Electric Scooters Market Size & Share 2026-2035

Electric Scooters Market Size

The global electric scooters market generated USD 27.5 billion in 2025. Revenue is projected to rise to USD 88.1 billion by 2035, reflecting a 12.5% CAGR over 2026-2035. Unit demand is expected to increase from 21.10 million units in 2025 to 40.50 million units in 2035, at a 6.49% CAGR. The faster revenue trajectory is reflected in average selling prices, which increase from USD 1,302.87 per unit in 2025 to USD 2,174.27 per unit by 2035.

This widening gap between revenue and volume growth changes the market's competitive logic. Basic commuter scooters continue to provide scale, particularly in Asia-Pacific, but revenue expansion is increasingly concentrated in models with higher motor output, longer usable range, connected functions, removable batteries, and fleet-oriented durability. Electric two- and three-wheelers are already the most electrified road-transport category globally; they account for more than 9% of the global fleet and roughly 15% of annual sales, while China, India, and Southeast Asia remain the principal demand centers for two-wheel transport ^{[1]International Energy Agency, iea.org}.

The market includes battery-powered two-wheeled scooters used for personal mobility, shared fleets, last-mile delivery, recreation, and commercial operations. It covers low-speed urban models below 25 km/h, mainstream 25-50 km/h scooters, and performance-oriented vehicles above 50 km/h. GPS, telematics, over-the-air updates, and battery-management software increasingly determine the value proposition in premium and fleet applications because they affect utilization, service intervals, theft control, and residual-value management.

Asia-Pacific accounts for USD 20.6 billion, or 74.77%, of 2025 market revenue, supported by China's manufacturing scale, India's accelerating adoption, and the entrenched role of two-wheelers in Southeast Asian mobility. The remaining regions are smaller but commercially important because their growth relies less on replacing legacy electric fleets and more on new adoption, fleet conversion, urban access regulation, and distribution build-out.

The resulting opportunity is uneven. Higher-specification scooters can lift revenue and improve fleet economics, but they also raise dependence on battery cells, magnets, semiconductors, software, and qualified service networks. The 2025 rare-earth disruption that affected Indian production illustrates that demand incentives alone cannot secure market growth; local sourcing, chemistry diversification, and component redesign increasingly determine which manufacturers can convert demand into deliveries.

Key Drivers

Policy support is lowering the adoption threshold

India's policy framework has shifted from an initial market-creation mechanism to a tool for sustaining scale. FAME II supported electric two-wheelers through a subsidy structure linked to battery capacity, while PM E-DRIVE introduced an INR 10,900 crore outlay and specified incentives for eligible electric two-wheelers through the program period ^{[2]Ministry of Heavy Industries, Government of India, heavyindustries.gov.in}, ^{[3]Prime Minister of India, pmindia.gov.in}. Parliamentary data indicate that electric two-wheeler penetration in India increased from 0.7% in FY2020 to 8.2% in FY2026, demonstrating that incentive continuity, supplier investment, and wider product availability have reinforced each other.

China is using standards and replacement policies to reshape the installed base rather than simply stimulate new sales. GB 17761-2024, effective from September 2025, tightens requirements involving vehicle design, traceability, anti-tampering controls, and fire safety. Compliance raises near-term redesign and inventory-management costs, but it also removes part of the low-quality supply that has damaged consumer confidence and makes product safety a more defensible competitive attribute.

Operating economics favor high-utilization use cases

The electric scooter proposition is strongest where annual mileage is high. In India, reported running costs for electric scooters can be materially lower than those of comparable internal-combustion two-wheelers, making delivery, commuter, and shared-fleet operations less dependent on consumer environmental preferences. An assessment of Dutch mopeds similarly found per-kilometer savings for electric alternatives, with reduced energy, maintenance, and insurance expenses contributing to the result.

For delivery riders and fleet operators, cost savings interact with utilization. A rider who covers several shifts per week can recover an upfront premium faster than a low-mileage household user, provided that charging, swapping, and maintenance access are reliable. This is why the delivery segment grows faster than personal mobility even though personal ownership remains the market's largest revenue pool. The addressable labor base is also substantial: an industry assessment estimates 31.5 million delivery riders across 74 geographies and projects 44.7 million within five years.

