comes first.

For Full Story - https://evcarlatest.com/ev-battery-degradation-how-much-range-will-you-lose-over-time/

BYD has officially entered the Nigerian car market. On March 28, 2025, the Chinese electric vehicle brand launched in Lagos through LOXEA — a subsidiary of CFAO Mobility — making it the first automaker to sell factory-backed EVs in Nigeria. Two models are currently available at authorised dealerships: the BYD Atto 3 SUV and the BYD Dolphin hatchback. Prices start from around ₦20 million for the Dolphin and ₦28 million for the Atto 3.

Read Full Post - https://evcarlatest.com/byd-cars-nigeria-prices-specs-where-buy-2026/

Africa’s EV market is valued at $0.69 billion in 2026 for passenger vehicles alone, but the broader Middle East and Africa EV market — which most institutional reports now track together — is already past $5 billion and projected to cross $20 billion by 2031. That’s a 32% annual growth rate, which sounds exciting until you look at what’s driving it: not consumer demand in the way you see in Europe or China, but fleet operators, government procurement, and structural fuel economics that are forcing the hand of both policymakers and logistics companies.

This is Africa’s EV story in 2026. Not a revolution — an acceleration. And it’s messy, uneven, and worth understanding properly.

Electric Vehicles in Africa: The Full 2026 State of the Market


The Market at a Glance: What the Numbers Actually Mean
The Africa Electric Vehicle Market is expected to reach USD 0.45 billion in 2025 and grow at a CAGR of 56.30% to reach USD 4.20 billion by 2030. Different research firms slice the numbers differently — some track passenger cars only, others include two- and three-wheelers, commercial vehicles, and buses. The figures vary widely depending on scope, but the direction is consistent: up, fast.

What’s more useful than the headline number is understanding who is actually buying EVs on the continent right now. Private consumers are not yet the main driver. Fleets — not private buyers — are leading Africa’s EV adoption. Ride-hailing companies, government agencies, last-mile delivery operators, and public transport authorities are placing the largest orders. That shapes everything: the types of vehicles sold, the charging infrastructure being built, and which business models are proving sustainable.

Two-wheelers tell the real story of scale. Electric motorcycles have gained visible traction, particularly in urban taxi and delivery segments, where operating cost savings are critical. In recent years, electric models have reached double-digit shares of new registrations, supported by a combination of financing solutions, battery swapping access, and policy incentives.

Full Story - https://evcarlatest.com/electric-vehicles-africa-2026-state-of-market/

The $15,000 EV Is Real in 2026 — But It’s Used
No new electric car costs under $15,000 right now. The cheapest new EV in America is the redesigned 2026 Nissan Leaf, which starts at $29,990. That’s the honest starting point.

But here’s what’s changed: the used EV market has collapsed in the best possible way for buyers.


A combination of ending leases, expired federal tax credits, and slowing new EV sales has pushed used electric car prices to multi-year lows. Vehicles that cost $30,000–$40,000 new just three to four years ago are now sitting on dealer lots and auction sites for $10,000–$14,000. Some with well under 50,000 miles. Many with significant battery warranty still intact.

If your budget is $15,000, 2026 is a genuinely good time to go electric.

Cheapest Electric Cars You Can Buy in 2026 (Under $15,000)

What’s Driving Used EV Prices Down in 2026
Three things hit the used market at once:

Lease returns flooded supply. From 2021 to 2023, around 67% of new EVs were leased rather than purchased outright — partly because leased vehicles qualified for the $7,500 federal EV tax credit regardless of origin. Those leases are now ending, and returns are surging. More supply, softer prices.

The federal EV tax credit expired. The $7,500 new EV purchase credit and the $4,000 used EV credit both expired on September 30, 2025. New EV sales dropped 28% in Q1 2026 as a result, leaving automakers with roughly 130 days of unsold inventory. That pressure is trickling down into used pricing.

New models keep improving. Every generation of EV offers more range and faster charging than the last. That makes older models feel dated faster than comparable gas cars, which accelerates depreciation.


For buyers, all of that adds up to one thing: you can get a lot of electric car for $15,000 right now.

The 7 Best Electric Cars Under $15,000 in 2026
1. Chevrolet Bolt EV (2017–2020) — Best Overall Pick
Typical used price: $9,000–$14,500

The Bolt is the easiest recommendation on this list. It was one of the first genuinely practical mass-market EVs — real-world range of 200–238 miles, a comfortable interior, and a drivetrain that has proven dependable over hundreds of thousands of miles of documented use.

Cheapest Electric Cars You Can Buy in 2026 (Under $15,000)

GM issued a battery recall for certain 2017–2019 models (LG Chem cells linked to fire risk) that was resolved through battery replacements. Verify the recall status on any Bolt you’re considering — cars with the replacement battery are arguably better buys than factory units at this point.


2020 models with the updated battery are the sweet spot. Under $14,000 with reasonable mileage is doable if you shop carefully.

Best for: Daily commuters who want the most range per dollar under $15K.

2. Nissan Leaf (2018–2021) — Most Widely Available
Typical used price: $8,000–$13,000

The Leaf is everywhere. That’s both its biggest advantage and its biggest complication.

The 40 kWh Leaf (2018–present) offers around 149 miles of EPA range — enough for most daily driving, but thin for road trips. The 62 kWh Leaf Plus (available from 2019) pushes that to 212 miles and is worth hunting for if you can find one within budget.

