Types of electric scooters: kids', urban, sharing, cargo, seated, off-road

Scootify 11 min read

The word “electric scooter” today covers very different machines: a 100-watt toy for an eight-year-old, a 350-watt sharing unit that survives thousands of trips by strangers, and an 11-kilowatt machine with two motors and 100 miles of range. Between these poles lie several constructively and legally distinct classes. This section is the working classification the rest of the guide leans on: by purpose, typical power, ingress-protection rating, and where such a machine is actually allowed to ride.

Kids’ (Razor E100 and the 8+ class)

This is a separate legal category, because in many countries it does not fall under vehicle regulation — it is treated as a toy or a “recreational powered scooter”. In the US such models are tested against ASTM F2641 “Standard Consumer Safety Specification for Recreational Powered Scooters and Pocket Bikes”. The standard caps top speed for models aimed at 8–12-year-olds at 16 km/h (10 mph); teens aged 13+ may use models up to 32 km/h (20 mph). It also sets requirements for brakes, acceleration, labelling, and electrical safety. (ASTM F2641-23, UL Solutions)

The canonical example is the Razor E100 (since 2003 — more in the early-period history article). The manufacturer states: 100 W chain-driven motor, 24-volt lead-acid battery, up to 10 mph (16 km/h), up to 40 minutes of continuous ride time, recommended for ages 8+, maximum rider weight 120 lb (~54 kg). (Razor — E100) A full profile of Razor as the dominant player in this class — the E-Series / Power Core / Black Label / EcoSmart Metro / E Prime / Dirt Rocket / Hovertrax lineup, ASTM F2641 in detail, the history of CPSC recalls, and why Razor still holds the SLA — is in a separate history article.

A separate medical angle: the American Academy of Pediatrics (AAP) and leading children’s hospitals recommend that children under 16 not operate e-scooters on roads, citing injury data. A helmet certified to CPSC (bicycle) and ASTM F1492 (skate/scooter) is the minimum requirement for any age. According to the U.S. CPSC, between 2017 and 2021 the number of e-scooter injuries presenting to emergency departments grew; children aged 10–14 accounted for roughly 28% of those visits. (HealthyChildren.org (AAP), Nemours KidsHealth, Lurie Children’s)

Bottom line: the kids’ category is low-speed, low-power machines with limited range, whose purpose is to teach balance and control — not to take a child to school. A toy, not transportation.

This is the largest class by volume and the most important one by purpose. The defining feature is construction deliberately fitted within the road-traffic rules of the market the unit targets. In Europe that means 20 km/h and ≤ 500 W rated power (Germany’s eKFV; details are in the 2010–2020 chronology article); in Ukraine, up to 25 km/h and ≤ 1 000 W (Law No. 2956-IX on PLET; details in the 2020–2026 chronology article).

Typical consumer models in this class:

  • Xiaomi Mi Electric Scooter 4 / Mi 4 Pro 2 — the direct line descended from the 2016 M365 (detailed generation history from M365 → 1S/Essential → Pro 2 → 3 Lite → 4 Ultra → 5 Pro in the Xiaomi M365 profile). Rated power is usually 250–300 W, batteries are LG/Samsung 18650, the body is IP54 (dust-protected and splash-protected from all directions). Built for daily commutes of 10–20 km.
  • Segway-Ninebot KickScooter MAX G30 — 350 W rear-wheel motor, 10″ tubeless self-healing tyres, IPX5 body / IPX7 motor, up to a 30–40 % grade depending on revision. G30LP — 367 Wh battery, ~25 mi (40 km); G30P — up to 40 mi (65 km). (Segway — MAX G30LP)
  • Apollo City / City Pro — premium commuter: dual-motor 2 × 500 W version, 48 V × 20 Ah battery (960 Wh), range up to ~43 mi (69 km) on the spec sheet and around 30 mi (48 km) in independent tests at an average speed of 33 km/h. Dual drum brakes with regenerative braking. (Apollo Scooters — City Pro tech specs, Electric Scooter Insider — City Pro review)

Note: machines like the Apollo City Pro formally exceed the 500 W limit of Germany’s eKFV and the 1 000 W limit of Ukraine’s PLET at peak power, so in “limited to 25 km/h” mode they are bought rather for cities with more tolerant rules or for off-road use. This is a typical grey zone of the commuter market that exists because the buyer wants headroom on hills, not the figure “20 km/h” on the spec sheet.

