TIMELINE
How Modular-EV came to life.
From the first concept sketch to the production UPT, the key moments along the way.
From a vision to ENVO
Long before UPT, ENVO founder Ali Kazemkhani believed many transportation needs could be served by electric vehicles that were smaller, lighter, and better matched to the task.
Unable to find an existing company where he could fully pursue that vision, he began building it himself.
ENVO started in Canada in 2015 with customizable electric bicycle conversion systems, then expanded into e-bikes, scooters, three-wheelers, snow bikes, and other light electric mobility products.
These early years built practical experience in motors, batteries, controls, vehicle integration, manufacturing, distribution, and service, while establishing an idea that would later become central to UPT:
one technology foundation can support many different mobility solutions.
The eATV project
Following ENVO’s work in electric snow mobility, the team began developing a compact 4x4 electric ATV using independent in-wheel drive.
Several design and prototype iterations led to limited production of ENVO’s first eATV.
The project proved the potential of compact electric all-wheel drive and gave the team valuable experience in multi-motor control, off-road dynamics, vehicle architecture, and electric utility mobility.
It also raised a bigger question:
Could the underlying technology support more than one vehicle?
ENVO NEXT MOVE:the Gold Prize that changed the journey
In 2022, ENVO launched NEXT MOVE, a global design competition inviting designers to imagine new directions for electric mobility.
Among hundreds of international submissions, Alan Tam’s modular e-ATV concept won the Gold Prize.
The concept strongly connected with ideas already forming inside ENVO. Rather than creating another fixed vehicle, it suggested a platform that could change with different needs.
Alan joined the ENVO team, bringing industrial design into a growing engineering effort.
This became an important turning point in the journey toward UPT.
From multiple vehicles to one shared foundation
By this stage, ENVO had worked across e-bikes, scooters, three-wheelers, snow mobility, e-ATVs, utility products, and compact electric vehicles.
The team began exploring whether future four-wheel vehicles could share more than components.
Could different wheelbases, bodies, controls, seating arrangements, suspension setups, and applications be built around one adaptable technological foundation?
Work began on the architecture that would eventually become UPT.
Starting the self-funded R&D journey
In 2023, ENVO launched a focused, self-funded R&D program to turn the platform idea into engineering reality.
The team began developing modular structural systems, drive architecture, battery integration, suspension, steering, controls, electronics, and configurable interfaces.
The challenge was not simply to make parts interchangeable.
It was to make a genuinely adaptable platform practical enough to manufacture, operate, service, and eventually commercialize.
From sketches to UPT
Engineering and industrial design progressed together.
The team explored how one platform could support very different vehicle forms while maintaining a coherent architecture.
Design inspiration extended beyond automotive products into consumer electronics, where common platforms had successfully supported many products and functions.
The project was named:
UPT, Utility Personal Transporter
The name reflected the original ambition: a compact electric platform capable of supporting a wide range of personal and utility vehicles.
Turning the architecture into a physical prototype
By summer 2023, the project moved from digital development into physical prototype construction.
CAD models became manufactured components. Mechanical, electrical, and control systems had to operate together in a real vehicle.
The first physical prototype confirmed the potential of the architecture while exposing the engineering work still required.
The next step was to build something ready for real-world use.
Building the real-world prototype
In 2024, ENVO developed the first real-world UPT prototype architecture and built multiple functional vehicle configurations around the platform.
The platform was publicly unveiled at the Everything Electric Show in Vancouver, where ENVO demonstrated what modularity could make possible in mobility.
For the first time, the wider public, media, industry professionals, and potential partners could see the concept as physical vehicles rather than drawings or renderings.
See Event Reviews and Coverage
Real-world testing begins
Testing started immediately after the public unveiling.
Five vehicle configurations were operated and evaluated across different uses and conditions.
The results were valuable and sometimes unforgiving.
Suspension required significant development.
Steering needed major improvement.
The control architecture had to be reconsidered.
Most importantly, the team concluded that a truly modular physical platform also required a fully modular and future-ready control system.
The testing program triggered a deeper re-architecture of UPT.
A full year of engineering and iteration
2025 became an intensive year of engineering, testing, subcomponent prototyping, and manufacturing development.
Many ideas failed.
Many were redesigned.
Others succeeded and became part of the evolving platform.
eATV, LSV, golf cart, buggy, and side-by-side configurations were tested repeatedly across different environments and operating conditions.
From heat to snow.
From steep grades to aggressive off-road terrain.
From utility operation to higher-speed vehicle dynamics.
Suspension evolved.
Steering evolved.
The control system was rebuilt around a more modular architecture.
Components and manufacturing methods were repeatedly tested and refined.
By the end of the year, the major engineering direction had converged.
The final prototype
Early in 2026, ENVO completed the final prototype architecture based on the previous years of development and testing.
The focus shifted to intensive validation, detailed refinement, and completion of the engineering package required for production.
By this stage, the core technology had been tested and iterated for more than three years.
UPT had progressed from concept, to prototype, to real-world testing, to a production-focused platform.
Preparing the platform for market
Engineering readiness was only one part of the work.
In parallel, ENVO began preparing the commercial systems required for a configurable vehicle platform:
digital configuration tools,
product architecture,
manufacturing planning,
logistics and distribution strategies,
regional assembly concepts,
partner programs,
service systems,
and co-development pathways.
The objective was to prepare not only a vehicle for production, but the infrastructure needed to support many future vehicles from a common platform.
Production begins
UPT production is planned to launch in Q3 2026.
Initial deliveries will focus on early adopters of the technology, businesses, pilot customers, and partners ready to develop real applications around the platform.
This marks the completion of one major chapter:
from idea,
to engineering,
to prototypes,
to years of testing,
to production.
And the beginning of another.
A platform designed to keep evolving
The next stage of UPT is the development and co-development of an expanding variety of vehicles on the shared platform.
Some will be developed by ENVO.
Some with OEMs, upfitters, manufacturers, fleet operators, technology companies, and regional partners.
Some will improve vehicle categories we already know.
Others may address needs that have not yet been imagined.
The production platform is not the end of the UPT development story.
It is the foundation for everything that comes next.