New Products & Upgrades

Electric cycle, electric bicycle and e-bike mostly mean the same thing. Here is how the terms differ by region and how to choose the right bike.

A plain-language guide to choosing an electric bike: motor types, battery voltage and watt-hours, classes, realistic prices, and where HPC's USA-built high-power bikes fit.

What 2000W means on a fat-tire e-bike, and how HPC's Titan, Titan Pro, Trailblazer AT, Trailblazer AT Pro and MPUV compare.

What does it take for an e-bike to hit 100 mph? See how HPC's record-setting Revolution XX pushed the limit, and which HPC bike you can buy today.

Why HPC specs the Maxxis Minion DHR II for high-torque e-bikes: sizing, tubeless setup and fitment for Trailblazer Pro and beyond.

Meet the HPC Scout and Scout Pro, hand-welded USA hardtails built for backcountry exploration and daily riding. See specs and pricing.

Revolution, W, X, XX, MX or MX Pro? Compare HPC's entire Revolution e-bike lineup on power, price and use case to find your fit.

Hub motor, mid-drive, or controller swap? Compare HPC's e-bike conversion kit options and pick the right upgrade path for your build.

How high-voltage e-bike batteries work: 48V to 86V systems, capacity, range and safety, plus HPC's battery options.

E-bike classes 1-3 explained, plus how California law treats bikes beyond Class 3 and where HPC high-power bikes are meant to be ridden.

Nominal watts, peak watts, and voltage explained — plus how HPC's high-voltage builds reach 8,000W+ and how to match real power to your terrain.

How fast do electric bikes actually go? A clear guide to e-bike classes, the parts that set top speed, advertised vs. real-world numbers, and how high-power builds go faster.