Honda India Announces Recall Of H'ness CB350, CB350RS & CB300 Models
Honda Motorcycle & Scooter India has issued a recall affecting several of its popular motorcycle models, including the H'ness CB350, CB350RS, CB300R, and CB300F. The recall applies to bikes manufactured between October 2020 and April 2024, following the identification of a defect in the wheel speed sensor. Additionally, certain units of the CB350 series manufactured between June and July 2024 are being recalled for potential camshaft defects. This safety recall is part of Honda's commitment to maintaining the highest standards of quality and rider safety. Here’s an in-depth look at the recall, the issues at hand, and what affected customers need to know.
The Recall: What Is the Issue?
Honda's recall centres around a defective wheel speed sensor that has been identified in models manufactured over a period of several years. The company reported that an improper moulding process during the sensor's manufacturing could allow water to seep into the sensor, leading to malfunctions. A faulty sensor can result in inaccurate readings on the motorcycle's speedometer, potentially causing confusion for the rider. More critically, it can interfere with the bike's traction control and ABS (Anti-lock Braking System), potentially compromising rider safety.
In severe cases, the malfunctioning sensor may even affect the effectiveness of the bike's braking system, increasing the risk of accidents. Given the central role that these systems play in motorcycle safety, Honda has taken a proactive step in addressing the issue by recalling the affected models for inspection and repair.
Additional Camshaft Defects in CB350 Models
In addition to the wheel speed sensor issue, Honda is also recalling certain units of the CB350, H'ness CB350, and CB350RS models that were manufactured between June and July 2024. The company has identified potential camshaft defects resulting from an improper manufacturing process. This defect could lead to performance degradation, affecting the bike's overall functionality and rider experience. However, Honda has not reported any accidents or injuries related to the camshaft issue so far, indicating that it is more of a preventive measure to ensure long-term reliability and customer satisfaction.
What Does the Recall Entail?
Honda Motorcycle & Scooter India has clarified that the replacement of the affected components will be carried out free of charge at authorised BigWing dealerships across India. This means that customers, regardless of their bike's warranty status, can have the faulty parts inspected and replaced at no cost. Although the company has not disclosed the exact number of units being recalled, it is expected that a significant portion of the H'ness CB350 and CB350RS models, both of which have been bestsellers in the Indian market, are included in this recall.
Affected customers are advised to visit their nearest Honda service centre to have their motorcycles inspected. The dealership staff will conduct a thorough examination of the wheel speed sensor and, if applicable, the camshaft, replacing them with correctly manufactured components to ensure the bike's safe operation.
Why Is the Wheel Speed Sensor Crucial?
The wheel speed sensor plays a pivotal role in a motorcycle's ABS and traction control systems. It monitors the speed of the bike's wheels and provides data to the bike's onboard electronics. This information is essential for the ABS to prevent wheel lock-up during sudden braking and for the traction control system to maintain optimal grip, particularly on slippery surfaces.
A defective wheel speed sensor can lead to inaccurate data being fed to these systems, compromising their effectiveness. This can pose significant safety risks, especially in challenging riding conditions such as wet or uneven roads. By recalling the affected models, Honda aims to ensure that the wheel speed sensors function correctly, maintaining the integrity of these critical safety systems.
Will You Have to Pay for the Repairs?
No, the recall is free of charge. Honda has confirmed that the inspection and replacement of faulty parts will be conducted at authorised BigWing dealerships without any cost to the customer. This applies even if the bike is no longer under warranty, emphasising Honda's commitment to rider safety and customer service.
What Should Affected Customers Do?
If you own a Honda H'ness CB350, CB350RS, CB300R, or CB300F manufactured between October 2020 and April 2024, or a CB350 model produced between June and July 2024, it is advised to take the following steps
Honda service centres are equipped to identify the affected motorcycles based on their Vehicle Identification Numbers (VIN) and will ensure that all faulty parts are replaced promptly.
Ensuring Rider Safety and Product Reliability
Honda's proactive recall of the H'ness CB350, CB350RS, CB300R, and CB300F models reflects the company's dedication to maintaining product quality and rider safety. By addressing both the wheel speed sensor and camshaft issues, Honda aims to prevent potential safety hazards and ensure that its motorcycles continue to deliver the reliable performance that customers expect.
Ensuring Rider Safety and Product Reliability
Honda's proactive recall of the H'ness CB350, CB350RS, CB300R, and CB300F models reflects the company's dedication to maintaining product quality and rider safety. By addressing both the wheel speed sensor and camshaft issues, Honda aims to prevent potential safety hazards and ensure that its motorcycles continue to deliver the reliable performance that customers expect.
If you own an affected model, take advantage of the free recall service to ensure that your motorcycle operates safely and efficiently. The recall not only underscores the importance of regular vehicle maintenance but also highlights Honda's commitment to customer satisfaction and road safety.
How to Get Further Information
For additional details about the recall, customers can contact their nearest Honda BigWing dealership or visit the official Honda Motorcycle & Scooter India website.
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