We engineered a reverse trike two-seater designed for urban mobility. We used our
expertise in automotive and mobility design to generate the concept and then take it
through prototyping and engineering optimization for manufacturing. The project combined
innovation, safety, and modularity to deliver a cost-efficient, future-ready urban mobility
platform.
Trike (Reverse Two Seater Trike)
Harness Design
We designed and developed a wiring harness system for an advanced electric scooter, combining product design, prototyping, and manufacturing support. The final solution delivered a safe, modular, and cost-effective harness optimized for durability, easy integration, and scalability in next-generation electric scooters.
Range Estimation
We developed a MATLAB-based simulation for battery range estimation of an electric scooter using the New European Drive Cycle (NEDC). By combining product design, prototyping, and manufacturing expertise with advanced modeling, we optimized battery size for cost-efficiency while ensuring reliable, real-world performance.
PCB Design
We engineered a PCB design for compact devices that balanced tight space constraints with efficiency, reliability, and seamless integration. By combining electronics design, prototyping, and mechanical engineering, we delivered a production-ready solution optimized through schematics, embedded software, and hardware-in-the-loop testing.
Collapsible Tent
We designed a collapsible tent that combines ergonomic product design, prototyping, and manufacturing efficiency to deliver a durable, lightweight, and cost-effective shelter. Engineered for comfort and usability, it offers outdoor enthusiasts a portable, high-performance solution optimized for mass production.
bait boat
We engineered an IP-65 certified RC bait boat that combines innovative product design, prototyping, and manufacturing optimization to deliver a durable, cost-effective, and scalable solution. With a focus on performance, reliability, and real-world testing, the design meets international standards for modern fishing applications.
Topology optimization
We optimized a three-wheeler rear fork using topology optimization, prototyping, and manufacturing expertise to reduce unsprung weight while maintaining strength and durability. The result is a lightweight, production-ready design aligned with modern methods like additive manufacturing, boosting both efficiency and performance.
Skateboard platform
We developed a modular Electric Truck Skateboard Platform for urban mobility, combining product design, prototyping, and manufacturing expertise to deliver a scalable, cost-efficient, and future-ready EV solution. Built for versatility, it adapts across commercial, passenger, logistics, and military applications, setting the foundation for sustainable transportation.
SEE HOW METTLER DESIGN TRANSFORMS IDEAS INTO FUNCTIONAL, SCALABLE PRODUCTS ACROSS INDUSTRIES.
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