Sustainable urban transport
Green, smart, and flexible electric ferry systems for modern cities. Autonomous vessels connecting communities across waterways — at a fraction of the cost of traditional infrastructure.
Capabilities
Engineered for safety, efficiency, and sustainability.


About Cstrider
Cstrider is a Swedish startup building the next generation of urban waterborne transport. Our autonomous electric ferries offer a cost-effective, green alternative to bridges and traditional ferry lines — adaptable to cities and rural communities alike.
With a complete system approach covering vessels, docking stations, and charging solution, we deliver turnkey solutions that cities can deploy in days, not years.
Cstrider is the future of urban waterborne transportation. With a flexible system, we adapt to the customized needs of each city — providing an environmentally friendly, sustainable solution that reduces commuting time and supports a higher quality of urban living.
Zero emissions, minimal wake, and whisper-quiet operation. Our vessels are designed to coexist with marine ecosystems and coastal communities.
Born in Gothenburg, engineered for the world. We combine Scandinavian design principles with cutting-edge marine technology.
Our Vessel
Our production model — in service today. Browse the gallery.

Our current production model — in service today.
Pricing
A complete ferry system for a fraction of the cost of a pedestrian bridge — with none of the construction delays.
A traditional pedestrian bridge takes years to plan and construct, and costs a fortune. The Cstrider system deploys in days, at a fraction of the price — connecting the same communities with zero permanent impact on the waterway.
Deployed in days · Fraction of fixed-bridge capex · Zero permanent impact
Team
A passionate team of engineers, designers, and operators building the future of urban water transit.

The Cstrider team · Marstrand
In the Press
Cstrider has been featured in Sweden's leading media outlets.
“Cstrider offers a genuinely innovative solution for connecting communities separated by water. It's exactly the kind of flexible infrastructure we need.”
— Regional Transport Authority
“The autonomous technology is impressive, but what really stands out is the speed of deployment and the minimal environmental footprint.”
— Technical Research Institute
“Det blir billigare än att bygga en bro”
The Future is Autonomous
From a single shoreside control room, one or two operators pilot a fleet of zero-emission electric ferries — turning your city's most underutilised infrastructure, the waterway, into a working public-transit line.
CEROC
The system is operated from CEROC — the Cstrider Efficiency Remote Operating Centre. Certified operators sit ashore in a climate-controlled cabin and supervise an entire fleet of autonomous electric ferries: live video, radar, AIS, chart and energy, all from a single seat.
The autonomy stack drives the boat — the operator stays in command. The whole control room fits in a 20 ft container, or installs directly in an existing traffic control centre.
Autonomous docking
The vessel swings in and backs precisely to the quay — no hands on the wheel.

The system, at a glance · CEROC · Link · Celia One

CEROC · Inside the remote operations centre
Fix broken transit links with scheduled crossings between existing quays. The Virtual Bridge slots straight into the public-transport network.
Fraction of fixed-bridge capex
Replace diesel ferries with zero-direct-emission, near-silent electric vessels designed to coexist with the harbours they cross.
Electrify — greatly reduced energy need
One CEROC seat oversees multiple vessels. Add a vessel to the schedule the way a city adds a tram to a line — high frequency, short travel times.
1:N operator-to-fleet ratio
Call for pioneer cities · 2027–2028
We respond to every feasibility enquiry within two working days.
FAQ
Everything you need to know about the Cstrider system.
Get in Touch
Whether you're a municipality, transport operator, or investor — we'd love to hear from you.

Heritage
The past revisited