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Walk through any busy marina early in the morning and you’ll see the same pattern repeated: small utility boats moving between berths, assisting with docking, transporting equipment, conducting inspections, or carrying staff between pontoons. These vessels are the quiet backbone of daily marina operations. And yet, many of them rely on legacy designs and propulsion systems that haven’t evolved in decades. For marina workboats in particular, the case for rethinking design is c

When choosing a boat — whether a tender or a larger vessel — one of the most common assumptions is that stability and speed sit on opposite ends of a spectrum. If you want stability, you sacrifice pace.If you want speed, you accept compromise. But the real question is more nuanced than that. It isn’t simply about stability versus speed. It’s about stability, speed, and ride quality — and how those elements interact in real-world conditions. In naval architecture, every design

Walk through any marina and you’ll see rows of tenders that look broadly similar. Familiar hull shapes. Familiar layouts. Familiar compromises. The problem is not that these boats float. It’s that many of them were never truly designed around how they are used. A tender is rarely a leisure craft in its own right. It is a utility platform. It carries people and provisions. It operates in tight spaces. It is boarded from awkward angles. It is left exposed to weather. However, i

Electric propulsion is reshaping the conversation around marine transport. For small vessels in particular, the advantages are compelling: quiet operation, reduced maintenance, simplified ownership, and an improved experience on the water. But electric is not a universal solution — at least not yet. The key question isn’t whether electric is the future. It’s where it makes sense today. For tenders and marina-based commercial craft operating over short, predictable distances,