Cheapest Electric Cars You Can Buy in 2026 (Under $15,000)

One thing to know before buying: the Leaf uses passive thermal management for its battery rather than active liquid cooling. In hot climates, this accelerates long-term capacity degradation. If you’re in Arizona, Texas, or Southern California, the Bolt handles heat better. Everywhere else, the Leaf is a solid value.

Best for: City and suburban drivers in moderate climates who want a low-maintenance commuter.

3. BMW i3 (2014–2021) — Most Character Per Dollar
Typical used price: $9,000–$14,000

The i3 is strange-looking, tiny, and built from carbon fiber reinforced plastic. It is also one of the most interesting cars you can buy for under $15,000 in any category.

Range-extended versions (i3 REx) include a small two-cylinder gasoline backup generator, which makes range anxiety a non-issue even with an older battery. Pure BEV versions with the 94 Ah battery (2017+) offer around 153 miles of range.

Cheapest Electric Cars You Can Buy in 2026 (Under $15,000)

The rear-hinged “suicide doors” make rear-seat access awkward, and the rear seat itself is tight. But as a city car or a second vehicle, the i3 punches well above its used price. BMW’s build quality holds up, and the driving dynamics are genuinely fun.

Best for: Urban drivers who want something distinctive and don’t need rear-seat space.

4. Hyundai Kona Electric (2019–2022) — Best Efficiency
Typical used price: $11,000–$14,500

The Kona Electric is one of the most underrated used EVs on the market. It has active battery thermal management (unlike the Leaf), a legitimate 258-mile EPA range on the 64 kWh version, and a reputation for reliability that holds up in real-world ownership data.

Hyundai issued a battery recall for certain 2019–2021 Kona Electric models due to fire risk. As with the Bolt, check recall completion status before purchasing. Recalls that have been fully addressed are not a reason to avoid a car — they’re a reason to verify.

Cheapest Electric Cars You Can Buy in 2026 (Under $15,000)

The Kona is compact but practical: 19 cubic feet of cargo space, comfortable front seats, and a straightforward infotainment system that doesn’t try to do too much.

Best for: Buyers who want long real-world range and proven reliability in a small SUV form.

5. Volkswagen e-Golf (2015–2019) — Ultra-Budget Entry Point
Typical used price: $7,500–$11,000

If you want to spend the least possible money to get into an EV, the e-Golf gets you there. EPA range is only 125 miles on the 2017–2019 models, which makes it a strict urban and suburban car — not a road-trip vehicle.

Cheapest Electric Cars You Can Buy in 2026 (Under $15,000)

What it offers instead: the familiar, well-built Golf interior, VW‘s solid long-term reliability record, and a driving experience that feels normal in a way that some purpose-built EVs don’t. If you’re coming from a gas car and want the transition to feel unremarkable, the e-Golf is probably the least intimidating EV on this list.

Best for: Short-range commuters who want the lowest possible upfront cost and a conventional driving feel.

6. Kia Soul EV (2015–2019) — Most Cargo Space
Typical used price: $9,000–$13,500

The Soul EV offers something rare in sub-$15,000 EV territory: genuinely usable cargo space. The boxy body style translates into 61.3 cubic feet of maximum cargo volume with the rear seats folded — more than most compact SUVs.

The 2015–2018 models have a 27 kWh battery and roughly 93 miles of range, which is limited. The 2019 model year brought a 64 kWh battery and 243 miles of range, making it a much stronger buy if you can find one within budget.

Cheapest Electric Cars You Can Buy in 2026 (Under $15,000)

Like the Leaf, the Soul EV uses CHAdeMO for fast charging, which is becoming harder to find at public stations. Plan your charging strategy before buying.

Best for: Buyers who prioritize cargo utility and can live with CHAdeMO charging.

7. Fiat 500e (2013–2019) — Best Second Car
Typical used price: $6,000–$11,000

The original Fiat 500e (not the current European version) was sold in limited markets — mainly California — and was notoriously leased at a loss by Fiat, which famously didn’t want to sell it. That made it a terrible car for the automaker and a great deal for lessees who returned them.

Cheapest Electric Cars You Can Buy in 2026 (Under $15,000)

Range is about 87 miles on the 24 kWh battery. That’s not enough for anything beyond local driving. But as a second car in a household that already has a longer-range vehicle, the 500e makes a lot of sense: it’s small, easy to park, genuinely fun in the city, and cheap enough that you won’t worry about it.

Best for: Second-car buyers who need a cheap, cheerful city runabout.

Used EV Buying Checklist: What to Look For Under $15,000
Buying a used EV requires a few different checks than a gas car. Before you pay anything, verify these:

Battery health report. Many dealers can run a diagnostic showing actual battery capacity versus original. Look for anything above 80% of original capacity on older models.
Recall status. Check the NHTSA recall database using the VIN. For Bolts and Kona Electrics especially, confirm recall work has been completed.
Charging equipment. Make sure the car comes with a Level 1 or Level 2 charging cable, or factor the cost of one into your budget.
Remaining warranty. Most EV batteries carry an 8-year/100,000-mile warranty from the manufacturer. Verify how much coverage is left and whether it transfers to a new owner.
Charging port type. The Leaf and Soul EV use CHAdeMO for DC fast charging — a standard that’s being phased out. If fast charging matters to your use case, this is worth weighing.

https://evcarlatest.com/cheapest-electric-cars-you-can-buy-in-2026-under-15000/

EV Charging Stations in Nigeria: Where Can You Charge?

If you own an electric vehicle in Nigeria — or you're thinking about buying one — the first practical question isn't "which model?" It's: where do I charge?

The honest answer is: not many places. But more than you'd expect.

