pulse navigation

Overview

With the introduction of a new model, we have integrated a 10.25-inch touchscreen on our Smartscooters for the first time. This not only provides riders with a larger visual area but also brings a new interactive experience. To fully utilize this technology, we decided to enhance the navigation system, aiming to improve user safety and convenience while riding.

Overview

With the introduction of a new model, we have integrated a 10.25-inch touchscreen on our Smartscooters for the first time. This not only provides riders with a larger visual area but also brings a new interactive experience. To fully utilize this technology, we decided to enhance the navigation system, aiming to improve user safety and convenience while riding.

Overview

With the introduction of a new model, we have integrated a 10.25-inch touchscreen on our Smartscooters for the first time. This not only provides riders with a larger visual area but also brings a new interactive experience. To fully utilize this technology, we decided to enhance the navigation system, aiming to improve user safety and convenience while riding.

Goal

Determine the visual style and interaction design of the navigation interface to ensure ease of use under different lighting conditions.
Design a dedicated app feature for Pulse, ensuring seamless data synchronization and interaction between the smartphone and the Smartscooter.
Organize and optimize map resources to make navigation information clear and easy to read, especially for real-time information needed during rides.
Design basic features to meet navigation needs and plan to add waypoint features in later stages to further enhance the navigation experience, reducing the need for users to check their phones while riding.

Goal

Determine the visual style and interaction design of the navigation interface to ensure ease of use under different lighting conditions.
Design a dedicated app feature for Pulse, ensuring seamless data synchronization and interaction between the smartphone and the Smartscooter.
Organize and optimize map resources to make navigation information clear and easy to read, especially for real-time information needed during rides.
Design basic features to meet navigation needs and plan to add waypoint features in later stages to further enhance the navigation experience, reducing the need for users to check their phones while riding.

Goal

Determine the visual style and interaction design of the navigation interface to ensure ease of use under different lighting conditions.
Design a dedicated app feature for Pulse, ensuring seamless data synchronization and interaction between the smartphone and the Smartscooter.
Organize and optimize map resources to make navigation information clear and easy to read, especially for real-time information needed during rides.
Design basic features to meet navigation needs and plan to add waypoint features in later stages to further enhance the navigation experience, reducing the need for users to check their phones while riding.

Design

We conducted market research and user interviews to understand riders' needs and preferences. Based on this information, we created multiple design prototypes and tested them, ultimately identifying the optimal visual and interaction design.

We collaborated with map providers to obtain the latest map data and designed a clear, easy-to-read map interface. Through multiple user tests, we adjusted icon sizes, colors, and fonts to enhance readability.

Design

We conducted market research and user interviews to understand riders' needs and preferences. Based on this information, we created multiple design prototypes and tested them, ultimately identifying the optimal visual and interaction design.

We collaborated with map providers to obtain the latest map data and designed a clear, easy-to-read map interface. Through multiple user tests, we adjusted icon sizes, colors, and fonts to enhance readability.

Design

We conducted market research and user interviews to understand riders' needs and preferences. Based on this information, we created multiple design prototypes and tested them, ultimately identifying the optimal visual and interaction design.

We collaborated with map providers to obtain the latest map data and designed a clear, easy-to-read map interface. Through multiple user tests, we adjusted icon sizes, colors, and fonts to enhance readability.

pulse navigation

pulse navigation