Project Insight

KaebonEB Eins

Side view of Kaebon electric boat on calm water with lightweight carbon hull

Discover

Automotive precision on water.

The Kaebon EB Eins is a study in lightweight efficiency. MUNIQ managed the entire development process—from the first visionary sketch to the final production data. We applied automotive surface quality to marine design. By building the entire vessel in CAD using complex carbon-fiber layouts, we ensured that the transition from a digital model to a seaworthy product was seamless and uncompromising.

Client

Kaebon

Industry

Marine Design / Sustainable Mobility

Year

2021

Services

Design • Modelling • Engineering • Full Development

Concept sketch sheet showing early design development for Kaebon electric boat
Side profile rendering of Kaebon electric boat highlighting clean carbon hull design
Dynamic exterior rendering of Kaebon electric boat showing ultra-light electric hull design
Exterior rendering of Kaebon electric boat showing design visualization at modern dock

Timeless Silhouette

Timeless Silhouette

Inspired by the legendary "Gentleman Racers" of the 1920s, we reinterpreted a classic typology for the electric age.

We merged the sleek, emotional lines of the past with modern carbon sandwich construction. The result is a silhouette that looks timeless, but performs with the hydrodynamic efficiency required for modern electric mobility.

Underside view of Kaebon electric boat carbon hull inside workshop during construction
Kaebon electric boat prototype during water test demonstrating lightweight carbon hull

Performance through Lightness

True efficiency comes from reduction. By pushing the limits of lightweight carbon construction, we created a craft that is effortless to handle and transport, yet incredibly agile on the water.

We focused on maximizing the power-to-weight ratio. The hydrodynamic hull design ensures that the electric drive translates instantly into acceleration—delivering a dynamic driving experience defined by pure engineering efficiency rather than brute force.