
Sweden's Fjällräven Outfits The World To Keep Walking With Nature
Since its founding in a cellar on Sweden's High Coast in 1960, the durable outdoor gear brand Fjällräven has made a name for itself by its sustainability mission and accomplishments. Over the decades, it's expanded its global retail footprint as well as its dedication to repairing its own worn gear for continued reuse.
Last year, it launched a successful peer-to-peer resale marketplace for its preloved bags, gear, and apparel. Now, Fjällräven equipment can last practically forever, say its brand loyalists.
That kind of nod to product endurance is right on brand for the company, which has since its founding been committed to making nature more accessible—and keeping it as natural as possible, for as long as possible. In true Swedish style, says CMO for Fjällräven Americas, Amanda Bernal, 'we focus on simplicity and practicality, and we have the utmost respect for the environment.'
From the time founder Åke Nordin started selling aluminum-frame backpacks from his basement in Örnsköldsvik, Sweden, says Bernal, the company's core mission and driving force has always been, and always will be, to inspire – and enable – more people to spend time in nature. 'We want our products to help you feel secure and at home in the outdoors, now and in the future,' the company says.
That mission got a big boost when Nordin spent a freezing night in the mountains in 1974, vowing to never feel cold outside again: This led to the launch of one of Fjällräven's most iconic product lines, the Expedition Down Jacket, which was hailed in his obituaries when he died in 2013.
A perfect fit
Fjällräven's been a great fit for Bernal, who started at the company six months ago as the Chief Marketing Officer for the Americas. Having led her own consulting firm and worked for progressive American brands Whole Foods and outdoor recreation product company Yeti, she was primed for a big change.
Years before, after graduating from Cornell University, 'as I was approaching my professional career, I wanted to do something that aligned with my personal values. I always had this love of being outside, but also wanted to make outside a place that felt welcoming to everybody. I also have a passion for leaving the Earth a better place than we found it. So, I started working for brands that really aimed to reduce waste and consumption.'
When she eventually found Fjällräven? 'I just fell in love. And about five years ago, I came in as a consultant on the Americas side. Then I worked with the global team. And over the past five years, they've slowly pulled me in more and more. And now I feel very honored to be heading the marketing team and the marketing messaging in the Americas.'
'So, I've worked for brands where [sustainability] has been part of their values. But I have to say, peeking behind the curtain at Fjällräven, it is the core value for this brand. Sustainability starts every conversation. It shapes every decision.'
'A top-of-mind example is that when most of the industry was going really hard into GORE-TEX, Fjällräven actually ended their partnership with that company. Because of [toxic chemical]
You can't take the Swedish out of the gear …
Says Bernal, 'There is this Swedish expectation of generational use, where the products will be handed down generation-over-generation, which is a little bit difficult to translate in the Americas, where the brand just hasn't existed that long.'
'But it is part of our mentality that we make a coat, we make a parka, we make a pair of trousers, and they should last for decades, because true sustainability means that an item doesn't need frequent replacement. So, there's this joke that I tell myself: It's almost as though this brand doesn't want to make money.'
'Like, we're so committed to sustainability that we're going to sell you this jacket and it will last you forever and you can repair it with us [the company repaired 8,531 items in a recent year].
'[Otherwise] you never have to come back to us because that is how passionately we feel about sustainability and lowering our footprint by using something over and over and over. That drives everything this brand does from product material, design, storytelling, et cetera,' says Bernal.
It's no mistake that Fjällräven is the official Purveyor to the Royal Court of Sweden—and wildly popular with regular Svens and Sigrids all over the world from Stockholm to Santa Fe. Its functional, durable, and ageless outdoor gear, its transparently responsible attitude about protecting nature, animals, and people, and its overall infectious interest in all things outdoors are as ingrained in Swedish DNA as the pragmatism of IKEA products, the heritage of the Electolux brand, the innovations of Spotify and Sproud, and the endurance of Volvo and Saab.
'Nature is in our DNA. We simply can't deviate from it. Without it, we'd be nothing. It is our past, present, and future. It's our forever.'
As founder Nordin once quipped, 'We've been trekking for more than fifty years; I hope we never get there.'
