Tariffs have long been a cornerstone of economic policy and international trade. These taxes on imported goods have been part of the U.S. trade landscape since the nation’s founding, influencing everything from government revenue to domestic industry growth. While tariffs are designed to promote certain economic goals, their effectiveness remains a subject of ongoing debate. For manufacturers, in particular, tariffs can create both opportunities and challenges. Let’s explore the history, purpose, and implications of tariffs to better understand their role in today’s global economy.

What’s a Tariff?

Tariffs are taxes that a country’s government imposes on goods imported from other countries. They have been a part of U.S. trade policy since the United States was founded. In fact, tariffs date back to 1789 when Congress passed the Tariff Act of 1789 and President George Washington signed it into law.

Why Are Tariffs Used?

In general, experts like Douglas Irwin, a professor of economics at Dartmouth College, agree that there are three main reasons for utilizing tariffs: revenue, restriction, and reciprocity.

  • Revenue: Tariffs are taxes on others. When other countries pay tariffs, it increases revenue for the imposing country.
  • Restriction: Tariffs can limit foreign goods, restricting imports while potentially supporting domestic goods. The word “potentially” is used here because some argue that restricting imports raises the price of domestic goods, reduces the availability of inputs manufacturers rely on, and exposes inefficiencies in domestic production.
  • Reciprocity: Tariffs can act as negotiating tools, promoting trade agreements and creating opportunities for trade negotiations.
  • Some experts suggest an additional “R”: Retaliation. Governments can raise tariffs against countries that have closed their markets, using tariffs as a means of retaliation.

How the United States Has Employed Tariffs

The U.S. Constitution grants Congress the “Power To lay and collect Taxes, Duties, Imposts and Excises, to pay the Debts and provide for the common Defence and general Welfare of the United States.”

Early in the nation’s history, free trade was a key principle as the United States sought independence from British influence. However, imposing tariffs during this period helped generate revenue to develop the nation while meeting its goal of separation from British policies.

Historically, the U.S. has used tariffs to encourage domestic industrial growth. Up until 1913, tariffs were the largest source of federal revenue. With the introduction of the federal income tax, the government began to rely less on tariffs as a primary revenue source.

After World War II, the global economy required cooperation to rebuild. This led to the establishment of agreements and organizations such as the General Agreement on Tariffs and Trade, the World Trade Organization (WTO), and the North American Free Trade Agreement (NAFTA). These commitments to free trade sought to lower tariffs and facilitate imports and exports between countries.

What Tariffs Mean for Manufacturers

Tariffs and trade are often accompanied by tension, creating what could be called the “Three T’s.” For manufacturers, the impact of tariffs is complex, with varying opinions on their benefits and drawbacks.

Supporters of tariffs argue that they:

  • Increase domestic manufacturing and wages.
  • Boost government revenue.
  • Protect certain industries and intellectual property.
  • Address unfair trade practices.
  • Promote research, development, and innovation.

Critics of tariffs counter that they:

  • Disrupt global trade flows.
  • Create inefficiencies for domestic manufacturers.
  • Exacerbate market inequities.
  • Generate insufficient revenue to justify their implementation.
  • Increase costs for consumers.

What Do You Think?

Tariffs are a multifaceted tool that have shaped economic and trade policies throughout U.S. history. Their impact on manufacturers varies widely depending on perspective, industry, and the specific terms of trade agreements. Whether viewed as a means of promoting domestic growth or as a hindrance to global trade, tariffs remain a critical and often controversial element of economic strategy. For manufacturers and industry professionals, understanding tariffs is essential to navigating both opportunities and challenges in an increasingly interconnected world.

So, what do you think? Are tariffs a necessary safeguard for domestic industries, or do they do more harm than good?

Black Friday is the day when the holiday shopping frenzy reaches its peak, bringing excitement to consumers and chaos for retailers and manufacturing. While consumers can revel in deep discounts and doorbuster deals, U.S. manufacturers are left with a flurry of benefits and pitfalls. For many, it’s an opportunity to ramp up production and capitalize on the endless desires of US consumers. But for others, it becomes a struggle to meet demand. Here are two of the biggest benefits and struggles for American manufacturers that come from this day of massive demand.

Benefit: Increased Demand and Production Opportunities

Black Friday creates a massive surge in consumer demand, and that directly translates to increases in orders for U.S. manufacturing. Industries producing consumer goods, electronics, apparel, among others tend to be in high demand during holiday shopping.