Battery advances are improving practical utility

Lithium-ion remains the prevailing chemistry because it supports higher energy density and lighter vehicles than sealed lead-acid alternatives. However, battery innovation is no longer limited to incremental lithium-ion improvement. Yadea introduced a sodium-ion ecosystem in 2025 with claimed 145 Wh/kg energy density, 80% charging in 15 minutes, and cold-weather retention characteristics intended for short-range urban use. China's broader sodium-ion manufacturing plans signal an attempt to create a lower-cost chemistry pathway less exposed to lithium-price cycles.

Semi-solid-state technology remains earlier in commercialization, but production-oriented demonstrations indicate a potential route to higher energy density and improved safety performance. A 2025 demonstration reported 250-350 Wh/kg cells with 1,500-cycle capability for an electric two-wheeler application. The commercial implication is differentiated rather than uniform: sodium-ion could be relevant to lower-cost commuter vehicles, while semi-solid-state batteries are more likely to enter premium, long-range, and fleet platforms first.

Urban access needs support compact electric mobility

Electric scooters fit urban travel patterns where congestion, constrained parking, and short trip distances reduce the utility of cars. Shared micromobility has scaled quickly in European cities, and independent research identifies the sector as a relevant component of urban mobility systems rather than a peripheral leisure category. The form factor is particularly attractive where public transport requires a first-mile or last-mile link and where delivery riders need to navigate dense commercial districts.

Regulatory restrictions on higher-emitting vehicles reinforce this use case. European cities continue to develop low-emission zones and technical requirements for personal mobility devices, while China and India are raising safety and operating standards for electric vehicles. The effect is market-specific: regulations can expand demand by clarifying legal use, but they can also constrain certain speed classes, vehicle weights, and riding locations.

Key Restraints

Charging access remains uneven

Private home charging solves daily commuting for many users, but it is insufficient for apartment residents, delivery fleets, and riders without secure parking. Battery swapping addresses this constraint by separating the charging cycle from the rider's downtime. India's swapping market has attracted investment from startups and large industrial groups, while LG Energy Solution's Kooroo network began commercial deployment in Seoul ^{[4]Bloomberg, bloomberg.com}, ^{[5]Electrive, electrive.com}.

Network density remains the central hurdle. VinFast's plan to install 150,000 battery-swapping stations in Vietnam by 2028 illustrates the scale required to alter user behavior in a two-wheeler-dominated market. Such announcements are strategically significant but should not be treated as installed capacity. Network value emerges only when compatible vehicles, reliable battery availability, accessible locations, and commercially viable subscription pricing develop together.

Upfront prices still matter more than lifetime savings for many buyers

Electric scooters can offer lower operating costs, but purchase decisions in emerging markets are often governed by cash outlay, financing availability, and resale-value confidence. Battery-as-a-service models reduce the initial transaction price by turning the battery into a subscription expense. Gogoro's Taiwanese model is built on this separation of vehicle ownership and energy access, and its subscriber base reached 640,000 at the end of 2024.

The approach transfers, rather than eliminates, affordability risk. Riders must trust network availability and subscription pricing over the ownership period, while operators must finance inventory, charging, and station maintenance before utilization becomes sufficient. Models that succeed in dense urban clusters may not translate directly to dispersed or lower-income markets.

Safety incidents can slow adoption and raise compliance costs

Battery safety remains an adoption barrier because isolated incidents can affect consumer perception across an entire city or vehicle category. China strengthened certification requirements as authorities responded to safety concerns associated with electric bicycles and batteries. In the United States, the Consumer Product Safety Commission has called on manufacturers to meet established safety standards for battery-powered products after documenting injuries and fatalities associated with fires and related events.

The immediate commercial consequence is a higher compliance floor. Thermal management, tamper resistance, certified battery packs, traceability, and safer charging systems require investment, but they also create differentiation for manufacturers with stronger engineering and service capabilities. Low-cost products without credible safety documentation are therefore likely to face a shrinking route to market.

