Vessev built an electric ferry that almost flies

The VS-12 represents a significant leap in marine propulsion, utilizing hydrofoil technology to lift the hull above the water's surface [1]. By reducing hydrodynamic drag, the vessel can achieve higher speeds while consuming significantly less energy compared to traditional displacement hulls [1]. This "almost flying" capability allows the ferry to glide efficiently, minimizing the wake and impact on the marine environment [1].

Vessev, a New Zealand-based company specializing in marine technology, has developed these systems to challenge conventional perceptions of boat design and urban mobility [1]. The transition to electric power ensures that the vessel operates without the noise pollution and toxic emissions associated with diesel engines, making it an ideal solution for densely populated harbor areas [1].

The company is actively expanding its footprint in international waters, recently securing a commercial agreement to introduce the VS-12 to Sydney Harbour [1]. This strategic move aims to integrate sustainable transport options into existing city infrastructures, providing a faster and greener alternative to road-based congestion [1]. The goal is to shift the paradigm of how cities perceive aquatic transit, moving from slow ferries to high-speed, eco-friendly conduits [1].

Prior to the VS-12, Vessev had already begun demonstrating the viability of this technology with the VS-9 model, which is currently operational and gliding through the water [1]. These iterative developments prove that the scalability of electric hydrofoils is possible, paving the way for larger fleets capable of transporting significant numbers of commuters across urban waterways [1].

The introduction of Vessev's electric ferries coincides with a global urgency to address climate change, particularly during high-profile events like Climate Week NYC, where decarbonization of transport is a primary focus [1]. By replacing fossil-fuel-dependent vessels with electric hydrofoils, cities can drastically lower their carbon footprint and contribute to international climate goals [1].

Looking forward, the success of the VS-12 in Sydney and other ports could trigger a broader shift in the maritime industry toward "flight-like" efficiency [1]. As battery technology improves and infrastructure for electric charging in harbors expands, Vessev's approach may become the standard for sustainable short-sea shipping and urban ferry networks worldwide [1].