Acer Brings Smart Connected E-mobility to COMPUTEX 2026

Acer Inc. showcased its comprehensive electric mobility product portfolio at COMPUTEX 2026, debuting a synchronized lineup of e-bikes and e-scooters managed by a unified software architecture. Capitalizing on its structural information and communications technology (ICT) engineering history, the company is expanding its micro-mobility footprint past pure hardware assembly to deliver connected, data-driven, and highly intuitive riding workflows for modern metropolitan environments.

Versatile Electric Mobility Systems for Daily Urban Commuting

The latest electric vehicle configurations are engineered to satisfy varying consumer short-range transport and logistics requirements, headlined by two core hardware platforms:

• The Acer Nitro eCity Plus E-Bike: Identified as model (ANCI-R8620O-260), this utility e-bike is designed for practical family workflows and adaptive urban logistics, supporting customizable cargo configurations. The platform integrates multiple selectable riding modes with responsive power delivery to protect mechanical stability under weight. The technical frame incorporates a removable battery assembly to support remote charging versatility.

• The Acer ES Series 3 Select E-Scooter: Tracking model benchmark (AES033), this device prioritizes structural lightweight design and daily transportation efficiency. The compact vehicle implements a multi-segment foldable layout to ease manual carrying, paired with adaptive riding modes and re-engineered high-efficiency physical braking and safety illumination systems.

The Acer eMobility Application and Voice-Enabled Infrastructure

To optimize vehicle management, Acer introduced automated smartphone-based voice controls within its proprietary Acer eMobility application layer. This system iteration empowers active riders to execute hands-free parameter queries—such as checking real-time battery cell degradation status or adjusting active headlamp lighting modules—without displacing focus during live traffic operations.

The centralized application generates a unified data dashboard cross-compatible with all electric vehicles across Acer’s commercial catalog. Through the central hub interface, users can audit live diagnostics, review structured trip historical logs, extract performance telemetry, and modify peripheral systemic device properties.

Anti-theft security mechanisms are custom-tailored within the application to secure individual vehicle profiles. On compatible e-scooter configurations, users can invoke a digital voice-commanded e-lock protocol; once engaged, the application automatically locks the internal drivetrain and registers a physical audio alarm if localized kinetic displacement is sensed. Concurrently, for e-bike hardware variants, the software delivers automated alert notifications to the user’s primary mobile device to signal unauthorized asset disturbance.