As of mid-2025, Nigeria has roughly 12 EV charging and battery-swapping sites nationwide, along with five after-sales facilities. For context, the country has around 27,000 fuel stations spread across its 195,000 km road network. The gap is stark. But if you're based in Lagos or Abuja, you do have options — and that number is growing.

Lagos: Where Most of the Action Is

Lagos is Nigeria's EV charging capital by a wide margin. Private operators have set up public AC and DC fast chargers across the island and mainland, mostly targeting business districts and high-traffic retail areas.

In Victoria Island, SAGLEV has installed charging points at the rooftop car park of Mega Plaza Shopping Mall. The Palms in Lekki is another location with active charging infrastructure.

Qoray Mobility is currently the most visible commercial charging network in Lagos. Their stations dot Victoria Island and Marina, with rates starting at around ₦300/kWh for AC charging and ₦500/kWh for DC fast charging — using Type 2, CCS2, and GBT connectors. That means you need to confirm connector compatibility before you show up.

MAX, the electric mobility company, operates charging and battery-swap locations across Lekki Phase 1, Yaba, Surulere, Egbeda, and Alapere — with stations also positioned at NNPC outlets in some areas.

NADDC has also installed solar-powered EV charging stations at the University of Lagos, which serves the Yaba corridor.

For mobile charging — useful if you're caught short — on-demand services now operate across Lagos. It's not a long-term solution, but it exists.

Best Lagos areas for charging: Victoria Island, Lekki, Ikoyi, Ilupeju, Yaba.

Abuja: Government-Led, Still Early

Abuja is more of a testing ground than a fully operational network. The government has used it to pilot EV charging concepts, often tied to renewable energy research, with a mix of free or subsidised access.

NNPC New Energies Limited, Shafa Energy, and Nigus International launched their first EV charging deployment at an A.Y.M Shafa filling station in Abuja, with plans to expand to other outlets. The NNPC MD framed it as just the start of a broader renewables push — including solar — across both northern and southern states.

A startup called Possible EVS also opened Nigeria's first public fast-charging station in Abuja in 2024, offering free charging for its first six months.

The Energy Commission of Nigeria also unveiled EV charging infrastructure at its headquarters in 2025, adding another public-sector option in the capital.

Abuja's charging network is more scattered than Lagos and harder to rely on for daily use. But the policy momentum here is real.

Beyond Lagos and Abuja

Outside these two cities, charging infrastructure is nearly nonexistent. That's the blunt truth.

NADDC has set up solar-powered pilot stations at the University of Nigeria, Nsukka, and there are reported pilot projects in Enugu and Sokoto. These are testing grounds, not commercial networks. Qoray Mobility has also been mentioned in connection with expansion plans.

Port Harcourt is starting to move. Private initiatives and announced launches point to tech-led charging stations coming online in the South-South. Nothing fully operational at scale yet, but the groundwork is being laid.

The Petrol Station Angle

One of the more interesting developments: SAGLEV has confirmed a partnership with Ardova and Enyo petrol stations, which together operate over 500 outlets across Nigeria, to equip them with EV charging points. No firm rollout timeline has been confirmed, but if it happens, it would dramatically change the landscape overnight.

Shafa Energy has also committed to deploying charging points across all A.Y.M Shafa filling stations nationwide. Nigeria's petrol station network converting — even partially — into dual-fuel charging infrastructure would be the most practical path to mass EV adoption.

What This Means If You're Buying an EV Now

Range anxiety is real here. With so few public charging points, most EV owners in Nigeria rely on home or workplace charging for day-to-day use.

If you're in Lagos or Abuja, public charging is possible but requires planning — confirm connector type, check operating hours, and don't assume a listed station is operational. If you're outside these cities, home charging isn't just preferable, it's essentially your only option.

The infrastructure is building. The petrol station partnerships, the NNPC push, the Qoray expansion, the NADDC university pilots — these are all real signals. But the network isn't there yet for long-distance EV travel across Nigeria.

Nigeria's EV story in 2025 is largely a tale of two cities. That will change. Just not overnight.

https://evcarlatest.com/ev-charging-stations-nigeria/

From Lagos potholes to NEPA blackouts and a charging network that barely exists outside Abuja — we ranked the top 5 electric vehicles built to survive Nigeria’s unique driving conditions.Electric & Plug-In Vehicles

Nigeria is not the easiest country to own an electric vehicle. The roads are unpredictable, public charging infrastructure is still in its infancy, and the national grid is, well, the national grid. Yet the EV wave is arriving — and for good reason. With petrol prices sitting at historic highs and solar inverter setups already common in Nigerian homes, an electric car is beginning to make serious financial sense.


Best EV for Nigerian Roads: Top 5 Picks That Can Handle Our Streets

But not every EV is built for Badagry Road or the Sagamu–Ore expressway. We evaluated each car on ground clearance, real-world range, home-charging compatibility, and after-sales support availability in West Africa. Here are the five that made the cut.Autos & Vehicles

The 5 Best Electric Cars for Nigerian Roads in 2025

BYD Atto 3 — Best Overall EV for Nigeria

Best EV for Nigerian Roads: Top 5 Picks That Can Handle Our Streets

-Best pick 2025
-Solar charge compatible
-Growing local presenceElectric & Plug-In Vehicles
The BYD Atto 3 is the most practical EV you can buy for Nigerian conditions today. Its 175mm ground clearance places it comfortably in SUV territory — enough to clear most Nigerian speed bumps and absorb bad stretches without drama. The 60.5 kWh battery delivers a real-world range of around 380–420km, and crucially, it charges cleanly off a standard AC home charger, meaning your existing solar inverter setup can top it up overnight.

