Alexandre Mongeon: Electric Boats vs Gas - Is the Math Finally Working?

For entrepreneurs introducing unfamiliar technology, the biggest competitor is often not another product.

It is the customer's existing mental model.

Electric boats demonstrate the problem perfectly. Ask many boaters about electric propulsion and the conversation quickly moves to range: How far will it go? What happens if the battery runs out? Where will I charge it?

Yet those same questions are rarely examined with equal intensity when someone buys a gasoline-powered boat.

That disconnect has shaped much of Alexandre Mongeon's work. Mongeon is CEO and co-founder of Vision Marine Technologies and has spent more than 25 years in the boating industry, according to the company's current leadership profile.

What his experience reveals is useful far beyond marine technology: markets rarely adopt an unfamiliar technology because its specifications improve. They adopt when uncertainty becomes experience.

Electric Boats Are No Longer a Six-Mile-Per-Hour Idea

Electric boating itself is not new.

Mongeon points out that electric boats existed long before today's EV movement. What changed, he argues, is what the technology can now deliver.

For decades, the category was associated largely with slow boats used on lakes. His team later pursued high-performance propulsion aggressively enough to reach 116 mph in an electric boat — a speed independently documented in coverage of Vision Marine's 2023 record run.

The significance is not that every recreational boater needs triple-digit speed.

It is that an old category assumption — electric means underpowered — could finally be challenged with something observable.

Mongeon's description of the broader change is straightforward:

“The power is there, the technology is there.”

The interview also makes clear that speed is only part of the equation. Mongeon says electric boats his company works with can use existing marina shore power through onboard charging systems, while fewer moving parts substantially reduce maintenance requirements.

Current industry reporting supports the broader direction while also making the limitations clear. Battery technology and motor efficiency continue to improve, and marine manufacturers are investing in electrification, but battery weight, charging infrastructure, purchase price and high-horsepower applications remain meaningful constraints.

That nuance matters.

The useful question is no longer simply, “Do electric boats work?”

It is:

For which boating use cases does the operating equation already make sense?

Range Anxiety Is a Business Problem Before It Is a Battery Problem

Mongeon identifies range as the question he still encounters first.

His answer is not that range no longer matters. In fact, he explicitly distinguishes between a typical full day of boating and multi-day offshore use. He says battery development has materially improved the range his customers receive compared with 2017 or 2018, but acknowledges that electric propulsion does not yet fit every boating pattern.

That is an important entrepreneurial lesson.

Trying to eliminate every weakness before entering a market can be unnecessary. A company instead needs to identify the situations where its current technology is already good enough — or better.

Industry evidence points in the same direction. Electric propulsion currently fits some lower-power and recreational applications better than heavy, high-horsepower use cases, while energy density and infrastructure remain barriers to broader adoption.

So the adoption challenge becomes partly one of segmentation.

Do not ask:

Can electric propulsion replace every gasoline engine?

Ask:

Where does electric propulsion already solve the customer's actual job?

For founders in any industry, that distinction is enormous.

New products often fail because companies compare their technology with an incumbent across every conceivable dimension. Customers rarely buy that way. They buy within a specific context.

The Economics Become More Powerful Than the Technology Story

Mongeon gives one of the interview's sharpest comparisons when discussing operating cost.

He estimates that, in a particular use case, a full day on an electric boat can cost roughly $5 in electricity compared with approximately $350 in gasoline or diesel. He also estimates maintenance can fall dramatically because electric drivetrains contain fewer moving parts. These are Mongeon's figures from the interview rather than industry-wide averages, so they should be treated as an illustration of his operating experience, not a universal cost model.

But the underlying business principle is stronger than the exact numbers.

Early technologies are often marketed around novelty:

faster processor, cleaner technology, artificial intelligence, automation, new chemistry, new architecture.

Customers eventually ask a simpler question:

What changes for me?

Lower maintenance?

Less downtime?

Less fuel?

Quieter operation?

Simpler service?

Lower labor requirements?

When the answer can be expressed through operations rather than technology jargon, an innovation starts becoming a business case.

That is particularly relevant in commercial fleets, where utilization makes operating differences accumulate quickly.