Range and replenishment time constrain some use cases

The below-50-km range category accounts for 46.05% of market volume in 2025, indicating that many buyers prioritize affordability over excess battery capacity. This is workable for short urban trips but creates friction for delivery riders, suburban commuters, and shared fleets. Research on electric-vehicle users finds that both travel-distance uncertainty and charging-time anxiety affect behavior, even when stated range is sufficient for average daily use.

The constraint is most acute when charging is not integrated into the user's routine. A standard home charge may be adequate overnight, but riders requiring a midday top-up need fast charging, a removable battery, or a swapping network. Consequently, range is not merely a product specification; it is a function of battery capacity, real-world load, route conditions, access to electricity, and the operating model of the user.

Supply-chain concentration can disrupt output

Electric scooters depend on magnets, battery materials, electronics, and cell supply chains with concentrated upstream production. China's 2025 rare-earth export restrictions disrupted the supply of magnet materials to Indian manufacturers, and Bajaj Auto's Chetak production declined 47% year on year in July 2025 amid the shortage. The incident exposed the vulnerability of growth plans based on imported critical components.

The response is likely to include alternative motor designs, localized procurement, strategic inventory, and chemistry diversification. These changes can reduce exposure over time, but they also add engineering, working-capital, and supplier-qualification costs. In connected scooters, semiconductor availability creates a second exposure because telematics, navigation, and software-enabled safety functions require more electronic content than basic commuter models.

Battery swapping has particular strategic value because it tackles both range anxiety and upfront price, but it only becomes defensible when utilization is concentrated. Companies that deploy swapping networks without vehicle density risk high infrastructure costs; companies that sell compatible scooters without network coverage leave the customer with an incomplete proposition. The next competitive phase will therefore be defined less by headline vehicle launches than by whether OEMs and ecosystem partners can build interoperable, reliable operating systems around the scooter.

Electric Scooters Market Segment Analysis

Product

Standard/non-folding scooters generate USD 13.2 billion in 2025 and hold 48.02% of market revenue. Their fixed-frame construction accommodates larger battery packs, higher-duty suspension, and heavier payloads, making the category suitable for mainstream commuting and commercial use. Folding scooters account for USD 6.6 billion, or 24.11% of revenue, and record the fastest product CAGR at 13.64%. Their advantage lies in multimodal travel: portability can substitute for parking space and integrate scooter use with rail, bus, and office commutes.

Seated scooters generate USD 5 billion and represent the bridge between light micromobility and motorcycle replacement. Their 12.88% CAGR reflects consumer demand for greater comfort, weather tolerance, and range. Piaggio's Vespa Elettrica range illustrates the premium approach, with L1e and L3e configurations that differentiate performance and licensing requirements ^{[6]Vespa, vespa.com}. Silence's S01 demonstrates the commercial potential of a higher-output seated model paired with a battery subscription structure ^{[7]ACCIONA, acciona.com}.

Self-balancing scooters hold USD 1.7 billion, while three-wheeled models account for USD 970.42 million. These segments address narrower use cases: recreation, campus mobility, users requiring additional stability, and light cargo transport. Their smaller scale means distribution and regulatory fit matter more than broad consumer advertising.

Battery Technology

Lithium-ion batteries account for USD 23.2 billion, or 84.56%, of 2025 revenue and grow at a 12.79% CAGR. The chemistry's dominance reflects its energy-density advantage, established supplier ecosystem, and suitability for connected battery-management systems. China's revised safety and certification environment is expected to raise standards for lithium-ion packs and accelerate the replacement of lower-quality batteries.

Sealed lead-acid batteries remain relevant in the price-sensitive entry tier, with USD 2.4 billion in 2025 revenue. However, their 10.07% CAGR trails lithium-ion because weight, cycle life, and charging performance limit their ability to support premium and fleet applications. China's replacement incentives encourage upgrades from lead-acid to lithium-powered scooters, reinforcing the longer-term shift. NiMH retains a limited role where battery cost sensitivity remains high but sealed lead-acid performance is inadequate.

