Spend £300, Save £40
Account

Cart

Your cart is empty

Start shopping

Blog

36V vs 48V E‑Bike Batteries: Which Voltage Is Right for You?
Jan 27, 2026

36V vs 48V E‑Bike Batteries: Which Voltage Is Right for You?

36V or 48V? Compare ride feel, hill performance, watt-hours, full-charge voltage and component compatibility before choosing your e-bike battery.
36V or 48V? Compare ride feel, hill performance, watt-hours, full-charge voltage and component compatibility before choosing your e-bike battery.
Tuning an E‑Bike Conversion Kit for Off‑Road vs City Riding
Jan 27, 2026

Tuning an E‑Bike Conversion Kit for Off‑Road vs City Riding

Converting your bicycle with an electric motor kit opens endless possibilities, but getting the most from your investment requires proper tuning for your specific riding environment. Whether you're...
How Rider Weight and Terrain Impact E‑Bike Kit Performance
Jan 27, 2026

How Rider Weight and Terrain Impact E‑Bike Kit Performance

Converting your traditional bicycle into an electric bike opens up new possibilities for commuting, recreation, and tackling challenging routes. However, the performance of your ebike conversion ki...
E‑Bike Conversion Kits for Long‑Distance Touring: What Specs to Prioritize
Jan 26, 2026

E‑Bike Conversion Kits for Long‑Distance Touring: What Specs to Prioritize

Long-distance bicycle touring demands exceptional endurance from both rider and equipment. When converting a touring bicycle to electric assist, specification priorities shift dramatically from cas...
How to Set Speed Limits Safely on High‑Power E‑Bike Controllers
Jan 24, 2026

How to Set Speed Limits Safely on High‑Power E‑Bike Controllers

Setting appropriate speed limits on your e-bike controller represents more than just legal compliance—it's about optimizing safety, extending component lifespan, and ensuring your converted bicycle...
How Voltage Affects E‑Bike Performance: 36V vs 48V vs 52V vs 72V
Jan 24, 2026

How Voltage Affects E‑Bike Performance: 36V vs 48V vs 52V vs 72V

When converting your bicycle into an electric powerhouse, voltage selection stands as one of the most critical decisions you'll make. The voltage of your e-bike system fundamentally determines spee...
When 2000W Isn't Enough: Understanding 3000W E-Bike Conversion Systems
Jan 21, 2026

When 2000W Isn't Enough: Understanding 3000W E-Bike Conversion Systems

3000W e-bike conversion systems represent extreme specialized capability—delivering 75-85 km/h top speeds, conquering any gradient regardless of rider weight or load, providing effortless climbing ...
1500W vs 2000W E-Bike Conversion Kits: Which Power Level Delivers Better Value?
Jan 21, 2026

1500W vs 2000W E-Bike Conversion Kits: Which Power Level Delivers Better Value?

Choosing between 1500W and 2000W e-bike conversion kits creates genuine performance-versus-investment dilemma—1500W delivers serious capability (50-55 km/h flat, 20-26 km/h steep 15% hills, adequat...
Can 1000W E-Bike Conversion Kits Climb Steep Hills? Real-World Performance Analysis
Jan 21, 2026

Can 1000W E-Bike Conversion Kits Climb Steep Hills? Real-World Performance Analysis

A 1000W e-bike conversion kit delivers serious hill-climbing capability—confidently conquering 12-18% sustained grades at 18-24 km/h (average 85kg rider), adequately handling 18-20% extreme hills a...