Fliteboard unveils new electric hydrofoil surfboard to help surfers catch a wave
Fliteboard, a leading manufacturer of electric hydrofoil surfboards, announced the launch of its new sub-brand FLITElab* (there’s no more info below, that asterisk is frustratingly part of the name). The announcement coincides with the launch of FLITElab*’s first product, the AMP board, which can help surfers catch a wave, both assisted and electricity-free.
While Flitboard’s product line has largely served the wider electric hydrofoil board market that covers everything from lake and river surfing to open ocean, the new FLITElab* line is focusing on the niche within a niche of prone hydrofoil board surfing.
Also known as prone foiling, this sport differs in that the action starts more like on a traditional surfboard, with the rider starting out lying prone on the board and paddling to catch a wave. Once they’ve caught the wave on the body of the board, the hydrofoil allows them to rise out of the water and begin a more foil-style ride. That hydrofoil also allows surfers to ride waves that are smaller or faster than possible on a traditional surfboard.
So where does the electric part of the sport come in? That’s exactly what FLITElab* wants to showcase in its new AMP board featuring the company’s AMP Jet technology. The AMP Jet is an electric thruster built into the body of the board instead of just above the hydrofoil as we’ve previously seen on most electric foiling boards. That means it’s all but invisible to the naked eye – and is lighter while creating less drag.
As the company explained, “the AMP Jet is a self-contained and removable cartridge, delivering optimal power for prone foilers, wingers, and downwind enthusiasts, to get up and riding with ease regardless of the conditions. Strategic placement of the AMP Jet ensures there’s no added drag, maintaining the board’s performance integrity throughout the entirety of the ride.”
That’s the big idea: it can help foilers catch a wave even on smaller boards, yet it is less cumbersome than a traditional e-foil drive and can also be completely removed, turning the board back into a good old-fashioned (and lighter-weight) ride.
The company is also touting another motor design that they’ve dubbed the AMP Mast. It’s a slimline motor that mounts to the mast to give hydrofoil board surfers that extra boost to catch a wave or quickly return to the lineup.
Chris Reynolds, the project manager on FLITELab*’s first release, explained how the system solves a unique challenge faced by prone foilers:
“From the moment I started prone foiling I was amazed at the kind of waves I could ride; big, small, clean or messy it didn’t matter, the only problem was catching them in the first place. The agile and responsive boards I love to ride just weren’t up to the task of efficient paddling. The AMP system is our solution, the AMP Jet is integrated into the board and delivers the perfect amount of boost exactly when you need it, and is safely out of the way when you don’t.”
Controlling the board is designed to be a simple process by using the FLITELab* LAUNCH Pad embedded in the board’s nose. The unit allows riders to activate the AMP Jet for a power boost while remaining hands-free. The LAUNCH Pad enables riders to customize the power strength and timing of the boost, while an intelligent feature monitors rider position, automatically cutting power once upright or in the event of a fall.
The actual tech specs seem to be pretty slim at this point. We don’t know key figures like the power or battery capacity, though the company claims that the batteries will be allowed on airplanes, which would likely put them at under 160 Wh – comparatively tiny in the world of electric surfboards. But since the system is designed for just a quick boost to catch a wave, battery demands should be much lower than traditional electric surfboards used for surfing flat water like lakes and rivers.
Release date and pricing also seem to be somewhere out on the horizon as well. But hey, at least we’ve got some pretty videos set to some perpetually chill Fleetwood Mac, below.
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Germany’s largest offshore wind farm under construction, EnBW’s He Dreiht, just hit a big milestone: The first enormous turbine is now up in the North Sea.
He Dreiht – which means “it spins” in Low German – is using Vestas’s massive 15 megawatt (MW) turbines, the first project in the world to install them. Just one spin of one of the rotors can generate enough electricity to power four households for an entire day.
When it’s finished, He Dreiht will have 64 mega turbines cranking out 960 megawatts (MW) of clean power – enough to supply around 1.1 million homes. And it’s being built without any government subsidies.
EnBW, one of Germany’s major energy companies, has been working in offshore wind for more than 15 years, but He Dreiht is their biggest project yet. “It will play a key role in helping us to significantly grow our renewable energy output from 6.6 GW to over 10 GW by 2030,” said Michael Class, who heads up EnBW’s generation portfolio development.
