China eBike 
18650 vs. 21700 E-Bike Battery Cells: What Pack Specifications Really Reveal
Learn what 18650 and 21700 cell formats reveal about e-bike battery layout, energy, current limits, heat, and supplier documentation.
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20 in-depth articles covering technology across the electric bicycle ecosystem.
36V vs. 48V E-Bike Systems: What Voltage Changes—and What It Doesn’t
Understand how 36V and 48V e-bike systems affect current, compatibility and design choices, without confusing voltage with range or capacity.
Avinox and the New High-Power E-Bike Motor Race
Avinox has pushed premium e-bike motors toward higher torque and peak output. Here is what M1, M2 and M2S reveal about the next phase of e-bike drive-system competition.
Avinox MG Concept: What Is Officially Confirmed About the E-Bike System?
A clear guide to what Avinox has confirmed about the MG Concept Motor, what remains unknown, and how it differs from existing Avinox systems.
DJI Avinox MGU Explained: How to Read the Drive System’s Specifications
Learn how to separate DJI Avinox drive-unit, battery, software and complete-bike specifications when comparing Avinox-equipped e-bikes.
DJI Avinox MGU vs. Conventional Mid-Drive Systems: Integration, Interfaces and Serviceability
A practical Avinox MGU comparison covering mid-drive architecture, drivetrain integration, workshop interfaces and limits of official specifications.
E-Bike Battery BMS Explained: Cell Balancing, Protection Cutoffs and Faults
Understand what an e-bike battery BMS monitors, how balancing and protection cutoffs work, and how to approach common battery fault symptoms safely.
E-Bike Brake Cutoff Sensors: How They Work and How to Diagnose Faults Safely
Learn how an e-bike brake cutoff sensor stops motor assist, how to identify a likely fault, and why it must be restored before riding.
E-Bike Motor IP Ratings Explained: What Water and Dust Resistance Really Means
Learn how to read an e-bike motor IP rating, what its dust and water tests cover, and why it does not define whole-bike weather resistance.
E-Bike Regenerative Braking: How It Works, Compatible Motors, and Real-World Limits
Understand e-bike regenerative braking, which motor systems can support it, its limits for range, and what to verify in manufacturer documentation.
E-Bike Battery Capacity Explained: 400Wh vs 500Wh vs 625Wh vs 800Wh
What watt-hours mean, how battery size affects range and weight, and how to choose between 400Wh, 500Wh, 625Wh and 800Wh e-bike batteries.
E-Bike Motors Explained: Hub vs Mid-Drive and How to Choose
A practical guide to hub-drive and mid-drive e-bike motors, covering efficiency, ride feel, maintenance, cost, torque, gearing, and the use cases each system suits best.
E-Bike Rated vs Peak Power: How to Read Chinese Motor Specifications
Learn what rated and peak e-bike motor power mean, how Chinese listings use watt figures, and what to check before comparing models or markets.
E-Bike Watts, Torque and Peak Power: Why Motor Numbers Are Easy to Misread
Understand continuous power, peak watts, torque, cadence and gearing so you can compare e-bike motors without being misled by headline specifications.
Hub Motor vs. Mid-Drive: Which E-Bike Motor System Fits Your Riding?
Compare hub motors and mid-drives for hills, commuting, cargo, handling, drivetrain wear and service before choosing an e-bike.
LFP vs NMC E-Bike Batteries: How Cell Chemistry Changes Pack Design
Compare LFP and NMC e-bike batteries by energy density, weight, voltage architecture, ageing, safety considerations and pack design.
Are Motor-Gearbox Units the Next E-Bike Drivetrain?
Pinion’s production MGU and Avinox’s 2026 MG Concept show why integrating motor and transmission could reshape e-bike drivetrains, maintenance and frame design.
Torque Sensor vs Cadence Sensor: Which E-Bike Assist Feels Better?
Understand torque sensor vs cadence sensor e-bike assist, how each responds to pedaling, and what to compare before buying.
E-Bike Torque Sensor vs. Cadence Sensor: How Assist Feels and Responds
Understand torque sensor vs cadence sensor e-bike assist, how each responds to pedaling, and which specifications matter before buying.
E-Bike Torque Sensors vs. Cadence Sensors: Ride Feel, Efficiency, and Choosing Between Them
Understand torque vs cadence sensor e-bikes, how each responds to pedalling, and which system may suit your terrain, effort, and riding style.