This spike in demand is important because it allows manufacturers to scale production, increase revenue, and hire temporary workers to meet the demand. These benefits can carry over into the new year to create a great start to the year.

Benefit: Marketing and Visibility Boost for American-Made Goods

In the year 2024, consumers are much more sensitive to where their products are made than ever before. Black Friday serves as an excellent exhibit of quality and value of American-made products amidst discounts. Increased demand for made in the USA is never a bad thing for American makers.

Struggle: Supply Chain Strains and Logistical Challenges

Increased demand in terms of Black Friday can be a double-edged sword. While an increase in business is quite beneficial, it only benefits those suited to meeting the challenge. Those who cannot find themselves in a situation where the rush to fulfill orders creates quality control issues, bottlenecks, and logistical nightmares. In many cases, this leads to delays, back orders, or inflated prices due to manufacturing struggles.

Struggle: Pressure to Compete with Overseas Manufacturers

The pressure to minimize what you spend on products for Black Friday may force some US manufacturers to rely on materials and components from overseas. The overall price of these materials is much cheaper due to lower labor and production costs for these foreign manufacturers. The rapid increase in demand from Black Friday sales can lead to a reliance on such imports to complete orders on time. However, these cheap prices typically mean sacrifices when it comes to product quality.

Need help keeping up with your own customer demand? Reach out to learn how we can help boost production for your manufacturing business. Want to learn more about how online shopping affects manufacturing? Check out our blog about how Prime Day affects supply chains. And remember when you’re doing your own shopping this holiday season, if the deal seems too good to be true check into reviews regarding quality and delivery times before you buy! 

Thanksgiving is a time when families gather to share gratitude and, of course, indulge in a feast that has become a cornerstone of American tradition. Behind the scenes, several major food manufacturers play pivotal roles in bringing those beloved dishes to our tables. Let’s take a closer look at five of these companies and the specialty items they produce that make our Thanksgiving celebrations so memorable.

Kraft Heinz: The Stuffing Masters

Kraft Heinz The Stuffing Masters

When it comes to Thanksgiving, Kraft Heinz is synonymous with Stove Top Stuffing. Introduced in 1972, this convenient stuffing mix has become a staple in many households. The manufacturing process begins with baking loaves of bread, which are then dried and cubed. These bread cubes are mixed with a blend of seasonings and herbs to create the signature flavor. Packaged for convenience, Stove Top Stuffing allows families to enjoy a delicious side dish with minimal preparation. In fact, the Kraft Heinz factory in Dover, Delaware, is a key production site for this iconic product, baking around 200,000 loaves of bread each day to meet the holiday demand.

Nestlé S.A.: The Pumpkin Pie Purveyors

Nestlé S.A. The Pumpkin Pie Purveyors

No Thanksgiving is complete without pumpkin pie, and Nestlé’s Libby’s brand has been a trusted name for over a century. The journey from pumpkin patch to pie involves harvesting specially grown pumpkins, which are then cleaned, peeled, and pureed. This puree is canned and distributed nationwide, providing home bakers with a consistent and high-quality base for their pies. Libby’s works closely with family farms in Morton, Illinois, ensuring that the pumpkins are processed within hours of harvesting to maintain freshness and flavor.

Jennie-O Turkey Store: The Turkey Titans

Jennie-O Turkey

As one of the leading turkey producers in the United States, Jennie-O Turkey Store ensures that millions of families have a succulent centerpiece for their Thanksgiving meal. The process begins with raising turkeys on farms where they are fed a balanced diet. Once they reach the appropriate size, the turkeys are processed, packaged, and shipped to retailers across the country. Jennie-O offers a variety of products, from whole turkeys to pre-seasoned roasts, catering to different preferences and cooking methods.

Butterball: The Turkey Talk-Line Heroes

Butterball

Butterball is another heavyweight in the turkey industry, renowned not only for their products but also for their Turkey Talk-Line, a hotline that has been assisting home cooks with turkey preparation since 1981. Butterball’s turkeys are raised on farms and undergo a meticulous process to ensure quality. They offer a range of products, including fresh and frozen whole turkeys, as well as pre-cooked options for those seeking convenience. Their commitment to quality and customer support has made them a trusted name in Thanksgiving celebrations.