Good Company
Fjällräven falls under the umbrella of the enterprise Fenix International AG. The Fenix Outdoor Group was established as a corporate entity about 25 years ago when Fjällräven, its founding brand, began buying up other outdoor companies. Over the years, the group has grown substantially, both organically and through multiple other acquisitions: Today it includes 150-year-old Norwegian wool purveyor Devold; technical winter gear-maker Tierra; outdoor footwear brand Hanwag; and climbing/outdoor gear company Royal Robbins; it also operates a multi-brand retail group across northern Europe.
Taking the Long View
Everything that humans do in business and as consumers exerts a measurable impact on the environment around us and the other people and animals that inhabit it, argues Bernal. 'As an outdoor company, we're acutely aware of this impact and we do our utmost to keep our environmental footprint as small as possible.'
'There's this Swedish sense of self-sufficiency that I see as wrapped into the ethos of the brand. As far as the garments themselves go, Fjällräven has always been very committed to care and repair.'
'That's why we're teaching people how to wax their gear to add a layer of weatherproofing and weather protection. We also have a tailor program to be able to repair or shorten a pant or add an additional button so that the gear, the garment, is both customized to you, but also can last so much longer than I think the typical.
'Let me pick on Americans for a bit: For the typical American, the day you buy your trousers is their worst day. In a capitalist economy, when you drive a car off the lot, it's automatically depreciating in value.' Well, it's the same, typically, with the purchase of a garment.
Whereas, for Bernal, 'I think there is this inverse relationship: The more you wear your garment, the more you wear your gear, the more memories you create in it. The more you patch it, the more you repair it, it becomes this sort of analog memory-making machine.' It increases its value. 'And I think there is real power in that. There is real power in saying the more you wear this, the more you get out there, the better it will become. The fabric will wear, it will mold to your body. There's so much tangible experience in that garment now that people underestimate.'
That was the impetus for the pilot launch in the US of the peer-to-peer 'Pre-Loved' resale program. 'So far, there's been tremendous enthusiasm and excitement about it from both the buyers and the sellers.'
'Now, we're looking at ways to expand the program geographically, and even into stores, which I think would be super-exciting. I actually keep my eye on the site because I think it's so cool to see all the amazing vintage pieces that people will post. Each garment has a [unique]
Of course, it takes some time for the items to find their way into any resale market. Fjällräven designs and makes them to last for decades of use, before getting passed on to the next generation and finally becoming available on the secondhand market. 'This way,' says Bernal, "fewer products are produced, less energy is consumed, and fewer products end as waste. 'But we can always do better,' she admits.
Because sustainability is a special kind of trekking. There are many checkpoints, but no finish line.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
an hour ago
- Yahoo
Oatly to Report Second Quarter 2025 Financial Results on July 23, 2025
MALMÖ, Sweden, June 23, 2025 (GLOBE NEWSWIRE) -- Oatly Group AB (Nasdaq: OTLY), the world's original and largest oat drink company, will report financial results for the second quarter ended June 30, 2025, on Wednesday July 23, 2025 before the U.S. market opens. Oatly will host a conference call and webcast at 8:00 a.m. ET on the same day to discuss the results. The conference call and simultaneous live webcast can be accessed on Oatly's Investors website at under 'Events.' The webcast will be archived for 30 days. About Oatly We are the world's original and largest oat drink company. For over 30 years, we have exclusively focused on developing expertise around oats: a global power crop with inherent properties. Our commitment to oats has resulted in core technical advancements that enabled us to unlock the breadth of the dairy portfolio, including alternatives to milks, ice cream, yogurt, cooking creams, spreads and on-the-go drinks. Headquartered in Malmö, Sweden, the Oatly brand is available in more than 50 countries globally. For more information, please visit ContactsOatly Group AB+1 866-704-0391investors@ in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
Yahoo
2 hours ago
- Yahoo
Here's Why Rocket Lab Stock Is a Buy Before August
