Finding
Shuttles are where autonomy reaches buses first: low speeds, fixed loops and private or semi-private routes let Level 4 operators remove the driver, the largest cost line in shuttle service
WeRide began commercial Robobus service in Leuven, Belgium, in January 2026, after Guangzhou and Singapore. Karsan's Autonomous e-ATAK, an 8.3 m electric midibus with ADASTEC's Level 4 software, runs driverless public routes in Norway, finished a Paris pilot in 2025 and began a mountain route in Sweden in 2026. Benteler's Holon is building its Mover, on Mobileye Drive, in Jacksonville, Florida.
Driver-operated electric shuttles are a solved problem with a fragile supply base. Most are Class 4 cutaways: GreenPower's EV Star (118 kWh) for airports, campuses and paratransit, and Phoenix Motor's ZEUS on a Ford E-450 chassis. Lightning eMotors, which repowered Ford E-450 shuttles, went into receivership in 2024, leaving buyers to find parts and service elsewhere. In Europe, Karsan's six-meter e-JEST is the common electric minibus for town routes.
The first autonomous wave failed on speed and staffing. Navya, EasyMile and Local Motors (Olli) built pods that ran at 15-25 km/h with an attendant aboard, so they cost more than a bus with a driver and carried fewer people; Local Motors closed in 2022, Navya was liquidated in 2023 and its assets went to Gama, and EasyMile moved to industrial tow tractors. The second wave uses full-size vehicles at traffic speed and removes the attendant: Karsan's e-ATAK seats a normal bus load, WeRide's Robobus runs without a steering wheel, and Holon's Mover adds a ramp and space for wheelchairs to qualify for public transit funding.
Software decides the business. Level 4 stacks (WeRide One, ADASTEC, Mobileye Drive, Baidu Apollo on King Long's Apolong) are licensed or bundled with the vehicle, and remote supervision lets one operator watch several shuttles. Toyota sells the box-shaped e-Palette with Level 2 now and drive-by-wire ready for Level 4; Tesla showed a 20-seat Robovan without a steering wheel in October 2024 but has given no production date. Robotaxi fleets for cars are covered on the robotaxi page.
Shuttles
Electric shuttle buses
Battery-electric only; in production first.
| Model | Country | Class | Battery kWh | Seats | Configurations | Autonomy | Software | Use | Status |
|---|---|---|---|---|---|---|---|---|---|
| EV Star (GreenPower) | US | Class 4 | 118 | 19 | Cutaway; passenger, ADA paratransit and cargo versions | Telematics | Airport, campus, paratransit and hotel shuttles | in production | |
| e-JEST (Karsan) | Turkey | Class 4 (M2) | 6 m minibus | Karsan telematics | European town minibus routes and shuttles | in production | |||
| e-Palette (Toyota) | Japan | (M2) | Box-shaped low-floor mover | Level 2 at launch; Level 4-ready drive-by-wire | Japanese mobility services and events | in production | |||
| Mover (Holon) | Germany | (M2) | 15 | Purpose-built driverless mover; ramp; Jacksonville, Florida plant (Benteler) | Level 4 on Mobileye Drive | Fleet operations via operator platforms | Public transit microtransit and campus loops | pre-production | |
| AV Star (GreenPower) | US | Class 4 | 118 | EV Star with drive-by-wire and an autonomy kit | Level 4 pilots (Perrone Robotics kit) | Autonomous campus and base shuttles | pilot | ||
| Autonomous e-ATAK (Karsan) | Turkey | Class 6 (M3) | 8.3 m e-ATAK with ADASTEC Level 4 stack | Level 4; driverless routes in Stavanger, Paris pilot (2025), Swedish mountain route (2026) | ADASTEC flowride.ai | Public driverless routes and campus loops | pilot | ||
| Apolong (King Long) | China | (M2) | 14 | Driverless minibus with Baidu Apollo | Level 4 pilots (Baidu Apollo) | Parks, campuses and airports in China and Japan | pilot | ||
| Robobus (WeRide) | China | (M2) | No steering wheel; low floor | Level 4; commercial service in Leuven, Belgium (Jan 2026), Guangzhou, Singapore | WeRide One | Driverless fixed-route shuttles | pilot | ||
| Robovan (Tesla) | US | 20 | Shown Oct 2024; no steering wheel | Driverless design; no production date | High-capacity robotaxi or shuttle | prototype | |||
| Autonom Shuttle Evo (Gama (ex-Navya)) | France | (M2) | Driverless shuttle; Navya liquidated 2023, assets to Gama | Level 4 pilots | Campus and park shuttles | unconfirmed | |||
| ZEUS 400 (Phoenix Motor) | US | Class 4 | 14-22 | Cutaway on Ford E-450 chassis | Airport, hotel and paratransit shuttles | unconfirmed | |||
| ZEV4 shuttle (Lightning eMotors) | US | Class 4 | Ford E-450 repower | Shuttles and paratransit; company in receivership | closed |
Autonomy waves
Two waves of driverless shuttles
| Wave | Examples | Speed and size | Outcome |
|---|---|---|---|
| First (2015-2023) | Navya Autonom, EasyMile EZ10, Local Motors Olli | 15-25 km/h pods, 10-15 riders, attendant aboard | Local Motors closed; Navya liquidated; EasyMile left passenger shuttles |
| Second (2023 on) | Karsan Autonomous e-ATAK, WeRide Robobus, Holon Mover | Traffic speed; bus-size or purpose-built; no attendant | Paid driverless routes in Norway, Belgium, China and Singapore |
| Platforms in waiting | Toyota e-Palette, Tesla Robovan | Purpose-built for Level 4 | e-Palette sold with Level 2; Robovan a prototype |
Where they run
Where electric shuttles pay off first
| Site | Why it works | Constraint |
|---|---|---|
| Airports | Fixed curb-to-garage loops; ground emission rules | Security and curb access |
| University and corporate campuses | Private roads; predictable peaks | Small fleets; custom bodies |
| Hospitals and hotels | Short loops; quiet | Accessibility requirements |
| Public first- and last-mile | Feeder to rail and BRT; driverless removes the labor cost | Permits, remote supervision, transit-grade accessibility |
Sources
Sources and scope
- Scope
- Electric Shuttle Buses
- Sources
- EqualOcean and Gasgoo (WeRide Leuven, Jan 2026); Truck and Bus Builder (Karsan Paris pilot, Jul 2025); Otonom Haber (Karsan Sweden, Apr 2026); Benteler and Electrive (Holon Jacksonville); maker specifications; Oct 2026
- Updated
- October 2026