BYD‘s growing presence across West Africa also means the brand is not disappearing on you. Service centres and agents are opening up in Lagos, Port Harcourt, and Abuja, which matters enormously when something goes wrong 200km from the nearest major city.


Nigerian verdict: The single strongest all-round choice for most Nigerian buyers right now. Reliable, practical, and increasingly within reach.Autos & Vehicles
– 420 km Range
– 175 mm Ground clearance
– ~$28,000 Starting price
– AC + DC Charging


Hyundai Ioniq 5 — Best for Power Outage Resilience

Best EV for Nigerian Roads: Top 5 Picks That Can Handle Our Streets

– Powers your home (V2L)
– Premium option
The Ioniq 5‘s vehicle-to-load (V2L) feature makes it uniquely suited to Nigerian life. When NEPA takes the light, you can plug household appliances directly into the car and run them off the battery. It also charges from 10% to 80% in around 18 minutes on an 800V DC charger — once those stations proliferate, this car will be unbeatable. Right now, it rewards buyers who already have DC fast-charging access in Lagos or Abuja.SUVs & Crossovers

Nigerian verdict: A premium buy that doubles as an emergency power bank. Excellent for Lagos households already dependent on backup power.
– 480 km Range
– 160 mm Ground clearance
– ~$42,000 Starting price
– V2L Home power
Tesla Model Y — Best Range & Resale Value
Best EV for Nigerian Roads: Top 5 Picks That Can Handle Our Streets


– Longest range
– High import costHyundai
The Model Y Long Range AWD offers the longest real-world range of any EV on this list — important when charging stops on, say, the Lagos-Ibadan or Abuja-Kaduna route are still sparse. Its over-the-air software updates mean it improves with time, and the brand’s resale value remains stronger than most competitors. The Supercharger network is also expanding gradually into the West African market.

Nigerian verdict: Best for intercity drivers and buyers who prioritise long-term asset value. The highest upfront cost of the bunch.
– 533 km Range
– 163 mm Ground clearance
– ~$44,000 Starting price
– OTA updates Software


MG ZS EV — Best for Ground Clearance

Best EV for Nigerian Roads: Top 5 Picks That Can Handle Our Streets

– 177mm clearance
– African market presenceAutos & Vehicles
The MG ZS EV leads the field on ground clearance at 177mm — the highest of any car on this list — making it the most capable at absorbing rough, unmaintained roads. MG’s growing African distribution network (particularly in South Africa and East Africa, with expansion into West Africa) adds confidence around parts and service. The range is adequate for in-city and regional use.

Nigerian verdict: Top pick for drivers in cities with poorly maintained roads or frequent rural travel. Ground clearance is its superpower.
– 440 km Range
– 177 mm Ground clearance
– ~$30,000 Starting price
– AC + DC Charging

Neta V / Neta S — Best Budget EV in Nigeria

Best EV for Nigerian Roads: Top 5 Picks That Can Handle Our Streets

– Most affordable
– Limited service networkElectric & Plug-In Vehicles
For buyers who want to enter the EV market without spending upward of ₦40 million, the Neta V represents the most accessible price point available. It is gaining traction across West Africa as Chinese automotive brands intensify their push into emerging markets. The range is sufficient for urban daily commutes, and its mechanical simplicity keeps maintenance costs low. Service infrastructure is still limited — factor that risk in. full Post - https://evcarlatest.com/best-ev-for-nigerian-roads-top-5-picks-that-can-handle-our-streets/

Nigerian EV owners are saving up to ₦850,000 a month on fuel. But is an electric car actually practical in Nigeria today? We break down the real costs, the best models, and the honest challenges.Electric & Plug-In Vehicles

For most of the last decade, the idea of buying an electric car in Nigeria felt like wishful thinking. But 2026 is different. With petrol prices surpassing ₦1,200 per litre following subsidy removal, and a federal zero-import-duty policy now in effect, the economics have shifted so dramatically that EVs are no longer just for enthusiasts — they are becoming a serious financial decision for everyday drivers.This guide covers everything a Nigerian buyer needs to know: the best models currently available, what it actually costs to own and charge one, and the real-world obstacles that no manufacturer will tell you about.Electric cars in Nigeria 2026: prices, models & buyer's guide

Why EVs are gaining ground in Nigeria right now

Three forces have converged to make 2026 a turning point for electric vehicles in Nigeria.Autos & Vehicles

Petrol prices have made ICE vehicles unaffordable to run. A typical petrol car in Lagos costs between ₦350 and ₦420 per kilometre in fuel alone. For a driver covering 100 kilometres a day — not unusual in Lagos traffic — that is over ₦1 million a month just in fuel. The pain is acute and impossible to ignore.

Solar inverter systems have become mainstream. The same infrastructure crisis that makes grid power unreliable has pushed millions of Nigerians to install home solar systems. Those systems can charge an EV overnight at a cost of roughly ₦80–₦120 per kilometre — less than a quarter of the petrol equivalent. Nigeria accidentally solved its own EV charging problem.

Policy has finally moved in the right direction. The zero import duty policy on electric vehicles, first announced in 2024 and fully in force in 2026, has brought the cost of imported EVs down significantly. Local assembly — led by Innoson — is also reducing the foreign exchange exposure that historically inflated vehicle prices.Energy & Utilities

An EV charged from a home solar system in Lagos costs approximately ₦80–₦120 per kilometre, compared to ₦350–₦420 per kilometre for a petrol equivalent. For a 100km/day driver, the monthly saving exceeds ₦700,000.