Technical features common to the class: pneumatic or tubeless 8.5–10″ tyres, folding construction, integrated lights and turn signals, BMS with diagnostics via an app, and — mandatorily — separate mechanical and electronic brakes (eKFV requires it).

Sharing (the industrial class)

This is a different engineering philosophy than consumer models. A sharing scooter carries hundreds of different people per year, mostly not in the most careful mode, and must survive falls, vandalism, rain, low-quality charging equipment, and continuous mileage. The first sharing generations of 2017–2018 (adapted Xiaomi M365s) lived about 6 months and were unprofitable; Lime, Tier, and Dott acknowledged this publicly. (Sifted — European scooter market comparison)

The modern sharing unit is a distinct class with its own priorities:

  • Lime Gen4 (since 2022, manufactured as OKAI ES400A). Aluminium frame, IP67-rated battery compartment, swappable battery under the deck (fast roadside swap — fewer idle service-van miles), 350 W motor, two hand brakes, suspension fork up front, larger front tyre for smoother rides over potholes. Design target — 5+ years of service life. (Lime — Gen4 rolls into cities, Levy Fleets — Gen4 specs)
  • Bird Three (since summer 2021). 1 kWh battery (about 150% larger than the prior generation), in a sealed enclosure rated IP68, with a service life of 14 000–20 000 miles (~22 000–32 000 km) before replacement. A triple braking system: two independent hand brakes plus an autonomous emergency brake. The onboard Vehicle Intelligent Safety runs ~1 000 condition checks per second during a ride. (TechCrunch — Bird Three, Bird — IP68 battery protection)

What this means for an ordinary user:

  1. A sharing unit is not designed for private ownership. It is heavier, more expensive to produce, optimised around swappable batteries and service infrastructure — not around folding and carrying it on the metro.
  2. Sharing-class IP ratings (IP67/IP68) are substantially higher than consumer ones (IP54/IPX5). Because the machine lives outdoors 24/7.
  3. Structural durability matters more than peak power. That is why sharing motors are often weaker (350 W) than premium consumer ones.

Cargo (cargo scooters — a niche category)

A separate cautionary note. In public discussion the term “cargo scooter” is often conflated with several different machines:

  • A standing electric scooter with a cargo compartment. Real production models are rare. An experimental example is Scootility (a concept with a swappable waterproof compartment of up to 140 L on a standing platform). These are mostly niche concepts and small production runs. (Electric Hunter — Scootility)
  • A three-wheeled light cargo scooter. In form this is already closer to a quadricycle-style motor scooter, not to a standing scooter.
  • A seated cargo e-moped such as the NIU NQi Cargo (2 400 W Bosch motor, ~65 Nm, twin 60 V × 26 Ah or 35 Ah batteries, GPS, mounts for service box cases). Formally this is a moped / “L1e-B” in the European classification, with registration and a category-AM licence — not a scooter. (NIU Hull — NQi Cargo)

In real last-mile delivery practice in cities (Glovo, Wolt, Deliveroo, Uber Eats, and others) today the work mostly rests on e-bikes and e-mopeds, not on standing scooters: there are no standard cargo compartments large enough, the centre of gravity is high, and the risk under emergency braking with a 15–20 kg load is higher. Couriers do use standing models — with a backpack, without modification.

If you see “cargo electric scooter” in an article or an advert, it is worth clarifying whether it is a standing unit with extra room for a bag (close to an ordinary urban scooter), a three-wheeled light moped, or a seated L1e-class motor scooter. These are three different legal and technical categories.

Seated (the borderline class between a scooter and a moped)

A separate class because the term “seated electric scooter” simultaneously describes three different machines with three different legal statuses — and in many jurisdictions adding a seat mechanically changes the legal category of the machine.