Why a Rental Fleet Became a Ten-Year Experiment

One of Mongeon's smartest decisions was not merely to manufacture electric boats. His company began operating a rental fleet.

The operation started with five boats around 2016, expanded, and according to Mongeon has since generated tens of thousands of two-hour rentals. He describes the fleet simultaneously as a business, a marketing channel and a long-term test environment.

That combination is unusual and strategically powerful.

A laboratory can tell you whether a product works. A rental operation tells you what customers actually do with it.

How hard are they on the equipment?

What breaks?

What worries them?

What do they enjoy?

What needs explanation?

How do components age after thousands of real-world operating hours?

Mongeon calls the rental operation a “bench test,” except this test has been running for roughly a decade.

More importantly, it produces something a brochure cannot: evidence under repeated use.

Vision Marine said in 2026 that commercial fleet deployment had become a meaningful contributor to adoption, with operators putting electric boats into active service rather than merely evaluating prototypes.

For entrepreneurs, the transferable principle is compelling:

Can part of your business model double as your product-development environment?

If customers can use the product repeatedly in lower-risk conditions before buying it, every interaction can reduce uncertainty.

When Demonstration Beats Persuasion

Mongeon is unusually explicit about his preferred sales technique.

Get people on the boat.

A prospective customer can visit a dealership, rent one for two hours or use one through a boat club. In his experience, the direct comparison between a gasoline-powered boat and an electric one changes the conversation faster than explaining specifications.

As he puts it:

“The best scenario for us to educate people is having them test the product.”

That is more than experiential marketing.

It is risk reversal.

The buyer does not have to believe the founder's claim about noise, torque, simplicity or usability. The customer can test the proposition personally.

This matters whenever a product challenges deeply established expectations.

If your innovation requires a ten-minute explanation before somebody understands why it is better, ask whether a ten-minute experience could do the job instead.

Adoption Requires an Ecosystem, Not Just a Better Product

Mongeon's story also reveals why technically superior products can still struggle.

Manufacturers need to understand the integration.

Dealers need to know how to sell it.

Service organizations need confidence maintaining it.

Customers need somewhere to try it.

Charging needs to fit real usage.

Mongeon says his company spent years working through 25 integrations with boat manufacturers, including engineering, testing, manufacturer training and dealer demonstrations.

This is the hidden work behind category creation.

The product is only one layer.

A market also needs distribution, servicing, education, financing, infrastructure and social proof.

Current marine-industry reporting reflects that same tension. More than 100 manufacturers have reportedly been developing electric solutions, yet infrastructure, battery weight, price and consumer familiarity continue to influence adoption.

Even the wider recreational boating market is operating under economic pressure: NMMA reported in July 2026 that new U.S. powerboat sales were down 7.1% on a rolling 12-month basis through April, making clear economic value even more important for discretionary purchases.

The lesson for founders is uncomfortable but useful:

Innovation does not enter an empty market. It has to fit into an existing system.

What Entrepreneurs Can Learn From Electric Boating

Mongeon's experience suggests a practical playbook for introducing technology that customers do not yet fully trust.

Start with the use case where the economics already work.

Do not promise universal replacement.

Turn objections into experiments.

If buyers fear range, let them experience the real range.

Create operating evidence.

Repeated customer use is more persuasive than theoretical performance.

Measure against the incumbent.

Compare maintenance, cost, usability and performance under equivalent conditions.

Educate every layer of the ecosystem.

Customers are only one audience. Dealers, partners, service providers and distributors also determine adoption.

Reduce the cost of trying the product.

Rental, demonstration, pilots and memberships can move customers from abstract skepticism to first-hand knowledge.

Mongeon describes technology adoption in boating as a marathon rather than a sprint. After more than a decade working on electric propulsion, he still talks about educating the market as part of his daily job.

That may be the most important lesson in the conversation.

Founders often assume innovation wins when technology becomes good enough.

In reality, technology becomes commercially meaningful when enough people have experienced enough evidence to change what they believe is normal.

This week, identify the biggest objection standing between your product and adoption. Instead of preparing another argument against it, design one experience that allows a customer to test the answer personally.

That experiment may teach you more than another month of persuasion.