Full Post @ https://evcarlatest.com/electric-cars-nigeria-2026/

Electric car prices in Nigeria are changing fast. With petrol hitting ₦1000–₦1500 per litre, more Nigerians are searching for the real cost of going electric — and in 2026, that question finally has clear, concrete answers.Electric & Plug-In Vehicles

This guide breaks down every electric car currently available in Nigeria, with up-to-date naira prices, real-world range data, charging costs, and an honest look at what ownership actually feels like on Nigerian roads. Whether you’re buying your first EV or switching a commercial fleet, you’ll find what you need here.

Electric Car Price in Nigeria: Complete 2026 Guide

Nigeria EV Market 2026 — Key Numbers You Need to Know
Nigeria’s electric vehicle market has crossed a significant threshold in 2026. It is no longer experimental; it is operational. Here is a snapshot of where things stand right now:Autos & Vehicles

Metric 2026 Status
EV price entry point (new) ₦20 million
Public charging stations (nationwide) ~12 (250+ planned for Lagos by Dec 2026)
Typical range per charge 200–610 km depending on model
Key brands active in Nigeria BYD, SAGLEV, Innoson, Tesla, Hyundai, Toyota, Changan
Locally assembled EV models SAGLEV (Lagos), Innoson IVM Fox (Anambra)
Government EV target 30% of locally produced vehicles to be electric by 2032
The biggest recent development: in January 2026, Nigeria signed a major agreement with South Korea’s Asia Economic Development Committee (AEDC) targeting an annual production capacity of 300,000 vehicles — a move that is expected to push prices down significantly over the next three to five years. Meanwhile, SAGLEV began assembling 18-seater electric vans in Lagos in February 2026, and BYD officially opened its Lagos showroom through CFAO/LOXEA Nigeria in March 2025.
Full Post @ https://evcarlatest.com/electric-car-price-in-nigeria-complete-2026-guide/

The Stelato S9, a premium sedan developed by Huawei and BAIC under the Stelato brand, has officially opened for pre-orders. This updated mid-to-large luxury sedan starts at an estimated price of 318,000 yuan (around $44,500) and brings major upgrades in both design and advanced driver-assistance systems (ADAS).

Enhanced ADAS and Sensor Suite

The new Stelato S9 boasts 36 high-precision sensors, including a four-lidar setup as standard. Its forward-facing radar system has been upgraded to a three-distributed millimetre-wave radar matrix, while new external microphones improve environmental awareness. Together, these technologies power Huawei’s Qiankun Intelligent Driving ADS 4, delivering next-level autonomous driving and safety capabilities.

Design Inspired by the Cosmos

Drawing inspiration from outer space, the Stelato S9 adopts a futuristic aesthetic highlighted by C-shaped triple-cluster headlights and a star-ring light strip. This facelift introduces a new “Universe Star” emblem, “Brilliant Star River” headlights, stylish new wheels, intelligent electronic exterior mirrors, and a fresh “Universe” body colour.

At the rear, the “Nebula”-style taillight design enhances the car’s modern and elegant presence, perfectly complementing its streamlined profile.

Dimensions and Engineering

The Stelato S9 measures 5160 mm in length, 2005 mm in width, and 1492 mm in height, with a generous 3050 mm wheelbase. It integrates four lidar units (one 192-line lidar and three high-precision solid-state lidars) to enhance perception accuracy.

Powertrain Options: EV and EREV

Under the hood, the Stelato S9 is available in two configurations — pure electric (EV) and extended-range electric vehicle (EREV).

EV Version:
Built on an 800V high-voltage platform, the electric Stelato S9 uses a Huawei-manufactured drive motor (model TZ210XYA03) producing 227 kW (304 hp). It promises an estimated range exceeding 800 km on a single charge.

EREV Version:
The extended-range Stelato S9 is equipped with Huawei’s “Snow Owl” intelligent range-extender system, offering an impressive combined CLTC range of over 1300 km, ideal for long-distance travel without charging anxiety.

Final Thoughts

The Stelato S9 showcases Huawei and BAIC’s growing influence in the premium EV market. With its cutting-edge sensor technology, luxurious design, and impressive driving range, the S9 sets a new standard for Chinese luxury sedans. As pre-orders begin, the Stelato brand is clearly positioning itself as a formidable player among global EV innovators.
Read More - https://evcarlatest.com/stelato-s9-huawei-and-baics-luxury-sedan-with-advanced-adas-and-over-1300-km-range/

The Tesla Roadster has become more legend than reality, but it seems the dream isn’t over yet. After years of silence and missed deadlines, Tesla CEO Elon Musk is once again teasing fans with bold promises. He recently claimed that a new demonstration of the long-delayed supercar is “getting close” and could happen before the end of the year. Even more astonishing, Musk hinted that the next-generation Tesla Roadster might actually “fly.”

A Quick Look Back at the Tesla Roadster Story

The original Tesla Roadster, launched in 2008, was the company’s first production vehicle, ending its run in 2012. Then, in 2017, Tesla stunned the automotive world by unveiling a new-generation Roadster** with jaw-dropping specs:

0–60 mph in just 1.9 seconds
Top speed over 250 mph
Driving range of 620 miles
Starting price around $200,000

Production was supposed to begin in 2020 — but that never happened. The years 2020, 2021, 2022, and 2023 came and went with no Roadster in sight. The car’s original specs are now nearly a decade old, and many early buyers have reportedly requested refunds. Still, Tesla has dropped hints that the project isn’t dead, such as recent job postings for **Roadster battery engineers**.

