What’s the Purpose of the LCD Display on Electric Scooters?

As electric scooters become increasingly popular, the LCD display mounted centrally on the handlebars has become a standard feature on many models. It is not merely a decorative element showcasing technological sophistication but also a critical interface connecting the rider to the vehicle. Evolving from simple indicator lights to full-color liquid crystal displays, the history of this small screen mirrors the intelligent development of electric scooters.

Visual Hub for Riding Information

The core function of the LCD display is to provide real-time riding data. Compared to traditional analog gauges or simple LED indicators, the LCD screen accurately presents key information such as speed, battery level, and mileage in digital form. Riders no longer need to guess the remaining battery power, as the numerical percentage display allows for precise energy management. The real-time speed display helps riders comply with road speed limits, while the total and single-trip mileage records offer data support for vehicle maintenance and travel planning. The intuitive presentation of this information significantly enhances both riding safety and convenience.

Control Center for Smart Interaction

The LCD display has evolved into an intelligent hub for human-vehicle interaction. Through buttons integrated around the screen or touch controls, riders can:

• Switch between three riding modes (Eco, Standard, Sport) to balance range and performance needs.
• Turn the energy recovery system on or off to optimize energy efficiency.
• Adjust the display brightness to adapt to different lighting conditions.
• Activate headlights and turn signals to improve safety during night rides.

This integrated control system greatly reduces the number of physical buttons on the vehicle, making the operation logic clearer and more intuitive.

Guardian of Safety Warnings

The LCD display plays a vital role in ensuring safety:

• Low battery warning: When the battery level drops below a set value, the screen alerts the rider with flashing icons or color changes.
• Overspeed reminder: When the speed exceeds safe limits, the display changes to prompt the rider to slow down.
• Fault diagnosis: If the vehicle detects abnormalities in the motor, controller, or battery, it displays specific error codes on the screen to help users quickly identify issues.

These warning functions enable riders to take timely measures to avoid potential hazards.

Interactive Interface for Smart Connectivity

With the development of IoT technology, the LCD displays on high-end electric scooters have become gateways to smart ecosystems:

• Connect via Bluetooth to mobile apps for features like navigation prompts and call notifications.
• Display music playback controls to meet entertainment needs.
• Support OTA (Over-The-Air) updates to continuously expand functionality.

This connectivity transforms electric scooters from mere transportation tools into smart mobile terminals.

Platform for Personalized Customization

Modern LCD displays also offer personalized customization:

• Choose from multiple interface themes and color schemes.
• Customize display preferences (e.g., prioritize speed or battery level).
• Set unit systems (metric or imperial).

These details allow each electric scooter to reflect the rider’s individual preferences.

Aesthetic Highlight

Beyond functional value, the LCD display significantly impacts product aesthetics:

• The integrated black-screen design maintains a seamless appearance when turned off.
• Carefully designed UI interfaces enhance the product’s technological appeal.
• Appropriate screen brightness ensures glare-free visibility during night rides.

These design considerations perfectly blend technology with aesthetics.

Looking back at the development of electric scooters, the LCD display has evolved from a simple information-display device into a comprehensive platform integrating function control, safety warnings, and smart connectivity. It acts as the “smart brain” of the vehicle, providing essential data support and lowering the barrier to use through intuitive interaction, ensuring that technology truly serves people’s travel needs. As emerging technologies like augmented reality (AR) mature, future display systems for electric scooters may integrate with helmets or glasses to enable safer and more convenient information presentation. However, no matter how technology evolves, its core mission remains unchanged: to serve as an efficient bridge connecting humans and machines, making every journey smarter, safer, and more enjoyable.