Application

Personal mobility leads the market with USD 14.2 billion and a 51.77% revenue share. This segment benefits from repeat commuting, rising fuel costs, and urban parking limitations. Lower-priced entries such as Ola's Gig range, launched from INR 39,999, aim to bring electric ownership closer to the price-sensitive commuter market.

Last-mile delivery generates USD 4.6 billion and is the fastest-growing application at 13.98%. Delivery riders place a premium on uptime, range consistency, payload capability, and service response. This makes the segment a testing ground for swappable batteries, high-power drivetrains, fleet telematics, and commercial leasing. Ride-sharing accounts for USD 4 billion; its trajectory is influenced by municipal operating rules, utilization rates, and fleet safety management. Voi's first profitable year in 2024 shows that operational discipline can improve shared-scooter economics even in a regulated city environment.

Recreational use contributes USD 2.8 billion but grows more slowly because usage is discretionary. Fleet operations generate USD 2 billion and include campuses, municipal programs, corporate transport, and warehouse-adjacent logistics. These buyers can aggregate demand and support recurring service revenue, but procurement cycles are longer and specifications are more exacting.

Power Output, Range, and Speed

The 250W-500W category is the largest power segment, accounting for approximately USD 12.9 billion and 46.62% of volume. It aligns with the mainstream 25-50 km/h commuter market, where cost, performance, and regulatory acceptance intersect. Above-500W scooters generate USD 9.5 billion and grow at 13.40%, driven by delivery fleets, premium seated scooters, and consumers replacing internal-combustion motorcycles rather than purchasing an auxiliary mobility device.

Below-50-km scooters hold 46.05% of volume, confirming that affordability and daily trip sufficiency remain decisive in the mass market. The 50-100-km range class represents 38.73% of volume and serves riders seeking a practical buffer without the cost and weight of a large pack. Above-100-km scooters hold 15.22% of volume but post the fastest range CAGR at 7.68%, reflecting demand from higher-utilization riders and performance buyers. Simple Energy's ONE Gen 1.5 and OneS launches illustrate how long-range claims are being used to compete for premium Indian consumers.

The 25-50 km/h segment represents 54.49% of volume. This band is commercially important because it provides meaningful journey-time savings while remaining below the performance and regulatory complexity of motorcycle-class products in many markets. Above-50-km/h scooters are smaller at 18.39% of volume but grow fastest at 7.38%; European L-category regulation can constrain this category because vehicles above defined thresholds require motorcycle-type approval.

Distribution Channel

Offline channels account for 66.13% of volume. Dealers remain critical where consumers want test rides, financing assistance, battery advice, and accessible repair service. Their importance is especially pronounced in India, where trust in service coverage can determine the conversion of first-time EV buyers.

Online channels represent 33.87% of volume and grow at 6.92%, faster than offline distribution. Digital channels reduce customer-acquisition costs and provide manufacturers with direct data on demand, but they do not eliminate the need for physical delivery, maintenance, and warranty support. The most defensible model is increasingly omnichannel: digital discovery and configuration combined with localized fulfillment and service.

The above-500W, above-100-km, and last-mile-delivery segments collectively explain much of the market's ASP expansion. They are linked by duty cycle: commercial riders and longer-distance users value output and range because those attributes protect earnings or reduce downtime. Manufacturers that treat these features as isolated specifications may compete on price; manufacturers that integrate them with telematics, financing, batteries, and service can build higher-margin customer relationships.

Electric Scooters Market Regional Analysis

Asia-Pacific

Asia-Pacific generates USD 20.6 billion in 2025, representing 74.77% of global revenue, and is projected to reach USD 69 billion by 2035 at a 13.07% CAGR. The region accounts for 15.97 million units, or 75.68% of global volume. Its scale is rooted in China's manufacturing ecosystem and installed base, India's rising demand, and Southeast Asia's dependence on two-wheelers for urban transport.