Elon Musk’s Latest Claims

Musk reignited Roadster hype during a recent three-hour appearance on The Joe Rogan Experience. When asked about the long-awaited supercar, Musk promised that an upcoming demo would be “unforgettable,” calling it a car with “crazy, crazy technology.” He even claimed it’s “crazier than anything James Bond.”

When Rogan pressed him about the rumored ability to fly, Musk smiled and said, “Wait for the demo.” His cryptic remark — “Is it even a car?” — has left fans and skeptics alike wondering what Tesla is really planning.

The “Flying” Tesla Roadster Explained

This isn’t the first time Musk has talked about a “flying” Tesla Roadster. Back in 2017, he mentioned a potential SpaceX package**, featuring cold-gas thrusters inspired by rocket technology. These small propulsion systems could enhance acceleration and downforce — and, theoretically, allow the car to hover for short bursts.

However, experts caution that “flying” probably doesn’t mean soaring through the skies. Instead, it may refer to a hovering or lift-assisted feature. A Tesla patent describes a fan-based system that manipulates airflow beneath the vehicle. This could create extreme downforce for better handling — or, if reversed, generate slight lift, allowing the Roadster to hover a few feet off the ground.

In other words, the Roadster may perform impressive stunts or “jumps,” but it’s unlikely to be a true flying car like modern eVTOL aircraft.

What Comes Next?

After eight years of anticipation, the Tesla Roadster remains one of the most mysterious projects in the EV world. Musk now says a public demo will happen by the end of the year — but given Tesla’s track record with deadlines, skepticism remains warranted.

Whether it turns out to be a groundbreaking electric supercar** or just another flashy prototype, one thing is certain: the Tesla Roadster continues to capture the imagination of car enthusiasts around the world.
Read More - https://evcarlatest.com/tesla-roadster-elon-musk-fly/

2026 Volkswagen ID.3 Lineup Overview

Volkswagen’s updated ID.3 family for 2026 continues to evolve as a leading compact electric hatchback range. Built on the brand’s MEB platform, the lineup includes four key trims — Pure, Pro, Pro S, and GTX — offering a balance between affordability, efficiency, and performance.

Below is a clean and detailed comparison of all variants with global relevance and SEO-optimized structure.

Volkswagen ID.3 Pure (2026)
Launch

Announced: September 2025

Status: Production model

Origin: Germany / China

Base Price: ≈ $16,800

Performance

Power: 168 hp (125 kW), RWD

Torque: 310 Nm

0–100 km/h: 8.2 s

Top Speed: 160 km/h (99 mph)

Battery

Capacity: 53.6 kWh (usable) LFP

Range: ~280 mi (WLTP est.)

Consumption: 13.4 kWh/100 km

AC Charge: ~9.5 h

DC Charge: 30–80% ≈ 48 min

Body & Interior

5-door hatchback, 5 seats

Dimensions: 4261 × 1778 × 1568 mm

Wheelbase: 2770 mm | Boot: 385 L

12.9-inch infotainment display, digital driver screen

Pros

✅ Affordable entry EV
✅ Efficient and practical design
✅ Simple tech with smooth RWD feel

Cons

❌ Modest power output
❌ Limited premium features

Volkswagen ID.3 Pro (2026)
Launch

Announced: 2025 | Price:** ≈ $37,000

Performance

Power: 204 hp (150 kW), RWD

Torque: 310 Nm

0–100 km/h: 7.6 s

Top Speed: 160 km/h

Battery

Capacity: 58 kWh (NMC)

Range: 256–270 mi (WLTP)

AC Charge: 11 kW ≈ 6.5 h

DC Charge: 145 kW ≈ 25 min

Body & Features

Same MEB platform

12.9-inch touchscreen + digital cockpit

Wireless CarPlay / Android Auto

Pros

✅ Ideal mix of range & price
✅ Quick charging speeds
✅ Refined interior

Cons

❌ Moderate acceleration
❌ Small trunk for families

Volkswagen ID.3 Pro S (2026)
Launch

Announced: May 2024 | Price:** ≈ $42,000

Performance

Power: 204 hp (150 kW), RWD

Torque: 310 Nm

0–100 km/h: 7.9 s

Battery

Capacity: 82 kWh (77 kWh usable)

Range: 559 km / 347 mi (WLTP)

DC Charge: 175 kW ≈ 28 min

Heat Pump: Optional

Body & Comfort

MEB platform | Wheelbase 2770 mm

Premium interior, wellness software, panoramic roof (optional)

Pros

✅ Long range & fast charging
✅ Quiet ride & tech-focused interior
✅ Perfect for daily commute and touring

Cons

❌ Higher price than Pro
❌ Moderate power output

Volkswagen ID.3 GTX (2026)
Launch

Announced: May 2024 | Price:** ≈ $56,000

Performance

Power: 285 hp (210 kW) RWD

GTX Performance: 326 hp (240 kW) RWD

Torque: Up to 545 Nm

0–100 km/h: 5.9 s / 5.6 s

Top Speed: 180 km/h (112 mph)

Battery

Capacity: 79 kWh (usable)

Range: 604 km / 375 mi (WLTP)

DC Charge: 185 kW ≈ 26 min

AC Charge: 11 kW ≈ 7.5 h

Heat Pump: Available

Body & Design

GTX-specific styling, LED signature, sport bumpers

Weight: ~1845 kg | Boot: 385 L

Optional AR head-up display

Sports seats with GTX stitching

Pros

✅ Excellent power and handling
✅ 600 km range with ultra-fast charging
✅ Sporty design and premium finish

Cons

❌ Expensive vs lower trims
❌ Heavier than rivals
❌ Range drops under hard driving

The 2026 Volkswagen ID.3 lineup offers something for every EV buyer — from the affordable Pure to the high-performance GTX. All variants benefit from Volkswagen’s proven MEB platform, improved charging speeds, and refined interiors. Whether you’re looking for range, power, or everyday practicality, the ID.3 family stands out as one of the most complete compact electric offerings for 2026.

