MIRAVA’s $5M Smart Boat Cracks Old Recreational Limits

MIRAVA has raised $5M in angel funding after three years of development to fund small-batch production, customer deliveries and its European market push for an intelligent electric recreational boat. The first production model is scheduled to appear at the Cannes Yachting Festival in September 2026, then boot Düsseldorf in January 2027.

The company is betting that autonomy, wearables and modular hardware can strip out the friction that still defines most days on the water.

The $5M Push Toward Deliveries

Angel capital will cover remaining product work, limited production runs and early customer handovers as MIRAVA introduces the boat in Europe. According to the company, the raise follows three years of refinement aimed at turning intelligent navigation concepts into a sellable recreational platform.

That timeline places the first public hardware in front of buyers and brokers at two of Europe’s biggest boat shows within six months. Small-batch production is the explicit next step rather than further pure R&D.

• $5M angel funding secured
• Three years of prior product development
• Cannes Yachting Festival September 2026 showcase
• boot Düsseldorf January 2027 follow-up

The money is modest beside some large European tech funding rounds, yet it is sized for a hardware startup moving from prototypes to customer boats.

For a firm exiting a long design cycle, the raise functions as a bridge. It funds the gap between finished concepts and boats that can leave a yard with owners waiting. Limited runs keep inventory risk low while still generating the first real customer feedback loop.

Europe is the stated first market. The two show dates lock that choice into a public calendar that brokers and early buyers can plan around.

Autonomy Drawn From 1,500 Boats and 500,000 Miles

MIRAVA states its systems rest on more than 500,000 nautical miles of operational data and intelligent driving deployments across more than 1,500 boats, mostly commercial and defence craft. The company is translating that experience into recreational features that run quietly rather than demand constant attention.

Core capabilities listed by the firm include:

• Autonomous docking
• Autonomous departure and arrival
• Station keeping (dynamic positioning)
• Intelligent following
• Autonomous navigation assistance between points

The goal, according to MIRAVA, is choice: owners drive when they want and let the boat handle the stressful or repetitive moments. Station keeping holds position while swimmers or paddlers use the water. Intelligent following keeps the vessel nearby during activities without forcing a return to the helm.

Marine conditions change faster than roads. Wind, current, waves and other traffic create a moving problem set. MIRAVA argues the commercial data base is what makes recreational versions feel reliable instead of experimental.

Commercial and defence operators already treat docking, holding station and point-to-point runs as routine work. Transferring those patterns into a leisure hull means the software has already seen crowded quays, shifting loads and weather that changes mid-manoeuvre. The recreational buyer inherits that exposure without having to accumulate it alone.

The five listed functions share a single idea. Each one removes a moment when the owner would otherwise stop the outing to manage the boat. Departure, arrival, holding still and staying close become background tasks. The helm remains available. It simply stops being mandatory for every phase of the day.

A Compact Hull That Changes Shape

Designers Arman Fissette and Emanuele Bomboi shaped the boat as a multi-role platform rather than a single-activity hull. Fissette has worked with Feadship, Oceanco, Sinot and Wajer. Bomboi previously held senior design roles at FCA Group and Maggiora-Viotti.

Every design begins with a question. What does freedom on the water look like today, for a family or for someone young enough to still be discovering it? The answer took shape as a Swiss Army knife, not in appearance, but in principle.

Arman Fissette, designer

The FRP hull carries a 2.44-metre beam and space for eight guests. Lounges sit on the foredeck (hammock or canopy options), under the hardtop and at the stern. The aft section uses a hydraulic arm that can expand the platform, create a water-level retreat, or detach completely as an independent floating island for two people. The island runs on a 330 W motor and its own battery bank for four to six hours of separate use, controlled by joystick.

Bomboi calls the look Scandinavian in restraint: calm curves, no decoration for its own sake, complexity folded out of sight.

Restroom, picnic table and customisation options extend time on the water. The same boat is meant to handle family cruising, watersports, fishing or quiet floating without forcing an owner to choose one primary use at purchase.

The hydraulic aft section is the clearest expression of that multi-role brief. Expanded, it adds deck. Lowered, it becomes a water-level lounge. Detached, it turns into a second craft with its own power and controls. One hull therefore supports a full guest list or a split party without a second boat on the trailer.

Beam, guest count and lounge zones are sized for day use rather than overnight passages. The designers treat the platform as a base that reconfigures around the people on board, not a fixed layout that dictates the plan before departure.

Wearables Shift Control Away From the Helm

MIRAVA is developing an intelligent wearable for user recognition, presence detection and following functions. The boat becomes aware of where people are and what they are doing rather than waiting for button presses.

