Ninebot, a leading brand in electric mobility solutions, has announced the public beta testing of its Mole Control function for the M85C electric scooter. This feature aims to enhance rider safety and control by incorporating advanced functionalities such as the Traction Control System (TCS) and a new Emergency Riding Mode. The announcement comes from IT之家, a popular technology news platform, which has been notified by its community members.
Key Features of the Mole Control Function
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Traction Control System (TCS): This system ensures that the electric scooter maintains optimal traction in various road conditions, preventing any slipping or loss of control.
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OPD Single Pedal Logic: With a smart pedal logic (A123), riders can switch between modes such as A (assisted推行), 1 (energy-saving), 2 (coasting with no regenerative braking), and 3 (top speed). This feature now includes adjustable regenerative braking strength, which is displayed in real-time on the screen.
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HHC (Hill Hold Control): This function allows the scooter to hold its position on inclines when the brake is deeply pressed for 2-3 seconds. Alternatively, the feature can be activated by stopping and pressing the cruise control button, followed by turning the throttle.
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Enhanced Alert System: The scooter now includes a refined alert sound to warn riders when the vehicle is about to roll back, ensuring a more stable riding experience.
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Refined Cruise Control: The cruise control has been improved for smoother operation, allowing riders to adjust speed through the plus and minus buttons.
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Emergency Riding Mode: In case the scooter becomes unrideable, the mode can be accessed by double-clicking the cruise control button followed by holding it for 3 seconds. This mode allows for a slower speed (5km/h or less), optimized for navigating bridges or stairs.
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Customized Riding Modes: The scooter offers various riding modes (A, 1, 2, 3) with varying levels of regenerative braking and speed, tailored for different needs, including increasing the vehicle’s range, navigating hills with minimal energy loss, and achieving the fastest acceleration with regenerative braking.
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Stabilized Clutch Protection: The system has been optimized to prevent the vehicle from stalling during starts on inclines, ensuring smoother transitions.
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Enhanced Firmware Stability: The software updates improve the reliability, compatibility, and overall performance of the electric scooter.
Public Beta Testing Details
The M85C Mole Control function is currently in public beta testing, with a limited number of participants (2,000 people) invited to join. The testing is available only for M85C models, and participants must ensure their scooter is equipped with the official controller. The beta testing is scheduled to start from September 2, 2024, at 15:00 UTC.
Participants can register by visiting the Ninebot website or through the Ninebot App. They must submit a form, which will confirm the availability of spots. The beta testing package will include firmware upgrades sent through the Ninebot App, with a feedback channel added to the My section of the app. To ensure compatibility, users are required to input their vehicle’s serial number correctly (not the frame number) when registering.
According to user feedback, the M85C is not the only model eligible for the beta testing. The M80 and 95C models are also included in the program. This update builds upon the features of the Ninebot Fz MIX electric bicycle, which was released earlier this year, also featuring the Mole Control function to enhance safety and prevent side-slip.
Conclusion
Ninebot’s Mole Control function represents a significant advancement in electric scooter technology, focusing on safety, control, and user experience. The public beta testing is a crucial step in ensuring the stability and reliability of this feature before its official release. With the inclusion of various modes and advanced functionalities, Ninebot aims to offer a more versatile and safer riding experience to its users.
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