Read More - https://evcarlatest.com/brand/volkswagen/

Mazda has officially confirmed that the Mazda 6e, the export version of China’s Mazda EZ-6, will arrive in the Australian market by mid-2026. This marks Mazda’s next major step in global electric mobility, following the European debut planned for 2025.

The Mazda 6e is a mid-size electric sedan jointly developed by Mazda and Changan under their long-standing partnership. It is produced at the Changan-Mazda Nanjing Plant in China, where mass production began earlier in 2025.

Built to Global Standards

Mazda ensures that the 6e meets international quality and safety standards. The model has undergone both Chinese and European certification programs, achieving five-star ratings in C-NCAP and Euro NCAP-style crash tests.

Powertrain Options: EV and EREV

The Mazda 6e mirrors the China-market EZ-6 lineup, offering two distinct versions — Battery Electric (EV) and Extended Range Electric Vehicle (EREV) variants.

EV Version:

Rear-mounted 190 kW (255 hp) electric motor

Battery options: 56.1 kWh or 68.8 kWh LFP packs

CLTC range: 480 km and 600 km respectively

EREV Version:

1.5L petrol engine serving as a generator

Rear motor: 160 kW (215 hp)

Battery packs: 18.9 kWh or 28.4 kWh

Pure-electric range: 130 km or 200 km

Total range: up to 1,301 km (CLTC standard)

Charging times are also identical to the China-spec version, requiring 15–20 minutes for a 30%–80% fast charge.

Mazda 6e Design and Features

Designed under Mazda’s signature “Kodo: Soul of Motion” philosophy, the Mazda 6e blends elegance and sportiness. Its sleek coupe-like silhouette, frameless doors, hidden handles, and illuminated front grille give it a futuristic presence. The rear spoiler and smooth LED taillight design further highlight Mazda’s new global design direction.

Inside, the cabin features a fully digital cockpit with premium materials and cutting-edge technology:

14.6-inch central touchscreen

50-inch head-up display (AR-style)

14-speaker Sony audio system

350-litre trunk capacity

Global Rollout and Pricing

After debuting in China as the EZ-6 in October 2024, the Mazda 6e becomes the first China-developed Mazda EV to be sold globally. Localized production enables Mazda to maintain competitive pricing while ensuring high-quality exports.

Pricing Overview:

China (EZ-6): 139,800–179,800 yuan ($19,200–$24,700 USD)

Germany (6e): From €44,900 ($52,300 USD) for ‘Takumi’; €46,900 ($54,600 USD) for ‘Takumi Plus’

UK: Starting around £42,000 ($55,900 USD)

Conclusion

With the launch of the Mazda 6e, Mazda enters a new era of global electrification. Combining Japanese design, Chinese manufacturing efficiency, and global safety standards, the Mazda 6e is set to become a key player in the mid-size electric sedan market when it arrives in Australia in 2026.
Read More - https://evcarlatest.com/mazda-6e-confirmed-for-global-launch/

Japanese automaker Honda has made a bold move toward the future of electric mobility with the unveiling of the Honda 0 Alpha Concept at the 2025 Japan Mobility Show. This striking electric SUV introduces Honda’s next-generation 0 Series EV lineup, embodying the company’s design philosophy of being “Thin, Light, and Wise.”

A Preview of Honda’s Future Global EV Direction

The Honda 0 Alpha Concept serves as a preview of Honda’s future global EV strategy, signaling a new era of innovation and sustainability. The production-ready version is expected to debut in Japan and India by 2027, marking Honda’s serious entry into the competitive midsize electric SUV market.

In India, the production model of the 0 Alpha will rival key players like the Tata Curvv EV, Maruti Suzuki e-Vitara, Hyundai Creta EV, Mahindra BE6, and MG ZS EV — intensifying competition in the growing electric SUV segment.

Futuristic Design and Smart Engineering

The Honda 0 Alpha Concept showcases a bold and futuristic exterior design. It features a broad, upright stance, a smooth front fascia with an illuminated Honda emblem, and an integrated charging port for added convenience. The sleek LED headlamps and 19-inch aero-styled alloy wheels enhance its modern appeal.

At the rear, the SUV sports a distinctive U-shaped LED tail-light design and a chunky rear skid plate, combining ruggedness with sophistication. These elements together express Honda’s balance between strength, elegance, and aerodynamic efficiency.

Innovation Through Integration

Staying true to Honda’s innovative spirit, the 0 Alpha Concept integrates both front and rear functional elements within screen-like panels. These panels blend lighting, branding, and charging functions into a unified digital surface, highlighting Honda’s focus on advanced connectivity and design harmony.

Although Honda has not yet revealed the interior, the brand describes it as “thin yet roomy.” This suggests a cabin that prioritizes space, openness, and comfort, embodying the company’s human-centered design approach.

Symbolizing the Next Generation of Honda EVs

With the Honda 0 Alpha Concept, the brand emphasizes its commitment to lightweight, intelligent, and aerodynamically advanced electric vehicles. This concept car represents more than a design experiment—it’s a strategic milestone in Honda’s global electrification roadmap.