Cargill: The Cranberry Sauce Specialists

Cargill The Cranberry Sauce

While Cargill is a global food corporation with a diverse portfolio, their contribution to Thanksgiving often comes in the form of ingredients used in cranberry sauce. Cargill supplies sugar and other components essential for crafting the sweet and tangy sauce that complements the savory dishes on the table. Their extensive supply chain ensures that manufacturers have the necessary ingredients to produce this holiday favorite, highlighting the interconnectedness of the food industry.

Making Memories

As we gather around the table this Thanksgiving, it’s worth appreciating the intricate processes and dedicated efforts of these manufacturers. From the fields where pumpkins and turkeys are raised to the factories where stuffing mix is prepared, each step is a testament to the commitment to quality and tradition. So, as you enjoy your meal, take a moment to acknowledge the journey each dish has taken to become a part of your holiday celebration. 

At IMTS 2024 in Chicago, we had the pleasure of interviewing Ian Sandusky, a prominent content creator for Practical Machinist. He shared valuable insights on how machinists at any level can enhance their skills.  

Check out these 5 great points Ian made highlighting strategies that can help professional machinists improve their craft and stay ahead of the curve! 

1.) Engage with the Community

For novice machinists, Ian emphasized the importance of networking: “The number one thing you should do is get involved with talking to other machinists.” He suggested joining trade organizations or finding a local maker space to expose yourself to new techniques and ideas. Building connections within the community not only fosters learning but also creates a supportive network that can be invaluable, especially early in a career.

2.) Cross-Training

Ian also addressed intermediate skill-level machinists, recommending that they diversify their skill sets: “If I’m a machinist, and I’m really good at mill, well now I should be looking at a lathe or maybe something completely outside of machining, like welding.” By cross-training, machinists can become more versatile and valuable around the shop, and it may help open more career opportunities. A willingness to learn new skills is always good for personal and professional development.

3.) Stay Current on New Tools and Technology

For seasoned professionals, Ian advised staying informed about technological advancements: “If you stay up to date with advances in technology as the years go by, it’s a lot less of a challenge when you need to retrain or learn new software.” Familiarizing yourself with the latest tools and software can ease transitions and reduce the learning curve with new systems.

4.) Have an Open Mind

Ian encouraged all machinists, regardless of their skill-level, to always keep an open mind: “One of the biggest mistakes you can make as a machinist or manufacturing professional is thinking the way you do it is the only way it can be done.” By learning alternate methods, you may find an easier, safer, or quicker way to accomplish the same thing. It may even solve a problem you’ve been approaching wrong all along.

5.) Attend Trade Shows and Seek Information

How do you apply your open mind and stay current? Ian suggests, “Go and seek that information. Attend trade shows, go online and read forums, read manuals.” School may be out, but there is always something new to learn. Stay hungry for new information that can help you be a better machinist.  

An Ongoing Process

Becoming a great machinist doesn’t happen overnight, it’s an ongoing process. Whether you are just starting out or you’re a master craftsman, there is always room for growth. By connecting with others, cross-training, staying updated, and leveraging available resources, machinists can significantly enhance their craft, and find even more fulfillment in their career.  

Check out Ian’s interview, hear from a FlexTrades Machinist, or find more great content on our YouTube page! 

Twelve years ago, in 2012, the Fabricators and Manufacturers’ Association (FMA) founded Manufacturing Day (MFG Day). MFG Day is a national movement to show the public (students, parents, and all others) just what modern manufacturing is all about because as they say, “It’s not your father’s machine shop anymore”.  MFG Day is always the first Friday in October so this year we are celebrating all things manufacturing on October 4, 2024.

In addition to MFG Day, many states and manufacturing associations (including the International Trade Administration) consider the first week in October National Manufacturing Week or the entire month of October Manufacturing Month. But it doesn’t stop there for FlexTrades, we celebrate manufacturing all year long and hope you will too.

Below are ways in which you can do so!

