eMOKO Manuals & User Guides

eMOKO is a dynamic brand in the personal electric mobility sector, dedicated to providing efficient and eco-friendly transportation solutions. The company designs and manufactures a diverse range of electric scooters and electric bicycles tailored for modern urban commuters and outdoor enthusiasts. Known for models like the HT-T4 Pro scooter and C93 dual-motor e-bikes, eMOKO emphasizes durability, performance, and user-friendly features such as foldable frames, LCD control panels, and long-range lithium batteries.

With a focus on innovation and accessibility, eMOKO products often feature customizable settings through onboard displays, allowing riders to adjust speed limits, start modes, and assistance levels. Whether for daily commuting or leisure riding, eMOKO aims to deliver reliable electric vehicles that combine style with practicality.

• How do I turn on my eMOKO electric scooter or bike?

  To power on the vehicle, press and hold the power button on the display panel for approximately 2 to 3 seconds until the LCD screen lights up.

• Pa mor hir mae'n ei gymryd i wefru'r batri?

  Charging times vary by model and battery capacity, but most eMOKO batteries typically require 4 to 6 hours to fully charge. Always use the supplied charger and ensure the indicator turns green before disconnecting.

• What do the P command settings on the display mean?

  The 'P' settings allow you to customize vehicle parameters. For example, P01 adjusts brightness, P02 switches between MPH and KMH, and P08 sets the speed limit. Consult your specific user manual for the password (often 0000 or 8252) and full list of codes.

• Can I ride my eMOKO scooter in the rain?

  While many eMOKO products are water-resistant, it is generally recommended to avoid riding in heavy rain or deep puddles to prevent water damage to the electrical components and battery.

• How do I maintain the battery life?

  Charge the battery fully before storing it for long periods. If not in use, recharge it every 2-3 months to prevent the voltage from dropping too low, which can damage the cells.