Maps Speedometer is a versatile travel companion that displays your current speed in real-time as an elegant overlay on your device. This innovative app automatically activates when your selected apps are in use or when connected to a Bluetooth device, ensuring you always have access to your speed information without interrupting your primary activities. Designed with flexibility in mind, it supports various units of measurement including mph, km/h, and knots, catering to different user preferences and regions.

The app's customizable features allow users to adjust the transparency, size, position, and color of the speedometer overlay, providing a personalized experience that fits seamlessly into any app or interface. Whether navigating through unfamiliar roads or simply monitoring your speed during daily commutes, Maps Speedometer offers a practical solution for travelers and drivers who prioritize both functionality and aesthetics in their mobile applications.

Maps Speedometer stands out with its comprehensive set of features designed to enhance user experience. One of its key attributes is the automatic display and hiding functionality, which intelligently shows the speedometer overlay only when specific apps are active or when a Bluetooth connection is detected. This ensures minimal interference with other applications while maintaining constant access to crucial speed data. Additionally, the app operates independently of internet access, safeguarding user privacy by eliminating potential backdoors for data sharing.

Customization is at the heart of Maps Speedometer's design philosophy. Users can choose from multiple units of speed measurement (mph, km/h, knots), adjust the overlay's transparency and size, and even select from various color schemes and styles. The ability to temporarily hide the overlay by tapping it adds another layer of convenience, allowing for uninterrupted viewing when needed. These thoughtful features collectively create a powerful yet unobtrusive tool that enhances navigation and driving experiences across different scenarios and devices.