Compatible replacement on-off control for ES1 ES2 ES3 ES4 electric scooters Key benefits - Precise monitoring at a glance: the LCD display provides real-time readings of speed, battery level and distance, helping you track performance and ride safely and efficiently. - Easy installation and compatibility: designed as a replacement on-off control part for ES1 ES2 ES3 ES4 models, ensuring straightforward integration with your scooter’s existing wiring. - Durable and reliable: built from high-quality materials with a rugged housing that withstands daily use, shocks, vibrations and varying weather conditions for long-lasting performance. - User-friendly interface: clear, intuitive layout makes key data easy to read and the controls simple to operate, enhancing the overall riding experience. What makes it stand out - Multi-model compatibility: suitable for ES1, ES2, ES3 and ES4 electric scooters, providing a single solution for several common models. - Practical display for everyday riding: speed, remaining battery and distance are always visible, enabling better planning of trips and charging. - Robust construction for real-world use: designed to endure the realities of city commuting and longer rides in different environments. Specifications and attributes - Function: replacement on-off control with integrated LCD display for ES1 ES2 ES3 ES4 scooters - Display: LCD readout showing speed, battery level and distance - Materials: high-quality construction for durability and weather resistance - Size and form: compact dashboard-style instrument suitable as a direct replacement component - Performance: reliable readings and operation under typical riding conditions Use scenarios - Daily urban commute: monitor speed and battery level in real time to maintain efficient pacing and timely recharging. - Planned trips: keep an eye on distance and remaining range to avoid unexpected stops and plan charging stops accordingly. - Varied riding conditions: the durable build maintains readability and function across different weather and road surfaces, reducing the risk of data loss during rides.