Watch the new MOOEVO Yaw Stabilization System for cargobikes and electric scooter trikes in action. The best way to make electric trikes more safe and fun to ride. Thanks to this system, you can load more volume and increase maneuverability, to improve efficiency in last-mile urban delivery.
A yaw stabilization system for cargobikes and electric scooter trikes is a technology designed to improve stability and handling during turns and maneuvers. Yaw refers to the rotation of a vehicle around its vertical axis, which can occur when making turns or experiencing side winds.
The primary purpose of a yaw stabilization system is to enhance the overall safety and control of the vehicle, especially in situations where cargo bikes and electric scooter trikes are more prone to tipping or instability due to their design and weight distribution. Here are a few potential components or features that can be incorporated into a yaw stabilization system:
- Gyroscopes: Gyroscopic sensors can be installed to detect the yaw rate or rotational motion of the vehicle. These sensors provide real-time data on the vehicle’s orientation and help determine if corrective action is required to maintain stability.
- Steering Assistance: The yaw stabilization system can assist the rider by providing additional steering torque or control inputs when necessary. This assistance can help counteract the rotational forces that may lead to instability during turns.
- Active Braking: By selectively applying the brakes on specific wheels, the yaw stabilization system can help counteract yaw movements. For example, if the system detects excessive yaw during a turn, it can automatically apply the brakes to the appropriate wheels to help maintain stability.
- Traction Control: Traction control systems can prevent wheel slippage during acceleration or when encountering slippery surfaces. By monitoring wheel speed and adjusting power delivery, the system can mitigate yaw-induced instability caused by loss of traction.
- Electronic Stability Control (ESC): ESC is a comprehensive safety system that combines multiple sensors, such as gyroscopes, wheel speed sensors, and steering angle sensors. It continuously monitors the vehicle’s behavior and assists in maintaining stability by applying individual wheel brakes and adjusting engine power when necessary.
- Adaptive Damping: Some advanced yaw stabilization systems may include adaptive damping technology. This feature adjusts the suspension damping characteristics based on real-time inputs from sensors, optimizing the vehicle’s stability and handling in varying conditions.
The implementation and specific features of a yaw stabilization system can vary depending on the manufacturer and model. It’s important to consult the specifications or technical information provided by the manufacturer of the cargobike or electric scooter trike to understand the exact capabilities and features of their yaw stabilization system.
