USA E-Scooter Market Outlook to 2030

The market is estimated at USD 1,185 Mn in 2025 under a finished-vehicle revenue scope covering personal, fleet, seated, standing, self-balancing, and institutional products. The estimate excludes shared-ride fares, used vehicles, e-bikes, motorcycles, mobility scooters, and separately sold accessories. Supply-side brand and channel estimates were reconciled against modeled unit demand, realized selling prices, the 2022 national sales anchor, shared-fleet activity, and public electric kick-scooter market estimates.

Market value is projected to grow at an 11.2% CAGR during 2026-2031, reaching USD 2,237 Mn. Growth is supported by higher replacement demand, shared-fleet modernization, certification-led product upgrades, commuter adoption, connected features, premium batteries, and expanded institutional procurement. The forecast assumes unit growth moderates as the market matures, while average selling prices recover through product mix rather than broad inflation. The 2030 modeled value is USD 2,012 Mn, followed by continued expansion in 2031.

Standing Electric Kick Scooters are the largest vehicle category, accounting for an estimated 64% of 2025 product revenue. Their lead reflects portability, lower acquisition cost, online availability, suitability for urban trips, and broad coverage from entry to ultra-performance models. Seated Compact E-Scooters represent approximately 22%, while Self-Balancing E-Scooters account for the remaining 14%. Fleet-specific vehicles overlap operationally with standing scooters but are distinguished through reinforced frames, connected locks, modular parts, and commercial procurement contracts.

Safety certification is becoming a core route-to-market requirement rather than an optional quality signal. New York City requires e-scooters to comply with UL 2272 and batteries with UL 2271 when products are sold, leased, or rented. Authorities completed 650 inspections and issued 275 violations by October 2024. National requirements remain fragmented, but major retailers, insurers, property owners, and fleet buyers increasingly request accredited certification, charger compatibility, battery traceability, and clear product labeling before approving suppliers.

Shared micromobility provides a recurring commercial demand pool through fleet expansion, replacement, refurbishment, spare parts, batteries, locks, and maintenance. Riders completed 58 million shared e-scooter trips in NACTO member cities during 2025, up 29% from 2024. Average utilization reached 2.9 trips per vehicle per day in September 2025. High-use fleets require more durable hardware than personal vehicles, creating opportunities for modular frames, swappable batteries, telematics, standardized service parts, and multi-year supply agreements.

The principal risks are battery incidents, rider injuries, fragmented municipal regulation, aggressive discounting, imported-component dependence, warranty claims, seasonality, and unstable shared-operator economics. CPSC estimated 380,000 e-scooter-related emergency department visits during 2017-2024 and identified 206 fatalities. Low-cost products can widen adoption but create recall, certification, and reputation exposure when component controls are weak. Shared-fleet suppliers also face customer concentration and delayed procurement if operators cannot achieve adequate utilization or permit certainty.

Winning companies will combine certified electrical systems, reliable battery packs, differentiated industrial design, disciplined pricing, strong digital acquisition, accessible replacement parts, nationwide service coverage, and connected security features. Brand awareness alone is insufficient because repeat purchases depend on range accuracy, braking, water resistance, tire durability, charger reliability, warranty response, and repair turnaround. Fleet suppliers additionally require telematics, modular components, predictable lead times, and account-management capability for municipal or institutional procurement programs.