Technology
The stack behind 147+ parks and 0 accidents
Every Minibus EV vehicle ships with the same technology platform — designed for shared-mobility and sensitive-zone operations, not as a future upgrade.
Engineered under one roof
Three core technologies
Developed and manufactured in-house across 50+ vehicle designs. These are the building blocks behind the platform.
Full-bearing tubular bodies
Chassis-grade structural rigidity from a single welded tubular frame. Designed in-house for low-speed EV duty cycles.
Independent suspension
In-house suspension tuning for passenger comfort on uneven scenic terrain and reduced operator fatigue on full-day duty cycles.
Dual-drive electronic differential
Independent dual-motor control for tight turns, slip compensation, and stable 25° grade climbing on scenic terrain.
Smart features that come standard
Android smart screen, GPS tracking, geofencing, and fleet management come standard on every Minibus EV vehicle — not as a paid add-on. This is what makes the platform deployable in shared-mobility and sensitive-zone operations.
Read moreBattery & range: real-world, not just spec sheets
Spec sheets list best-case range. Real-world range depends on terrain, load, and temperature. This page explains what you actually get on a day of operations.
Read moreSafety: three brakes, geofencing, emergency stop
Minibus EV vehicles carry commercial-grade safety: three independent brake systems, geofencing, electromagnetic parking brake, and LED lighting. The operating partner Leqi has logged 0 safety accidents across 147+ deployed sites — the safety stack behind that record is detailed here.
Read moreFleet management: one dashboard, every vehicle
For multi-vehicle operators, fleet management is the difference between a fleet and a logistics headache. Minibus EV ships with an operator app that turns every vehicle into a tracked, geofenced, status-reporting asset.
Read moreMaintenance: the 30–50% lower TCO story
The 30–50% lower TCO claim versus US/EU competitors is not marketing copy — it comes from a fundamentally simpler drivetrain. Electric sightseeing vehicles have fewer moving parts than gas equivalents, and the parts that exist are commodity-grade.
Read more