Innovation and Improvement of Self-Service Scooters
for Dott
We had the opportunity to collaborate with Dott to optimize their fleet of self-service scooters. This collaboration focused on an in-depth study of current usage, identifying pain points and gathering user feedback.
Project Objectives:
Practicality and Safety: Design more practical and safer scooters.
Robustness: Improve the durability of scooters for intensive use.
Cost Efficiency: Optimize manufacturing, maintenance, and repair costs.
Innovation and Improvement of Self-Service Scooters
for Dott
We had the opportunity to collaborate with Dott to optimize their fleet of self-service scooters. This collaboration focused on an in-depth study of current usage, identifying pain points and gathering user feedback.
Project Objectives:
Practicality and Safety: Design more practical and safer scooters.
Robustness: Improve the durability of scooters for intensive use.
Cost Efficiency: Optimize manufacturing, maintenance, and repair costs.
Innovation and Improvement of Self-Service Scooters
for Dott
We had the opportunity to collaborate with Dott to optimize their fleet of self-service scooters. This collaboration focused on an in-depth study of current usage, identifying pain points and gathering user feedback.
Project Objectives:
Practicality and Safety: Design more practical and safer scooters.
Robustness: Improve the durability of scooters for intensive use.
Cost Efficiency: Optimize manufacturing, maintenance, and repair costs.
Innovation and Improvement of Self-Service Scooters
for Dott
We had the opportunity to collaborate with Dott to optimize their fleet of self-service scooters. This collaboration focused on an in-depth study of current usage, identifying pain points and gathering user feedback.
Project Objectives:
Practicality and Safety: Design more practical and safer scooters.
Robustness: Improve the durability of scooters for intensive use.
Cost Efficiency: Optimize manufacturing, maintenance, and repair costs.
Innovation and Improvement of Self-Service Scooters
for Dott
We had the opportunity to collaborate with Dott to optimize their fleet of self-service scooters. This collaboration focused on an in-depth study of current usage, identifying pain points and gathering user feedback.
Project Objectives:
Practicality and Safety: Design more practical and safer scooters.
Robustness: Improve the durability of scooters for intensive use.
Cost Efficiency: Optimize manufacturing, maintenance, and repair costs.
Process:
Prototyping and Testing: An intensive phase of prototyping and consumer testing to validate improvements.
User Feedback: Integration of customer feedback to refine designs.
This project aims to provide an enhanced user experience while optimizing the economic and environmental aspects of shared scooters.
Process:
Prototyping and Testing: An intensive phase of prototyping and consumer testing to validate improvements.
User Feedback: Integration of customer feedback to refine designs.
This project aims to provide an enhanced user experience while optimizing the economic and environmental aspects of shared scooters.
Process:
Prototyping and Testing: An intensive phase of prototyping and consumer testing to validate improvements.
User Feedback: Integration of customer feedback to refine designs.
This project aims to provide an enhanced user experience while optimizing the economic and environmental aspects of shared scooters.
Process:
Prototyping and Testing: An intensive phase of prototyping and consumer testing to validate improvements.
User Feedback: Integration of customer feedback to refine designs.
This project aims to provide an enhanced user experience while optimizing the economic and environmental aspects of shared scooters.
Process:
Prototyping and Testing: An intensive phase of prototyping and consumer testing to validate improvements.
User Feedback: Integration of customer feedback to refine designs.
This project aims to provide an enhanced user experience while optimizing the economic and environmental aspects of shared scooters.