In practice that could mean swimming or paddle-boarding while the vessel tracks at a safe distance. Groups stay together instead of one person remaining glued to the controls. The interface moves toward communicating intent. This sits alongside the same wave of connected wearable systems already common on land.

MIRAVA says the traditional helm need not be the only interaction point. Technology stays in the background so people can focus on the experience itself.

Presence detection closes a loop that cameras alone leave open. The boat knows which bodies belong to the party and can hold or follow without constant radio checks. Recognition also supports the autonomy suite: docking and departure routines can confirm who is aboard before they start.

The wearable therefore acts as a quiet companion to station keeping and intelligent following. Together they free every guest from the role of designated driver for long stretches of the day.

Incumbents Are Moving on Docking Too

Big recreational builders are already treating autonomous docking as a must-have rather than a novelty. Brunswick, parent of Boston Whaler and others, is rolling out AutoCaptain, an AI-driven system using multiple cameras and neural nets for docking, undocking and close-quarters manoeuvres. CEO David Foulkes has said boats without it may become harder to resell.

MIRAVA’s approach differs in two places: the systems arrive as standard rather than an option, and they sit inside a purpose-built modular tender rather than being grafted onto existing monohulls. The commercial and defence data base is also presented as a different foundation from pure recreational camera systems.

Both paths point the same direction. Skill barriers around docking and positioning have been one of the last hard limits on who buys and uses a boat. Removing them expands the addressable market beyond experienced owners.

Resale pressure, once voiced by a major group CEO, turns autonomy from a marketing extra into a expected feature. MIRAVA’s decision to ship the full suite as standard is a bet that buyers will compare boats on that basis sooner rather than later.

How Modular Hardware Meets Quiet Autonomy

The floating island, the wearable and the autonomy list are designed to work as one system rather than separate gadgets. When the aft section detaches, station keeping and intelligent following keep the main hull in a useful position relative to the people who left. The 330 W island motor and joystick cover local movement. The parent boat covers the rest.

That pairing matters in crowded water. Swimmers and paddlers stay linked to a vessel that can hold or track without a crew member at the wheel. The same logic applies when the platform is only expanded or lowered: guests use the water-level edge while the boat maintains place against wind and current.

Propulsion choice feeds the same idea. The fully electric package, with up to 11 hours of economical cruise and a one-hour charge window from 10 to 80 percent, favours long, quiet days close to shore. The 250 hp outboard option raises top speed to 30 knots for owners who still want conventional performance. Either way the autonomy layer stays available.

• Detachable island runs four to six hours on its own battery
• Main hull holds or follows via the autonomy suite
• Wearable supplies presence and intent cues
• Electric or outboard power remains owner-selectable

Fissette’s Swiss Army knife principle shows up here as operational flexibility. One purchase covers cruising, lounging, split groups and short independent runs from the island without a second registration or trailer.

What the European Show Circuit Will Test

Cannes and boot Düsseldorf are not only launch pads. They are the first public stress tests of whether a compact electric platform with standard autonomy reads as finished product or as concept still in progress. Brokers, press and early buyers will see the production model, the hydraulic aft and the control approach in the same venues where established yards show their latest monohulls.

The $5M raise is explicitly tied to serving that European audience. Small-batch production and first handovers follow the show cycle rather than preceding it. That order keeps capital focused on boats that can be demonstrated, ordered and delivered in sequence.

Comparison with larger funding rounds in European tech underlines the hardware reality. MIRAVA is not scaling software seats. It is funding moulds, assemblies, certification steps and the logistics of placing physical boats with customers. The modest cheque matches that narrower job.

If the commercial data base translates cleanly, docking and following should feel ordinary on a family day boat. If the modular aft proves simple to use in real harbours, the multi-role claim holds. The shows open that examination. Deliveries close it.

Cannes First, Then the Real Test of Deliveries

The electric MIRAVA makes its global debut at the 2026 Cannes Yachting Festival. Boot Düsseldorf follows in early 2027. Those two shows will put the production model, the floating-island aft and the autonomy suite in front of the European market that the $5M raise is meant to serve.

1. September 2026, Cannes Yachting Festival global debut of the electric production model
2. January 2027, boot Düsseldorf appearance
3. Ongoing, small-batch production and first customer deliveries

The company frames the boat as a next generation smart boat platform built around family, leisure and shared experiences rather than a single predefined purpose. Technology is cast as the means to more freedom on the water, not the product itself.

Whether the modular aft and the following wearable deliver that freedom in real Mediterranean chop and crowded marinas will be decided after the shows, when owners take the first production boats home.

Three years of development, a focused angel round and a six-month show window now give way to the only metric that counts for a hardware startup: boats in customer hands, running the routes and harbour approaches the commercial data was meant to prepare them for.