Marine

Dazzling aluminum electric boat powers to speeds of 70 knots

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The Sarvo 37 shines under the midday sun
Sarvo Marine
Sarvo's Sea-aluminum hull is designed for durable, corrosion-free, recyclable performance with less maintenance than fiberglass
Sarvo Marine
The Sarvo 37 wears an intriguing contrast of cold aluminum and warm synthetic wood
Sarvo Marine
The Sarvo 37 includes an automatically deployable swim step for taking a dip
Sarvo Marine
Sarvo 37 layout diagram
Sarvo Marine
Sarvo 37 cabin
Sarvo Marine
On deck
Sarvo Marine
The Sarvo 37 shines under the midday sun
Sarvo Marine
Sarvo offers three different synthetic decking options - teak, weathered teak and grey teak
Sarvo Marine
Sarvo's hull is shaped to provide a mix of stable, dependable handling in choppy waters and smooth, fast speeds in calmer seas
Sarvo Marine
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Bringing together power, speed and head-turning aesthetics, Denmark's Sarvo Marine has created the Sarvo 37. The shimmering aluminum-hulled day cruiser comes powered by four figures worth of pure-electric horsepower, boasting a hypercar-inspired power-to-weight ratio. When pushed to the max, it hits 70 knots, zipping across the water like a shiny metal projectile. Dial it back, and the 37 can travel up to 100 nautical miles, recharging in as little as an hour before doing it all over again.

Look quickly at the 37-foot (11.3-m) Sarvo 37, and you might barely see it, owing to the sun reflecting off the aluminum hull. Shade your eyes, though, and you'll see a sleek vessel that masterfully walks the tightrope between Scandinavian minimalism and vibrant individualism. The specially developed hull aluminum uses 60 percent recycled aluminum content and is designed for low-maintenance, corrosion-free performance, offering more strength than a fiberglass hull without the upkeep, according to Sarvo.

In order to get the best mileage out of the 350-kWh battery pack, Sarvo sculpts the aluminum into a three-stage hull with a razor-like V-shaped bow inspired by vintage Danish mine sweepers. The sharp prow cuts through choppy waters at low speeds, while the flattened stern allows for smooth planing at higher speeds.

Sarvo's hull is shaped to provide a mix of stable, dependable handling in choppy waters and smooth, fast speeds in calmer seas
Sarvo Marine

The 10,540-lb (4,780-kg) Sarvo 37's electric powertrain was architected by Sarvo CTO Jonas Voss, former electric propulsion chief at Koenigsegg Automotive, a company that knows a little bit about maximizing power-to-weight ratios. Voss' experience with optimizing electric propulsion tech for some of the world's highest-performing cars also pays off on the water, where he pairs the 350-kWh battery with a light, compact electric drive that features a partially submerged propeller positioned to increase speed and acceleration. The careful placement of the battery pack and all its weight helps to improve on-water balance and handling.

The 37's electric motor puts out up to 1,280 hp to get the boat moving forward at speeds up to 70 knots (80 mph or 130 km/h). When the captain pulls back and drives at a more modest 10 to 20 knots (12 to 23 mph, or 18.5 to 37 km/h), the Sarvo 37 can travel between 70 and 100 nautical miles (81 and 115 miles or 130 and 185 km), depending upon water conditions. An emergency auxiliary battery pack can be hooked up manually to get the Sarvo 37 back to the marina, should the primary battery be at risk of full drain.

The one-hour recharging time requires a 350-kWh Nerve Smart charging system. Lower-output chargers will require longer hookups ranging from 5.5 hours at a 60-kW charger, to 15 hours at a 400-V shore power hookup, to 47 hours at a 230-V outlet.

The Sarvo 37 wears an intriguing contrast of cold aluminum and warm synthetic wood
Sarvo Marine

The icy coolness of the Sarvo 37's aluminum hull is tempered by the radiant warmth of synthetic wood decking. Sarvo chooses a synthetic over real wood to maintain consistency with the boat's eco-friendly design, saying that its plastic blend features 80 percent recycled content, including plastic removed from the ocean. Buyers can choose from various teak shades, and the decking comes paired with weather-resistant imitation leather upholstery on the wraparound sofa and captain chairs. The deck lounge area also includes an under-seat drinks cooler and a separate champagne cooler.

Below deck, the cabin plays host to a custom twin bed with a built-in bedside induction charger for mobile devices. The vessel lacks space for a full galley, but it does have a coffee station and a toilet room. The cabin's brushed aluminum walls, smoked oak panels and imitation leather upholstery mirror the deck outside.

Sarvo 37 cabin
Sarvo Marine

We contacted Sarvo for pricing information, and it quickly responded to let us know it is not releasing a price publicly at this time, but it promises the boat will be properly expensive ... as you'd expect from any 1,300-hp all-electric aluminum-hulled cruiser. Construction on the first boat is underway, and plans call for completion by May.

Source: Sarvo Marine

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12 comments
Gizmowiz
Almost looks like a stainless steel Tesla Cyber boat !!
ChairmanLMAO
I wouldn't go out in the water without covering the entire top surface with solar panels. Then I would feel better about going out a ways.
Nobody
Coffee station and toilet room???
Derek Howe
Nice boat.
jeff565
Cool boat, but from where I live it's about 100 miles to Key West by boat, so you couldn't even get there as there are no charging stations in the ten thousand islands. It will be great when battery technology can offer better range.
martinwinlow
@ VincentWolf - I'd much prefer Tesla produced one of these (but with a hydroplane which would use 1/4 the power at speed - eg Sweden's 'Candela' - https://www.youtube.com/watch?v=LH7VFwR45J0) and a more realistic battery - 100kWh would be fine - rather than that hideous-looking 'truck'. Heck, I'd even buy one!
Ohm Boy
I've spent 2 years working on an electric boat project. The problem is it takes 15 times as much energy to move a boat through the water as it does to move a car on the ground. If you are going fast and your prop isn't spinning you stop pretty fast. Going fast is the problem. To jump from 15 MPH to 30 MPH the power needs grow exponentially. going 2-4 mph take s almost no power. My project boat can go 40 minutes at 15 mph but 60-70 hours art 2mph. A hydrofoil makes sense to efficiency but if you hit a log or other debris at speed and fall off plan you may have a new hobby especially when you are thinking on water with a 350 volt battery pack. This boat looks awesome and I'm glad someone is finally making something cool and fast. Once the battery tech catches up everything will make sense. A 350KW lithium pack will easily weight 4000 lbs. If that weight can be reduced or the capacity substantially increased or hopefully both then the revolution happening in cars will happen in boats.
JTSU
Put a camper on the back of one of these and tow your boat to the lake! https://youtu.be/f2WCgrHl65A
Josh C
Something like a Capstone turbine for backup emergency power in a concept like this would be clever. 200kwh would give you plenty of power to get home with just a few gallons of fuel.
ljaques
A several million dollar Tesla wannabe, eh? Pass.
Coffee stations and toilet rooms come together as an inseparable pair.