Shares of the upstart rocket builder have lifted off over the past year. The company is ramping up its launches and expanding its ecosystem. The stock still looks reasonably valued relative to its growth potential. 10 stocks we like better than Rocket Lab › Rocket Lab USA's (NASDAQ: RKLB) stock skyrocketed nearly 470% over the past 12 months. The maker of reusable orbital rockets impressed investors with its successful Electron launches, fresh contracts, and the upcoming launches for its bigger Neutron rocket. Investors might be reluctant to buy Rocket Lab's stock after that monstrous rally. However, I think it's still worth buying ahead of its next earnings report in August for five simple reasons. Rocket Lab's Electron rocket can carry small payloads of up to 300 kilograms into space. It's been successfully launched 66 times and used to deploy 227 satellites. It achieved six Electron launches in 2021, nine launches in 2022, 10 launches in 2023, and 16 launches in 2024. It's also launched seven Electron rockets in 2025 so far. Its big customers include NASA, the U.S. Space Force, the Swedish National Space Agency, Capella Space, and BlackSky Technology. Annual revenue rose more than sevenfold from $62 million in 2021 to $436 million in 2024 as it ramped up those launches. Rocket Lab's second rocket, the Neutron, will have a higher maximum capacity of 13,000 kilograms to low-Earth orbit. It's scheduled to arrive in the second half of 2025, and it's already secured new Neutron contracts from NASA and a leading satellite network operator. Unlike the Electron, which carved out a comfortable niche with its small-lift launchers and doesn't face too many competitors, the Neutron will compete more aggressively against SpaceX's Falcon 9, which has a maximum capacity of roughly 22,800 kilograms. The growing rift between the Trump administration and Elon Musk -- as well as SpaceX's recent delays and failed launches -- might also drive more government contracts to Rocket Lab over the next few years. Rocket Lab won't break even anytime soon, but its adjusted earnings before interest, taxes, depreciation, and amortization (EBITDA) margins improved from negative 70% in 2021 to negative 22% in 2024. Those improvements were driven by more launches, higher average launch prices, its increased in-house manufacturing, and tighter spending. Over the past year, Rocket Lab shipped two new research satellites for NASA, secured an additional study contract for NASA's next Mars mission, and agreed to deploy a constellation of 25 satellites for Kinéis, a global Internet of Things (IoT) connectivity provider. It signed a multi-year Electron launch contract with Japan's Institute for Q-shu Pioneers of Space (iQPS) while advancing its projects with the U.S. government. Rocket Lab also joined a team led by Kratos Defense & Security Solutions to test hypersonic flights, signed a new satellite launch contract with Airbus, and agreed to provide support for Firefly Aerospace's upcoming lunar mission. It recently agreed to buy Mynaric, a leading laser communications provider; and Geost, which develops satellite sensors for the U.S. military, to further expand its ecosystem. All of these catalysts could help Rocket Lab keep pace with SpaceX, which launched 138 Falcon rockets last year, as the domestic space race heats up. From 2024 to 2027, analysts expect Rocket Lab's revenue to nearly triple from $436 million to $1.2 billion. They also expect its adjusted EBITDA to turn positive in 2026 and more than triple to $202 million in 2027. With an enterprise value of $13.2 billion, it might not seem cheap at 11 times its projected sales for 2027. Nevertheless, those valuations seem reasonable if Rocket Lab eventually becomes as big as SpaceX, which generated an estimated $13 billion-$14 billion in revenue in 2024. So if you believe Rocket Lab will keep growing over the next decade, it might be smart to accumulate its high-flying stock before its next earnings report. Before you buy stock in Rocket Lab, consider this: The Motley Fool Stock Advisor analyst team just identified what they believe are the for investors to buy now… and Rocket Lab wasn't one of them. The 10 stocks that made the cut could produce monster returns in the coming years. Consider when Netflix made this list on December 17, 2004... if you invested $1,000 at the time of our recommendation, you'd have $664,089!* Or when Nvidia made this list on April 15, 2005... if you invested $1,000 at the time of our recommendation, you'd have $881,731!* Now, it's worth noting Stock Advisor's total average return is 994% — a market-crushing outperformance compared to 172% for the S&P 500. Don't miss out on the latest top 10 list, available when you join . See the 10 stocks » *Stock Advisor returns as of June 9, 2025 Leo Sun has no position in any of the stocks mentioned. The Motley Fool has positions in and recommends Rocket Lab. The Motley Fool has a disclosure policy. Here's Why Rocket Lab Stock Is a Buy Before August was originally published by The Motley Fool Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data


Washington Post
2 hours ago
- Washington Post
No one has made fusion power viable yet. Why is Big Tech investing billions?