China remains the central supply and demand market, although its 2024 electric two-wheeler sales declined as distributors managed inventory and manufacturers prepared for updated standards. The 2025 GMI estimate places Chinese volume at approximately 8.14 million units. The country's role is therefore evolving from unrestricted volume expansion to regulated replacement, safety upgrading, and export-oriented production. Yadea's revenue decline in 2024 and AIMA's comparatively resilient performance show that standard transitions and discounting affect manufacturers differently depending on channel inventory and product positioning .

India is the region's principal growth market, with 1.28 million electric two-wheelers sold in 2025. TVS led sales with 298,867 units, followed by Bajaj with 269,847 units, Ather with 200,785 units, and Ola with 199,316 units. This shift toward legacy OEMs and scaled domestic specialists is commercially important: dealer reach, service capacity, and component sourcing now matter as much as early-mover branding.

Vietnam, Indonesia, and other Southeast Asian markets offer a high-potential combination of urban density, established scooter culture, and increasingly supportive EV policies. VinFast's planned swapping deployment in Vietnam is notable because infrastructure, rather than consumer familiarity with two-wheelers, is the more material adoption constraint. Japan, South Korea, and Australia are smaller markets, but they support more premium specifications and specialized distribution models.

Latin America

Latin America generates USD 2.5 billion in 2025 and is forecast to reach USD 7.6 billion by 2035, at a 12.02% CAGR. The region records 1.88 million units in 2025. Brazil and Mexico lead demand, while Colombia and Argentina provide secondary growth opportunities.

Fuel-price sensitivity, congested urban corridors, and the expansion of app-based delivery support adoption. Yet the region's commercial challenge is affordability: consumer financing, charging availability, and after-sales service are less mature than in leading Asian markets. Chinese manufacturers and export-focused brands have an opportunity to establish distribution before local category leaders emerge, but product portfolios must reflect road conditions, theft risk, and local service expectations rather than simply replicate Chinese specifications.

Europe

Europe generates USD 2.3 billion in 2025 and is projected to reach USD 5.6 billion by 2035, expanding at a 9.74% CAGR. Germany accounts for 551,062 units in 2025. The region's 5.03% volume CAGR is lower than that of other regions because parts of the market are more mature and because regulation varies substantially by country.

Germany's framework permits defined low-speed e-scooter use with specific insurance and technical conditions, providing a clear route to market for compliant products. Across Europe, vehicle classification, speed limits, helmets, parking rules, and city operating permits create a fragmented commercial environment. The European Commission has examined the need for harmonized micromobility rules, indicating that regulatory alignment remains unresolved.

Europe rewards manufacturers that match a product to a specific regulatory and cultural setting. Piaggio, Silence, Askoll, Gogoro, and shared-fleet suppliers compete not only on vehicle performance but also on safety documentation, urban service infrastructure, and consumer trust. Voi's 2024 profitability provides evidence that shared fleets can achieve more disciplined economics where vehicle durability and municipal relationships are managed effectively.

North America

North America generates USD 1.2 billion in 2025, including 774,208 units in the United States and 143,642 in Canada. Revenue is projected to reach USD 3,266.95 million by 2035 at a 10.33% CAGR. Growth is supported by shared mobility, commuting, and city-level interest in lower-emission transport, but regulatory and safety requirements remain central to category acceptance.

The CPSC's emphasis on battery safety has made certified products and compliant charging systems more important for manufacturers and fleet operators. Segway and Bird's 2025 alliance to develop shared-fleet models for North American deployment reflects demand for vehicles engineered for intensive use rather than consumer-grade conversion. Jersey City's permanent battery-swapping program further demonstrates municipal interest in infrastructure models that can reduce charging friction.

Middle East & Africa

Middle East & Africa generates USD 956.67 million in 2025 and is forecast to attain USD 2,448.01 million by 2035, at a 10.00% CAGR. South Africa, the UAE, and Saudi Arabia are the principal markets. The region's 677,310-unit base is smaller than in other regions, but fuel costs, delivery-platform activity, and urban sustainability initiatives create identifiable demand pockets.

