The Thunderboard React Uses Bluetooth Capability to Track Performance
References: pushstartcreative & core77
The Thunderboard React kit is a conceptual car design by Silicon Lab that relies on wireless sensors to keep track of the vehicle's overall performance. This is thanks to integrated Bluetooth features that allow consumers to track how fast the car is going, the acceleration, positioning and more to ensure that the design is running properly and smoothly.
The vehicles are paired with an app designed specifically to monitor the interior mechanisms so consumers can track how the car is functioning without having to open the roof or perform any maintenance. The vehicles are designed specifically for derby use and track racing, which allows the multiple sensors and wireless tracking to be an asset when it comes to improving the vehicle's performance as well as the overall design and aesthetic.
The vehicles are paired with an app designed specifically to monitor the interior mechanisms so consumers can track how the car is functioning without having to open the roof or perform any maintenance. The vehicles are designed specifically for derby use and track racing, which allows the multiple sensors and wireless tracking to be an asset when it comes to improving the vehicle's performance as well as the overall design and aesthetic.
Trend Themes
1. Wireless Sensor Technology - Developing smaller and more powerful wireless sensors for use in vehicles could lead to advancements in performance monitoring and optimization.
2. Smart Vehicle Design - Integrating smart technology like Bluetooth capabilities and sensor monitoring into vehicles could improve overall performance, maintenance, and user experience.
3. Internet of Things for Racing - The use of wireless sensors and tracking for derby and track racing vehicles could create opportunities for IoT applications in the sports and entertainment industries.
Industry Implications
1. Automotive - The automotive industry could leverage wireless sensor technology and smart design to create more efficient and high-performing vehicles.
2. Sports - The sports and entertainment industries could explore IoT applications for derby and track racing vehicles, such as live performance tracking and data visualization.
3. Technology - The development of advanced wireless sensors and smart vehicle design could create disruptive innovation opportunities for companies in the technology industry.
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