Universal Motorcycle Truck Car TPMS with Tire Valves Sensor and Programming Device for Tire Pressure Sensor

TPMS (Tire Pressure Monitoring System) mainly has the following important functions:

1. Prevent Tire Blowouts
   • Insufficient tire pressure is one of the main causes of tire blowouts. When the tire pressure is too low, the contact area between the tire and the ground increases, and the friction also increases, which will cause the sidewall of the tire to bend and deform excessively. Driving in this state for a long time, cracks will occur in the tire sidewall due to excessive fatigue and may eventually lead to a blowout. TPMS can monitor the tire pressure in real - time. Once the pressure is below the set safety threshold, it will promptly alert the driver, reminding the driver to take measures such as inflating the tire or replacing the tire, thus effectively reducing the risk of a blowout. For example, when driving on a highway, without TPMS, the driver may hardly notice the slow decrease of the tire pressure. However, TPMS can immediately send an alarm when there is an abnormality in the pressure, allowing the driver to pull over and check before a blowout accident occurs, avoiding a dangerous situation.
2. Enhance Vehicle Handling Stability
   • Appropriate tire pressure is crucial for vehicle handling. When the tire pressure is unbalanced, the vehicle's driving posture will be affected. For example, if the pressure of one side of the tire is too low, the vehicle will tilt to that side during driving, resulting in heavy steering and also deviation during braking and acceleration. TPMS monitors the pressure of each tire to ensure that the tire pressure is within the normal range, which helps the vehicle maintain good handling performance, enabling the driver to better control the vehicle during driving. Especially in situations such as emergency avoidance, turning, or braking, normal tire pressure can ensure that the vehicle travels according to the driver's intention and reduce the probability of accidents.

1. Avoid Excessive Wear
   • Either too high or too low tire pressure will lead to abnormal tire wear. When the pressure is too high, the central part of the tire will be worn out excessively, because the high pressure reduces the contact area between the tire and the ground, mainly concentrating on the central part of the tire; when the pressure is too low, the edge parts on both sides of the tire will experience increased wear. TPMS allows the driver to adjust the tire pressure in a timely manner, so that the tire wears evenly and extends the service life of the tire. For example, through the TPMS monitoring data, the driver can keep the tire pressure within the range recommended by the vehicle manufacturer, so that all parts of the tire can work normally, avoiding local excessive wear and thus reducing the frequency of tire replacement and saving usage costs.
2. Reduce Tire Damage Caused by Pressure Problems
   • Besides wear problems, unreasonable tire pressure may also cause damage to the internal structure of the tire. For example, too high a pressure may lead to over - stretching of the tire cord, reducing the strength of the tire; too low a pressure may cause the tire to be repeatedly over - compressed during driving, causing damage to the rubber and internal structure of the tire. TPMS can effectively prevent these tire damages caused by pressure problems, ensuring the quality and performance of the tire and extending its service life.

1. Optimize Driving Resistance
   • When the tire pressure is normal, the rolling resistance of the vehicle is smaller. When the tire pressure is insufficient, the rolling resistance will increase. This is because insufficient pressure leads to increased tire deformation, and more energy is required to overcome the resistance caused by this deformation during driving. TPMS helps to reduce the vehicle's rolling resistance by ensuring normal tire pressure, thereby improving fuel economy. According to research, vehicles with normal tire pressure can reduce fuel consumption by about 3% - 4% compared with vehicles with insufficient tire pressure. For example, in daily urban driving or long - distance driving, normal tire pressure enables the vehicle engine to not need to do extra work to overcome excessive rolling resistance, thus saving fuel.