As the first model in the new Honda 0 Series, the 0 Alpha paves the way for a lineup of future-ready EVs that blend sustainability, performance, and cutting-edge design.
Read More - https://evcarlatest.com/honda-0-alpha-concept-unveiled/

BRP, the company behind Can-Am, has officially made a powerful comeback to the two-wheel world — and it’s already winning big. The brand recently earned two prestigious Gold Stevie® Awards, with the spotlight firmly on its stunning new electric motorcycles, the Can-Am Pulse and Can-Am Origin.

After years away from the motorcycle scene, Can-Am is back with a bold focus on electric mobility. The new Pulse and Origin models were crowned “New Product of the Year” in New York, marking an impressive return for the legendary brand.

The Can-Am Pulse is a sleek, urban-style “naked” electric bike designed for riders who love agility and effortless cool. It packs a 47-horsepower motor, delivers 53 lb-ft of instant torque, and accelerates from 0 to 60 mph in just 3.8 seconds. Powered by an 8.9 kWh battery, the Pulse offers up to 100 miles of city range or 80 miles combined, with Level 2 charging that takes you from 20% to 80% in about 50 minutes. At 390 pounds and with a 30.9-inch seat height, it’s light, approachable, and starts at $13,999.

Its adventurous sibling, the Can-Am Origin, takes that same power and gives it an off-road twist. Built as a dual-sport motorcycle, it uses the same 47-hp motor and 8.9 kWh battery but comes with rugged features for exploration. It sprints from 0 to 60 mph in 4.3 seconds, offers up to 90 miles of city range or 71 miles combined, and weighs 412 pounds with a taller 34-inch seat height. The Origin starts at $14,499 and features liquid cooling, Active and Passive Regenerative Braking, and Level 2 charging support — keeping it efficient, cool, and ready for adventure.

While the Can-Am Pulse and Origin captured the electric spotlight, BRP also took home another Gold Stevie for something a bit louder — the Maverick R. This high-performance side-by-side (SSV) features a 240-horsepower, 999cc turbocharged engine, a seven-speed dual-clutch transmission, and an advanced suspension system built for wild off-road thrills. Weighing around 2,150 pounds, it’s like a gym-hardened golf cart that’s been fueled by pure adrenaline.

From quiet, intelligent electric motorcycles to roaring desert machines, BRP’s award-winning lineup proves the company is redefining what performance means — whether it’s silent or screaming. With the Can-Am Pulse and Origin, BRP isn’t just back in the motorcycle game; it’s setting a new gold standard for the electric future.
Read More - https://evcarlatest.com/can-am-pulse-and-origin-win-gold-stevie-awards/

Lagos, Nigeria’s vibrant megacity, made history by hosting Africa’s first-ever E1 Electric Powerboat Championship, putting the city firmly on the global map for marine sports and sustainable innovation. The event, which combines high-speed racing with eco-friendly technology, attracted international athletes, investors, and tourists from across the world. Held at the Lagos Boat Club in Ikoyi, the championship showcased the city’s capability to organize large-scale international events while reinforcing its commitment to clean energy and marine sustainability.

Team Brazil emerged victorious in the thrilling race, followed by Team Blue Rising led by cricket legend Virat Kohli, and Team Drogba Global Africa co-owned by Didier Drogba. The E1 Electric Powerboat Championship, previously hosted in cities like Monaco, London, and Venice, highlighted Lagos’ growing reputation as a global tourism and innovation hub.

Under President Bola Tinubu’s leadership, Nigeria is advancing its “blue economy” strategy, focusing on renewable energy, environmental conservation, and coastal tourism. The success of the E1 event has opened new opportunities for international investment and positioned Lagos as a future leader in eco-friendly tourism.

Tourism experts noted that by hosting niche global events like the E1 Electric Powerboat Championship, Lagos can attract new visitors, boost local businesses, and promote sustainable development. With its expanding infrastructure and commitment to green innovation, Lagos is on track to become Africa’s ultimate destination for sports tourism and environmental excellence.
read more - https://evcarlatest.com/lagos-makes-history-as-africa-hosts-its-first-e1-electric-powerboat-championship/

Xiaomi has officially rolled out its latest small EV — the Xiaomi Electric Scooter 5 Plus — across Europe, bringing a perfect mix of power, range, and innovation for city commuters. Equipped with a robust 900W motor, this stylish e-scooter reaches a top speed of 25km/h (16mph) and can easily conquer 20% inclines, making it ideal for hilly streets and urban roads. Its 477.4Wh battery promises up to 60km (37 miles) of range, while three ride modes — Pedestrian (6km/h), Standard (15km/h), and Sport (25km/h) — allow riders to adapt their journey with ease.

Comfort gets a major boost with 12-inch tubeless tires, a front shock absorber, a wider deck, and taller handlebars, offering a smoother and more stable ride than the Electric Scooter 5, 5 Pro, or 5 Max. Smart and safety features like bright headlights, brake lights, dual braking system, traction control, and Bluetooth connectivity via the Mi Home app further elevate the riding experience. Weighing around 26.6kg, the Xiaomi Electric Scooter 5 Plus is now available in France and Italy for €549.99, with more regions — including Spain, the Netherlands, and Germany — set to follow soon.

Positioned between the 5 Pro and 5 Max models, the Xiaomi Electric Scooter 5 Plus stands out as the ultimate balance of performance, comfort, and smart design — redefining what urban mobility feels like in 2025.
https://evcarlatest.com/xiaomi-electric-scooter-5-plus-launches-in-europe-with-60km-range-and-900w-motor/