The project is a win for Vestas, too. “With the installation of the first V236-15.0 MW, we have reached an important milestone for both the He Dreiht project and our offshore ramp-up, which helps Germany build a more secure, affordable, and sustainable energy system,” said Nils de Baar, president of Vestas Northern & Central Europe.
He Dreiht is located about 85 kilometers (53 miles) northwest of Borkum and 110 kilometers (68 miles) west of Helgoland. At peak times, more than 500 workers will be out at sea building the farm, using a fleet of more than 60 ships. EnBW’s offshore team in Hamburg is running the show.
The installation process is a major operation. The 64 foundations were already set in the seabed last year. Parts for the turbines are loaded onto the installation vessel Wind Orca in Esbjerg, Denmark, and shipped out in a 12-hour journey to the construction site. From there, the turbines are lifted into place. Meanwhile, crews are also working on internal wind farm cabling.
A partner consortium made up of Allianz Capital Partners, AIP, and Norges Bank Investment Management owns 49.9% of the shares in He Dreiht.
Read more: Trump admin halts $5 billion NY offshore wind project mid-build
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Tesla has released a quick update about its Tesla Semi factory in Nevada. It says that it is on track for volume production of the electric semi truck in 2026.
The Tesla Semi was first scheduled to go into production in 2019, but it has faced numerous delays.
Now, it appears that there is finally some momentum to bring it to volume production.
For the last two years, Tesla has been working to build a new factory next to Gigafactory Nevada, where it builds the battery packs and drive units for most of its electric vehicles built in North America.
Today, Tesla released a “progress update on the factory, confirming that it finished building and it’s now working on deploying the production lines:
Tesla had previously mentioned aiming for volume production by 2025, but it is now only talking about starting production toward the end of the year and ramping up next year.
The automaker reiterated its planned production capacity of 50,000 units.
We recently reported that an early Tesla Semi customer, Ryder, stated that the electric truck program is experiencing more delays and a price increase described as “dramatic.”
They now expect to take deliveries of their first trucks later in 2026 and said that the price has increased “dramatically,” leading them to scale back their pilot program from 42 to 18 Tesla Semi trucks.
When originally unveiling the Tesla Semi in 2017, the automaker mentioned prices of $150,000 for a 300-mile range truck and $180,000 for the 500-mile version. Tesla also took orders for a “Founder’s Series Semi” at $200,000.
However, Tesla didn’t update the prices when launching the “production version” of the truck in late 2022. Price increases have been speculated, but the company has never confirmed them.
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Vietnamese solar panel maker Boviet Solar just opened the doors to its first US factory — a huge new PV module plant in Greenville, North Carolina.
The company dropped $294 million into the state-of-the-art facility, which will pump out Boviet’s Gamma Series monofacial and Vega Series bifacial solar panels. They’re using advanced PERC and N-Type solar cell tech, which basically means these panels are built to deliver higher efficiency and better performance across residential, commercial, industrial, and utility-scale projects.
The Greenville factory’s first phase is now online with an annual PV module output capacity of 2 gigawatts (GW). For Phase 2, which is scheduled to come online in the second half of 2026, Boviet will invest another $100 million to add 600,000 square feet and ramp up to another 2 GW. It will make high-efficiency solar cells.
Once both phases are complete, Boviet’s campus will cover more than 1 million square feet of manufacturing and R&D space. It’s one of the biggest clean energy manufacturing projects North Carolina has ever seen.
The jobs impact is significant, too. The first phase will create 460 skilled local jobs. Phase 2 is expected to add another 908, bringing the total to over 1,300 direct jobs, plus nearly 2,000 more indirect jobs across the region. That’s good news for Pitt County’s economy, real estate market, and workforce training programs.
“This facility is not just creating jobs, but creating opportunity, innovation, and a stronger foundation for eastern North Carolina,” said Senator Kandie Smith. Governor Josh Stein added that Boviet Solar’s move shows how North Carolina is leading the way in clean energy growth.
Read more: Thomas Built Buses debuts its next-gen electric school bus
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