DEVENS, Massachusetts — Inside a cavernous factory in a quiet Boston exurb, workers wearing hard hats and safety glasses swarm around giant magnets powerful enough to lift an aircraft carrier. In another building — where some work proceeds in strict secrecy — the magnets are being assembled in a spaceshiplike vessel designed to contain a magnetic field in temperatures that will soar to tens of millions of degrees. The plan is to squeeze atoms together and create energy from fusion, a potentially limitless and cheap source of power that scientists have been chasing for decades. The reactor under construction here at Commonwealth Fusion Systems is one of at least 43 private-industry ventures or partnerships in the United States and allied countries that are racing to commercialize fusion power. It's a prize that has eluded scientists for so long, many still believe it can't be done, at least not anytime soon. But tech companies and investors are pouring billions into these companies, encouraged by breakthroughs they contend have placed a sustained fusion reaction tantalizingly within reach. China also factors into their urgency, with a government-sponsored effort there that is putting the West at risk of losing the global competition. Scientists dreaming of fusion are no longer toiling in the shadows. They are being courted by governors, billionaires and tech behemoths eager to get in on the ground floor of what they see as a transformative, carbon-free fusion economy. 'A lot of people thought we were chasing ghosts,' said Michl Binderbauer, at TAE Technologies, which has partnered with Google to build a fusion reactor in Southern California and is one of Commonwealth's top rivals. Now more than $8 billion in mostly private money has been invested in fusion start-ups, most of it in the past four years. 'This really has the ability to change the world,' said Genevieve Kinney, a partner at General Catalyst, a venture capital firm that late last year led a $900 million round of funding for a young company called Pacific Fusion. 'If it happens, the outcomes are massive. It could replace many of the technologies we use today.' The current and former Energy Department secretaries are boosting its promise. 'Fusion has hit that tipping point where things are going to happen fast,' Energy Secretary Chris Wright, a student of fusion decades ago at MIT who ultimately became an oil and gas CEO, said at a conference in Washington this month. While Trump officials have scaled back support for wind and solar energy, Wright has touted fusion because if harnessed, it would produce power without regard to weather or time of day. Fusion also is supported by one of Wright's predecessors, Ernest Moniz, a nuclear physicist himself who was once skeptical it could be commercialized. To be sure, nobody is promising a miracle overnight. The industry is grappling with the huge challenge of sustaining a fusion reaction, a massive, costly undertaking that could require materials that have yet to be invented. The most optimistic companies talk about getting power on the grid within the next decade, but they caution that electricity from early plants will be very expensive and limited. Skeptics warn that it could take at least another decade or two. But federal and state officials are already beginning to plan for the day fusion power becomes reality. The views of some fusion skeptics began to shift after government scientists in late 2022 used giant lasers to generate a reaction that produced more energy than went into creating it. That reaction lasted just a fraction of a second. But it proved that fusion was achievable, shifting the quest to an engineering challenge to create a lasting reaction, contain it and channel it into usable power. The forecasts for electricity demand around the world in the coming decades dwarf what experts say energy companies can deliver using current technologies. Much of the demand is driven by the intense energy needs of the artificial intelligence industry, motivating some of Silicon Valley's most powerful companies to embed themselves in the fusion moonshot, engaging their AI machinery in the effort to get fusion power out of the lab and onto the power grid. TAE, for example, is so closely collaborating with Google on its work that the Silicon Valley tech giant has a virtual control room on its campus enabling it to engage with the fusion firm's experiments. 'They have access to all the data,' said Binderbauer, a physicist who founded TAE more than a quarter-century ago. 'It's like a marriage. There are very few secrets left. The upshot is that they are partnering deeper with us.' It's a radically different landscape than when Binderbauer launched the company. Now, Moniz sits on TAE's board, and Google and Chevron are major investors. OpenAI CEO Sam Altman is the executive chairman of West Coast fusion firm Helion Energy, which has inked an agreement to supply Microsoft with electricity if it gets a plant up and running. Worries that China will win the fusion race are also giving U.S. firms a boost. China is building what experts believe will be one of the most powerful fusion reactors in the world, bigger than the U.S. government facility in Berkeley, California. As with U.S. efforts, the project is focused on advancing nuclear weapon design, as fusion reactors can be used to simulate the conditions of a nuclear explosion. China is now investing substantially more public funds in fusion than the United States is. The risk is that fusion power could be one more U.S. energy innovation, like solar panels and electric-car batteries, that stalls out here amid a lack of public investment, enabling China to monopolize the industry and its supply chains. 