Engineering the Next Generation of Efficient Mobility
From motorcycles and electric two- and three-wheelers to compact four-wheelers and innovative urban vehicle concepts, FEV develops technologies, vehicle architectures and engineering solutions for the mobility of tomorrow.
FEV makes the difference: Smaller vehicles. Bigger challenges.
Urban mobility is changing. Congestion, limited parking space, emissions targets and the rising cost of vehicle ownership are driving demand for smaller, lighter and more efficient vehicles.
At the same time, customers expect much more than basic transportation: safety, connectivity, attractive design, comfort and digital functions are becoming increasingly important – even in highly cost-sensitive vehicle segments.
The challenge is to deliver more mobility with less: less weight, less energy, less complexity and less cost.
This is where FEV makes the difference for you.
Talk to our experts
Feel free to contact our experts directly by email at sales@fev.com or use our contact form.
Cost is designed into the vehicle from the beginning.: Making affordable mobility economically viable
Affordable mobility starts with engineering the right vehicle – not simply removing features from an existing one.
FEV helps customers optimize:
Through simplified architectures, modularity, lightweight construction and right-sized components.
Through efficient conventional and electric propulsion, thermal management and energy management.
Through simulation, virtual validation, reusable architectures and integrated engineering.
Through durability, maintainability, connectivity and predictive functions.
Engineering efficiency into every vehicle
FEV combines decades of vehicle and powertrain engineering expertise with cutting-edge AI-based development capabilities, software, electronics, simulation and testing capabilities.
Light. Efficient. Connected.
FEV supports manufacturers in developing a wide range of two-wheeler concepts – from conventional motorcycles and performance-oriented vehicles to efficient electric two-wheelers for urban mobility.
FEV combines established vehicle and powertrain engineering expertise with advanced technologies such as electrification, software, connectivity, ADAS and AI-based development approaches.
Focus: Riding dynamics, efficiency, safety, performance, comfort and cost-efficient development.
More stability. More possibilities.
Three-wheelers can combine the agility and efficiency of two-wheel mobility with increased stability, comfort and usable space.
FEV develops the complete vehicle system – including architecture, chassis, propulsion, battery integration, safety, thermal management and electronic systems – tailored to the specific application and market.
Maximum mobility. Minimum footprint.
Small cars and light vehicles have enormous potential for urban mobility. FEV engineers compact vehicle concepts that combine low cost, low energy consumption and a small footprint with the functionality customers expect from modern vehicles.
The goal is not simply to make a smaller car – but to rethink the vehicle around its actual use case.
Our Expertise: Everything from a single source
We help customers develop cost-efficient vehicles from the first concept to production, optimizing the complete system rather than individual components.
FEV at the ÖVK Motorradkongress 2026
FEV is actively shaping the conversation around next-generation two-wheel mobility. On November 2, 2026, FEV will be a key presenter at the ÖVK Motorradkongress in Milan, bringing its expertise in electrification, vehicle engineering, software and intelligent mobility to the industry.
Shared Vehicle Electric Native: SVEN: Rethinking the urban vehicle
SVEN is FEV’s compact electric vehicle concept developed specifically for urban mobility and car sharing.
At just 2.5 meters long, SVEN combines a highly compact footprint with space for up to three passengers, electric propulsion, connectivity and preparation for automated driving.
But SVEN is more than a vehicle concept. It demonstrates FEV’s approach to designing the complete vehicle around its intended use case – from architecture and lightweight construction to electric propulsion, chassis, connectivity and autonomous driving functions.
Key principles demonstrated by SVEN
- Design for electric mobility
- Design for minimum size
- Design for low cost per kilometer
- Design for shared mobility
- Design for digital business models
Designed around the use case – not the vehicle class
Applications across the mobility spectrum
Compact vehicles for private and shared transportation.
Talk to FEV: Let’s engineer the next generation of mobility
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