Charging infrastructure remains the principal constraint. Gulf cities may support premium fleet and commuter deployments where capital and urban planning are favorable, while South Africa's opportunity is more closely tied to delivery economics and fuel-cost pressure. Market entry requires selective geographic concentration; a broad national rollout without service and charging density is less likely to create a durable position.

Latin America, North America, and MEA offer attractive revenue growth from smaller bases, but they require targeted distribution and infrastructure investment. Europe is less a uniform growth market than a collection of regulated local markets. Across all regions, the winner will not necessarily be the company with the broadest catalogue; it will be the company that can match vehicle performance, energy access, compliance, and after-sales capacity to local operating conditions.

Electric Scooters Market Share & Competitive Landscape

Yadea holds 9.7% of global market revenue, equivalent to USD 2,654.13 million in 2025, followed by AIMA at 8.00%, Xiaomi at 5.80%, NIU at 4.80%, and Segway-Ninebot at 3.63%. The market remains fragmented beyond the leading firms because product requirements, regulation, service networks, and purchasing power vary widely by region. Competition is separating into mass-market commuter suppliers, connected consumer brands, premium seated-scooter manufacturers, and energy-ecosystem operators.

Yadea combines Chinese manufacturing scale with increasing battery differentiation. Its sodium-ion initiative is strategically relevant because it links vehicle sales to a proprietary charging and energy proposition rather than relying solely on price and distribution.

AIMA Technology retains an 8.00% global share and reported RMB 21.61 billion in 2024 revenue, reflecting resilience during China's industry adjustment. Its competitiveness rests on domestic distribution depth and continued investment in motor, controller, and intelligent-vehicle capabilities.

Xiaomi holds 5.80% of global revenue and leverages its broader consumer electronics ecosystem. Its Electric Scooter 4 Pro is positioned around connected features and product safety credentials, enabling the company to address digitally engaged buyers through global online and retail channels.

NIU Technologies holds a 4.80% share and reported 24.0% revenue growth in 2024, supported by higher sales volume despite pressure on revenue per unit. Its IoT-first positioning gives it a differentiated route to premium urban users, although that strategy requires continued investment in software, service, and international distribution.

Segway-Ninebot holds 3.63% of global revenue. Its consumer folding portfolio and shared-fleet partnerships give it exposure to both retail and operator demand. The Bird alliance extends this position into fleet-specific vehicle development for North America.

Gogoro competes through its battery-swapping ecosystem. Its 2024 swapping-service revenue increased to USD 137.9 million despite hardware-market pressure, demonstrating that recurring energy revenue can stabilize the model when subscriber density is sufficient. The lower-priced Ezzy launch broadens its addressable Taiwanese customer base.

Honda Motor is deploying electric scooters through its Mobile Power Pack e: battery-swapping architecture. The Activa e: combines two removable 1.5-kWh batteries with a 102-km IDC range, 6-kW peak motor output, and RoadSync connectivity functions. Honda's established dealer footprint gives it an advantage in markets where consumer trust depends on physical service access.

Yamaha Motor is expanding its Indian EV portfolio through the EC-06 and Aerox E and retains a strategic connection to Gogoro's swapping ecosystem in Taiwan through the EC-05. Its regional manufacturing and dealer base provide a path to scale, although product availability and localized EV infrastructure will determine the pace of conversion from its internal-combustion customer base.

Piaggio addresses the premium European seated-scooter market through Vespa Elettrica models, including 45-km/h and 70-km/h variants with distinct regulatory categories. Brand equity and design remain strengths, but premium positioning makes the company more exposed to discretionary consumer demand.

Vmoto focuses on B2B delivery, rental, and ride-sharing applications. Its 2024 revenue declined to AUD 57.2 million as the global commercial scooter environment softened, while its expansion focus on South America and the Middle East seeks to diversify geographic exposure.

Ather Energy sold 200,785 electric two-wheelers in India in 2025, with its Rizta family accounting for a substantial share of volume. Its strength lies in product engineering, a growing retail network, and financing or battery-service structures designed for Indian buyers.