'The winner in the fusion race will be the country that can build these plants at scale and do it around the world,' said Jimmy Goodrich, a nonresident fellow at the University of California Institute on Global Conflict and Cooperation. He said China is well positioned, as it is vastly outpacing the United States in building traditional nuclear fission reactors — which power today's legacy nuclear plants using technology that splits atoms, rather than fusing them — with 27 under construction compared with zero in America. 'The speed and scale at which they are moving is remarkable,' Goodrich said. 'They can apply that to fusion, and we are left in the dust.' Germany, Japan and Britain are also racing to build the world's first fusion power plant. In the United States, companies are jockeying with one another, sharing some scientific findings and technologies but also making bold claims that their specific approach is superior and most likely to succeed. TAE claims to have the 'cleanest and safest approach to commercial fusion power.' It is conceptually similar to that of Commonwealth Fusion's magnet configuration, called a tokamak, but is designed to use different fuel and operate at lower temperatures. Commonwealth arguably has a leg up, having brokered a deal with Virginia to locate its first fusion plant near Richmond, with the aim of selling 400 megawatts of power by the early 2030s. It is enough electricity to power a sizable data center. The firm spent hundreds of millions of dollars on its Massachusetts magnet factory, which also helps supply the experiments of other fusion companies. Among them is Type One Energy, which in February signed an agreement with the Tennessee Valley Authority, the nation's largest public utility, to build a 350-megawatt fusion power plant called Infinity Two on the grounds of a retired coal-powered generating station. Infinity Two would be powered by what is called a stellarator, which the company says will be able to sustain a fusion reaction without needing to invent new materials to handle the heat and energy intensity involved, because it will operate at lower temperatures. Equipment breakdown is one of the biggest challenges fusion faces, as generating energy for even a few seconds can destroy the machinery creating that energy. 'If you have a promising approach but you still need to invent new materials, the hard reality is you are not going to be putting fusion energy on the grid in 10 years,' said Christofer Mowry, CEO of Type One. Other companies aren't using magnets, instead taking the giant-laser approach used by the U.S. government at Lawrence Livermore Laboratory in Berkeley, where scientists have eight times since late 2022 generated a fusion reaction that expelled more energy than it consumed, known as 'ignition.' The costs are so high and engineering challenges so extreme that one of the most prominent U.S. fusion experts, Harvard physicist and former White House science adviser John Holdren, said in an interview that 'it is extremely unlikely we will see fusion power on the grid much before 2050.' It took scientists 70 years to reach ignition, Holdren said, and developing the engineering capabilities required to sustain that reaction is just as difficult. 'We are just miles short of the conditions a practical reactor would require,' he said. Victor Gilinksy, a former member of the Nuclear Regulatory Commission, has also warned that companies are vastly downplaying the huge hurdles they have yet to overcome. Michel Claessens, former communications director for ITER, an international effort to advance fusion science, says the industry is misleading the public with its promises that fusion energy is within sight. But scientists engaged in the chase say those views are outdated. 'Investors who spend even a cursory amount of time looking into this are coming away thinking there is a path here,' said Bob Mumgaard, an MIT scientist who co-founded Commonwealth Fusion Systems. Still, fusion energy is now where the auto industry would be if it had unlocked the formula for building an internal combustion engine before metal had been invented, said Greg Piefer, CEO of Shine Technologies, a fusion firm in Wisconsin. That makes it a risky business. Shine is using fusion neutrons to develop products such as imaging machines and medical isotopes, so it can stay solvent while trying to unlock commercial electricity. Piefer is acutely aware that no fusion company is going to profitably sell electricity before it reaches what is known as scientific 'break-even' — the point at which the fusion reaction generates more energy than is needed to ignite it. The only place in the United States that has happened is at the government facility in Berkeley — which is the size of three football fields and uses a laser pulse that for a billionth of a second shoots more energy than the entire U.S. power grid 2,500 times over. 'It is pennies worth of heat for millions of dollars in,' Piefer said. 'There are still a lot of factors to overcome.'