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Wireless connectivity sensors
Nowadays, a lot of bike sensors connect wirelessly to a riding computer or smartphone using Bluetooth or ANT+ technology. In addition to enabling more sophisticated features like real-time data updates and automatic syncing with training programs, this can be more practical than utilizing a cable connection.A motorcycle's wireless connectivity can be used to link it to other devices or the internet, giving it access to a variety of features and capabilities. The procedures for using wireless connectivity in a motorcycle are as follows:
GPS tracker :
Installing a GPS tracker on the motorcycle will allow you to monitor its whereabouts. This may be helpful if the rider is unable to transmit their whereabouts, such as in the event of theft or an accident
Tire pressure monitoring system:
If the tire pressure is too low, a tire pressure monitoring system can warn the rider, which can reduce accidents and increase fuel efficiency.
Bluetooth helmet intercom:
A Bluetooth helmet intercom allows riders to communicate with their passengers or other group members. By making it simple to communicate without removing the helmet, this can improve safety.
Crash detection sensor:
A crash detection sensor can recognize when a motorcycle accident has occurred and will automatically alert emergency services.
Accelerometer:
If a motorcyclist is at risk of losing control of the bike, an accelerometer can detect fast changes in direction or speed and alert them.
Bluetooth:
Motorcycle sensors are commonly linked to smartphones or other Bluetooth-capable devices using Bluetooth, a short-range wireless technology. Bluetooth makes remote sensor control and data transfer simple. Everyone can operate it very easily.
Wi-Fi:
Sensors can connect to the internet using Wi-Fi-enabled devices, which is a wireless networking technology. While it may not be as power-efficient as Bluetooth, it provides an additional or higher range.
Cellular:
Motorcycle sensors may transfer data solely within their cellular networks because to the wireless technology known as cellular connectivity. For tracking and remote monitoring, this option is helpful.
LoRaWAN:
Motorcycle sensors use LoRaWAN, a low-power, long-range wireless technology, in the Internet of Things. It is commonly employed in applications where battery life is crucial since it can transfer data over distances of several kilometers. It uses very little power.
motorcycle safety sensors
Motorcycle safety sensors are electronic devices that are designed to help prevent accidents and improve motorbike safety. There are different types of safety sensors that can be installed on motorcycles, and some of the more common ones are:
ABS (Anti-lock Brake System) sensors:
When a wheel locks up while braking, ABS sensors are in charge of automatically adjusting the brake pressure to prevent the wheel from locking. This can assist the rider in keeping the motorcycle under control and avoiding accidents.
Traction Control Sensors:
To prevent wheel spin and grip loss, traction control sensors measure the speed of the wheels and modify the engine's power delivery. In slick circumstances, it can aid the rider in maintaining control of the motorcycle and reducing collisions.
Gyroscopic Sensors:
Gyroscopic sensors track the motorcycle's orientation and keep it steady during turns and fast direction changes. This can aid in avoiding accidents brought on by rapid steering inputs or too short angles that result in loss of control.
Blind Spot Detection Sensors:
By monitoring the activity around the motorcycle and alerting the rider of nearby vehicles, blind spot detection sensors can assist riders avoid crashes with other vehicles.