Bajaj Auto sold 269,847 Chetak units in 2025 and held a 21% share of India's electric two-wheeler market. The 2025 magnet shortage revealed its supply-chain exposure, but Bajaj's manufacturing scale, dealer network, and ability to redesign and localize components strengthen its long-term competitive position.

Hero MotoCorp delivered 109,167 Vida units in 2025, up 150% year on year. Its ICE distribution footprint can accelerate electric expansion, but its ability to differentiate the Vida range and secure critical components will determine whether it can translate brand familiarity into sustained EV share.

Horwin Global serves the premium European segment with its SENMENTI, SK, EK, CR/CD, and URBAN-ADV platforms. Its offering includes charging and battery-swapping cabinet solutions alongside vehicle connectivity through the HORWIN Travel App, giving it a more ecosystem-oriented proposition for fleet customers.

Ola Electric sold 199,316 units in 2025 after competitive pressure reduced its volume from the prior year. Its 2024 IPO funded research, product development, and cell-manufacturing ambitions, while the Gig and S1 Z launches broaden its price coverage. Execution on manufacturing and service quality remains more important than the scale of its announced capacity plans.

Silence Urban Ecomobility competes in Europe with the S01, a seated scooter featuring a removable battery and subscription option. ACCIONA positions the model as a leading European electric scooter, and its performance specifications target consumers seeking an alternative to conventional urban motorcycles.

TVS Motor led India's electric two-wheeler market in 2025 with 298,867 iQube units and a 23% share. Its competitive advantage is the combination of dealer coverage, brand familiarity, and ability to support high-volume service requirements. Its efforts to identify rare-earth alternatives demonstrate the strategic importance of supply resilience.

Askoll EVA manufactures electric scooters and batteries in Italy, including the eSpro3/XKP 80, XKP, and NGS families. The company emphasizes local product development, removable-battery formats, and a six-year warranty that includes batteries, positioning it for European buyers who value local manufacturing and service assurance.

BGauss Electric sold 22,883 units in India in 2025 and targets the family and commuter segments. The OoWah's removable LFP battery and 145-km certified range demonstrate an effort to address users without dedicated home charging.

Simple Energy targets technology-oriented Indian buyers with high claimed range and connected features. Its Simple ONE Gen 1.5 offers a claimed 248-km range, while the OneS extends the portfolio toward a broader price point. Its commercial challenge is to align ambitious product specifications with scalable manufacturing and dealer execution.

Recent Industry Developments

India's PM E-DRIVE scheme continued to shape electric two-wheeler purchase economics in 2025. The program was approved with an INR 10,900 crore outlay and provided specified incentives for eligible electric vehicles, including two-wheelers.

China's GB 17761-2024 standard became effective in September 2025. The standard introduces stricter vehicle, safety, traceability, and anti-tampering requirements, forcing manufacturers to manage redesign, certification, and inventory transitions.

Yadea introduced its HuaYu sodium-ion battery ecosystem in January 2025. The initiative included a stated plan for a dedicated charging network in Hangzhou and positioned sodium-ion chemistry for urban scooter applications.

VinFast announced a battery-swapping rollout in Vietnam in August 2025. The company stated that it intends to install 150,000 stations by 2028, illustrating the infrastructure scale being pursued in a major two-wheeler market.

Bird and Segway announced a shared-micromobility partnership in July 2025. The companies plan to develop and deploy the Bird Dash, Bird Explorer, and Bird Journey models for North American fleet use.

Gogoro launched the Ezzy in Taiwan in July 2025. The lower-priced battery-swapping scooter was designed to extend the company's model beyond its historic premium customer base.

Rare-earth restrictions disrupted Indian electric two-wheeler production in 2025. Bajaj's Chetak output declined sharply in July, while manufacturers pursued alternative magnet sourcing and motor designs.

The U.S. CPSC maintained its focus on battery-powered product safety in 2025. Its guidance urged manufacturers to comply with established safety standards intended to reduce fire, injury, and fatality risks.