This video provides a detailed walkthrough on bypassing the speed limiter on a mid-drive electric bicycle, targeting riders who find the standard 25 km/h speed restriction too restrictive. The creator demonstrates a simple modification technique that involves relocating the speed sensor and strategically placing a magnet to trick the bike’s computer into believing the rider […]
In this technical modification video, the Electric Bike Laboratory demonstrates how to significantly upgrade a Troxus Lynx e-bike’s performance by increasing its power from 1,000W to approximately 3,000W. The comprehensive modification process involves several key technical interventions: replacing the motor controller with an ASI BAC855 Advanced Motor Controller, adding a custom 24V battery to create
In this technical overview, the Electric Bike Laboratory demonstrates a comprehensive e-bike modification project using a Troxus Lynx, aiming to dramatically increase its performance from 1,000W to 3,000W. The video details several key modification strategies, including replacing the stock controller with an ASI BAC855 advanced motor controller capable of handling 72V and delivering up to
The video explores Pegals, a unique and innovative bicycle accessory that transforms standard bike pedals into motorcycle-style pegs. These American-made components are designed to work with most bikes featuring a square tapered bottom bracket, offering riders the flexibility to switch between pedal and peg modes quickly. The product allows electric bike users to seamlessly transition
This video demonstrates a clever DIY hack for transforming a pedal-assist electric bicycle into a more convenient electric scooter-like vehicle without purchasing any new parts. The creator explains a simple modification involving relocating the magnetic sensor and disc from the pedal area to the rear wheel, which allows the electric motor to engage without requiring
In this technical exploration, the content creator conducts a practical experiment by swapping a 36V battery with a 48V battery in an Ado A20F e-bike. Using an Engwe EP-2 Pro’s 48V battery, he investigates how voltage changes might impact the bike’s performance. The primary objective is to understand whether simply upgrading the battery voltage can
In this informative video, the Yorkshire Bike Mechanic provides an in-depth exploration of e-bike de-restricting, focusing on the technical and legal aspects of modifying an electric bicycle to exceed its standard speed limit. The presenter discusses the process of using a ‘speed box’ device, which can be installed to fool the bike’s system into allowing
In this instructional video, the NRG SPORTS channel reveals a detailed method for increasing the speed of modern e-bikes by overriding their built-in speed limiters. Using a Houchy Rhino e-bike as an example, the creator demonstrates how to access the bike’s maintenance mode by simultaneously pressing the up and down buttons on the display. By
In this informative tech tip video, Hector and Scott from Fly Rides USA discuss the potential risks and drawbacks of delimiting or removing speed limiters from electric bikes. They explain that while the prospect of going faster might seem appealing, there are significant consequences to tampering with an e-bike’s motor. Electric bike motors typically come
In this instructional video, Warren Harper reveals a DIY method to hack and derestrict Shimano-powered electric bikes, effectively removing the standard 18 miles per hour motor assistance limitation. The technique involves repositioning the speed sensor from the wheel to the chainstay and attaching a small magnet to the crank arm, which tricks the bike’s computer