  • Type 1 — factory-seated kick-scooters. A machine designed as a seated apparatus from scratch; the frame is sized for the load of a seated rider and the seat is integrated into the chassis by the manufacturer. The canonical line is the Razor EcoSmart (Metro, Metro HD, SUP): large 16″ tires, a low centre of mass that compensates for the absence of active leg-based balancing, and a top speed capped within the urban limit. The target user is one for whom riding standing up is physically uncomfortable (age, back, knees) or whose ride is longer than a typical commute. (Razor — EcoSmart)
  • Type 2 — stand-up scooter plus an accessory seat. A seat post is mounted to the deck of a premium commuter or off-road machine by a third party through a base plate and a telescopic post: Seat for EMOVE Cruiser (Voro Motors) — an official dealer kit installable on the stock deck in 10–15 minutes; Wolf Throne for the Kaabo Wolf line (Wolf King GT / Wolf Warrior). The manufacturer of the base machine usually does not sell the seat officially — and that is not an accident (see below). (Voro Motors — EMOVE Cruiser Seat, Voro Motors AU — Wolf Throne)
  • Type 3 — “seated scooter” that is legally a moped or an e-bike. The Segway eMoped C80 — the name plainly says moped; technically a 50 cc-equivalent moped (1 152 Wh battery, 47 mi range, ~55 kg mass) that requires registration, insurance, and an AM licence in many jurisdictions. The DYU D3F — marketed as an “electric scooter with seat”, technically a folding mini e-bike under EN 15194 (14″ wheels, pedals, 250 W, 36 V). Buying such a machine, the user acquires a different legal instrument, not a scooter. (Segway — eMoped C80)

The fundamental legal nuance that explains the absence of official seats for most premium commuters: in the EU under EU 168/2013 adding a seat moves the machine from the PEV category into L1e-B (two-wheel moped); in the UK it automatically triggers the CBT and AM-category requirement. That is why manufacturers with European type-approval deliberately do not offer official seats for models that should formally remain inside PEV — otherwise their own certification becomes invalid. Third parties are not bound by this constraint, so the seat market lives as after-market. Full breakdown of the three types, EU/UK legal mechanisms, and the difference from the medical mobility-scooter — in the dedicated seated e-scooter profile.

Off-road (the high-power class)

These are machines deliberately built outside road-traffic rules. Large hub motors, full “motorcycle-grade” lighting, hydraulic brakes with 4-piston calipers, hydraulic or spring-damper suspension, 10–11″ tyres often with off-road tread.

Reference examples:

  • Dualtron Thunder 3 (Minimotors). Dual-motor configuration with peak power up to 11 kW, 72 V × 40 Ah battery from LG (21700 cells), declared peak acceleration to 62+ mph (100+ km/h), spec-sheet range up to 100 mi (160 km). (Dualtron USA — Thunder 3)
  • NAMI Burn-E (since 2021). Two motors combining for up to 8.4 kW of peak power, 4-piston Logan hydraulic brakes, 11″ pneumatic tyres, full hydraulic suspension. (Electrek — NAMI Burn-E)
  • Kaabo Wolf King GT / Wolf King GT Pro — a competitor to the Dualtron in the same weight class.

Common to the class:

  • Mass 35–55 kg (unexpectedly: these machines are heavier than some 50 cc scooters).
  • Energy use is significantly higher; real range under aggressive riding is cut roughly in half from the spec sheet.
  • None of these units fit Germany’s eKFV (≤ 500 W, ≤ 20 km/h) or Ukraine’s PLET (≤ 1 000 W, ≤ 25 km/h) in stock configuration. Legally, this is off-road equipment or, in some US jurisdictions, a moped/motorcycle requiring a licence, insurance, and registration.

It is a distinct subculture with its own forums, races, and modifier communities — and with substantially higher injury rates than the urban class. Classifying these together with a Xiaomi Mi 4 or a Lime Gen4 is a methodological error.

How to use this further

In the chapters that follow we will not return to the full classification each time — specific topics will be tied to a specific class. For instance:

  • The chapter “Choosing a scooter for a scenario” is primarily a conversation about the urban class and the choice between a “free” commuter (500+ W) and a “legal” one (250–350 W).
  • The chapter “Safety and traffic rules” has separate subsections for the kids’, urban, and off-road classes. They differ in legal rules, gear, and injury scenarios.
  • The chapters “Motors”, “Batteries”, “Brakes”, “Suspension” generalise knowledge about subsystems, but dose examples by class: the 100 W chain-drive motor of a Razor E100 and the 11 kW BLDC hub motor of a Dualtron Thunder 3 illustrate fundamentally different engineering tasks.

If you remember one thing from this section, let it be the difference between the speed/power cap in the kids’ and urban classes (a compromise for the sake of legality and safety) and the absence of such a cap in the off-road class (a compromise for the sake of power and range, paid for in mass, price, and illegality on public roads). The rest — IP rating, tyre type, mass, presence of suspension — is a consequence of that basic compromise.