INTERVIEW: Planning Before Building — The Critical Role of Simulation in the eVTOL Aircraft Era
The advanced air mobility (AAM) industry took another significant step forward with the announcement that Electro Ventures has acquired Vertiport Simulations, bringing together expertise in electric aviation infrastructure, charging technology and digital planning tools.
In a recent episode of the eVTOL Insights Podcast, host Jason Pritchard was joined by Josh Portlock, Founding Partner and Innovation Director at Electro Ventures, and Joe Mattern, Founder of Vertiport Simulations, to discuss the partnership, the growing importance of simulation technology and the future of electric aviation infrastructure.
For Portlock, the acquisition is a natural extension of Electro Ventures’ broader mission to accelerate sustainable mobility. The company’s portfolio spans electric aviation, hydrofoil watercraft and next-generation transportation technologies, all built around the idea of supporting the transition away from traditional fossil-fuel-powered transport.
Reflecting on the growth of the business, Portlock explained: “While electric aviation is my passion and really my dream is to advance electric aviation and make it available for everybody, that is a very difficult industry. It’s the hardest one to transition and change as far as electrification. We saw opportunities to diversify into other advanced mobility sectors, but always with the goal of supporting the future of electric aviation.”
The addition of Vertiport Simulations strengthens Electro Ventures’ position across the AAM ecosystem by providing a planning and visualisation capability that complements existing businesses such as Electro Aero and FlyOnE.
For Mattern, the deal represents the culmination of years of collaboration and trust between the two organisations. Although Vertiport Simulations is only two years old, its team has already built a reputation for creating highly detailed digital representations of vertiports, charging infrastructure and future operational environments.
Speaking about the acquisition, Mattern said: “It’s just a very happy, exciting time. We’ve worked diligently and, most importantly, we’ve always had that amazing relationship with Josh back to day one. There’s a lot of respect for each other, a lot of trust, and it’s been a very natural joining together.”
A major theme throughout the discussion was the growing importance of simulation technology as the industry moves from concept development to real-world implementation.
While aircraft developers continue making progress towards certification, infrastructure providers and operators must now determine how future vertiports, chargers and operational networks will function in practice. Portlock highlighted how simulation is already helping customers make better infrastructure decisions:
He said: “Those sorts of decisions are far better made in simulation than in speculation. When you start talking about tens of chargers, thinking about where they’re going to go relative to the FATOs, the charging bays or even the hangars, simulation becomes extremely valuable.”
Mattern expanded on this point by describing how Vertiport Simulations enables stakeholders to visualise future facilities before investing significant capital. The company uses Microsoft Flight Simulator 2024 alongside proprietary scenery development tools to create realistic digital environments anywhere in the world.
He explained:“All we need is a latitude and longitude of where they want that vertiport or charger platform to be. Anywhere on Earth within Microsoft Flight Simulator, we can put it there. We then create realistic simulations that allow customers to understand layouts, operations and infrastructure requirements before construction ever begins.”
The conversation also explored the critical role charging infrastructure will play in enabling commercial eVTOL operations. Drawing on Electro Aero’s experience operating electric aircraft for more than eight years, Portlock argued that charging should no longer be viewed as an afterthought.
He said: “A five-million-dollar eVTOL aircraft is just a very expensive hovering toy if you don’t have chargers at both ends of where you want to fly. Every flight requires charging. That makes infrastructure absolutely critical.”
Portlock also stressed the importance of designing charging systems around aircraft operations rather than forcing aircraft to adapt to fixed infrastructure, saying: “Don’t bring the five-million-dollar aircraft to the hundred-thousand-dollar charger. Bring the hundred-thousand-dollar charger to the five-million-dollar aircraft. It’s easier, safer and more efficient.”
Looking ahead, both guests expressed confidence that 2025 and beyond will mark a turning point for infrastructure deployment. Government-backed initiatives, growing aircraft maturity and increased industry collaboration are creating momentum across the sector.
Portlock described the current period as “the year of growth for infrastructure”, while emphasising that collaboration remains essential.
He said: “We’re not in a competitive phase of this industry yet where it’s about market share. It’s really about market adoption. Whatever we can all do to help each other and help the industry get better adoption benefits everyone.”
Mattern shared a similarly optimistic outlook, particularly regarding Florida’s emergence as a leading AAM market. He highlighted the company’s vision for future vertiports across the state and the opportunity to combine simulation, charging infrastructure and renewable energy systems into fully integrated facilities.
As the episode concludes, one message is clear: advanced air mobility is no longer just about aircraft. Success will depend on creating a complete ecosystem that includes vertiports, charging networks, energy systems and operational planning tools.
Through their new partnership, Electro Ventures and Vertiport Simulations are positioning themselves at the centre of that transformation, helping turn virtual concepts into real-world infrastructure that will support the next generation of aviation.

