VICTRIP Electric Bike Blog

This Ebike Trailer Buying Guide provides a complete, beginner-friendly overview of how to choose the right trailer for your electric bike. It covers key factors such as payload capacity, frame materials, wheel size, hitch types, safety considerations, and legal requirements. 

This article provides a detailed and realistic breakdown of how fast a moped-style electric bike can go, covering both advertised and real-world performance. It explains how factors such as motor wattage, battery voltage, rider weight, terrain, and legal restrictions influence top speed. 

This comprehensive guide explains when to store your eBike, how to clean and lubricate it, the ideal battery charge level for storage, and the best indoor conditions to prevent corrosion and moisture buildup. I

This comprehensive guide explains whether moped-style eBikes are street legal in the United States. It covers federal definitions, key technical criteria like top speed and motor power, and differences between mopeds, scooters, and eBikes. 

Designed for first-time and experienced buyers alike, the article provides practical checklists, expert insights, and actionable advice to help readers choose a moped style ebike that is safe, legal, reliable, and cost-effective for long-term use.

It explains the real-world benefits of torque sensors, including smoother power delivery, improved traction, reduced rider fatigue, and better battery efficiency on long climbs

It breaks down how torque sensors work, how they differ from cadence sensors, and why premium e-bike brands rely on them for superior performance, efficiency, and safety. 

Learn how different electric bike frame types affect comfort, safety, and performance. This complete guide explains eBike frame styles, materials, geometry, and how to choose the perfect frame for your riding needs.

E-bike battery safety is more important than ever as powerful lithium-ion batteries become the standard for modern electric bikes. While efficient and long-lasting, these batteries can overheat or fail when misused, leading to risks such as fires or thermal runaway. This guide explains why lithium-ion batteries overheat, the most common causes of battery fires, and the safety profiles of different battery types.