  1. Open your manufacturing doors to the public. You can find tips and tricks to do so
    1. If you’re an employee, encourage your employer to open their doors!
  2. Partake in trade shows as a visitor or manufacturer. Here’s a list of this year’s tradeshows, with a few left that you could still attend.
  3. Visit or participate in a tour (or two) of manufacturing facilities. Find events to attend or ways to host an event at com
  4. Know the industrial revolutions to understand how manufacturing has changed and why it’s so great!
  5. Talk to the kids you know and tell them what’s it like, share your knowledge of manufacturing and discuss the vast opportunities within a manufacturing career. Show them some of these great How It’s Made videos so time on their electronics is also spent learning!
  6. Share positive messages about manufacturing on your social media accounts.
  7. Follow and reshare positive messages from manufacturers and those in manufacturing on your social media accounts.
  8. Shop and buy American made products.
  9. Donate or volunteer to the Nuts and Bolts Foundation (also known as Nuts, Bolts & Thingamajigs ® – NBT). NBT is on a mission to bridge the skills gap in manufacturing, keep American manufacturing alive and strong, and provide students the opportunity to learn how they can do great things working in manufacturing.
  10. Donate your time and knowledge by visiting technical or trade schools to spread awareness about manufacturing and opportunities in manufacturing. Bring brochures with you (here’s an example).
  11. Encourage your coworkers or employees to share their own stories with each other.
  12. Curate an Employee Appreciation Day – managers can genuinely thank their workforce, provide pizza for lunch, organize a cookout, send thank you cards, give gift cards, sponsor a team outing, or film a video of thanks. The options are endless.

And as you celebrate, keep in mind the words of Alan Mulally, an American aerospace engineer and manufacturing executive, former executive vice president of Boeing, CEO of Boeing Commercial Airplanes and former President and Chief Executive Office of the Ford Motor Company. Alan is well versed in manufacturing and once said:

“No country is every successful in the long term…without a really strong and vibrant manufacturing base”.

Happy MFG Day (or week or month)!

Each year, we eagerly anticipate the arrival of Manufacturing Day (MFG Day), which takes place on the first Friday of October. Often, this celebration extends throughout the entire month, highlighting the significance of the manufacturing industry.

What is Manufacturing Day?

The inception of Manufacturing Day dates back to 2012 when the Fabricators and Manufacturers’ Association (FMA) joined hands with leaders from the National Institute of Standards and Technology Manufacturing Extension Partnership (NIST MEP). The brainchild behind this initiative was Ed Youdell, the President & CEO of FMA. Beginning as a modest concept, they conducted a pilot effort in the Midwest on the first Friday of October in 2012. As the years went by, the success of this day prompted them to collaborate with the National Association of Manufacturing (NAM) in 2016, who took the helm of the initiative. Thanks to NAM’s extensive network through The Manufacturing Institute, the event flourished. In just seven years, it expanded from around 240 events primarily in the Midwest to encompass more than 325,000 students, teachers, and parents participating in over 3,000 events across all 50 states and Puerto Rico.

How Can You Celebrate Manufacturing Day?

For Manufacturers:

  • Conduct Manufacturing Tours: Organize manufacturing tours within your facility. These tours can be in-person or virtual, making them accessible to individuals of all ages.
  • Educational Fair or Expo: Collaborate with other manufacturers in your area to host an educational fair or expo. Create informative displays, offer hands-on activities or demonstrations, and promote the event with giveaways.
  • Engage with Local Schools: Reach out to local schools, whether they are elementary, middle, high school, or technical colleges. Deliver presentations on the advantages of a career in manufacturing, highlighting earning opportunities, advancement prospects, and more. Foster enthusiasm among students.
  • Employee Appreciation: Celebrate your dedicated workforce. Show your gratitude by providing donuts, a pizza lunch, or a cookout for your employees. Express your thanks through cards, gift cards, or small tokens that convey your appreciation.
  • Social Media Acknowledgment: Share your appreciation on social media. Celebrate the manufacturing industry and your workforce with a heartfelt message of gratitude for their daily contributions that drive American manufacturing forward.

For Individuals:

  • Attend Manufacturing Tours: Attend manufacturing tours in your local area, whether in-person or virtual. These tours provide a valuable glimpse into the world of manufacturing.
  • Job Exploration: Approach your employer and inquire about participating in Manufacturing Day activities. Explore different areas of your workplace and spend the day learning about roles you may not have encountered before.
  • Educational Videos: Watch informative “How It Works” videos related to manufacturing processes. Share your favorite videos with friends and colleagues to spread awareness.
  • Engage the Next Generation: If you have children in your life, engage in meaningful conversations about manufacturing while enjoying ice cream. Show them videos and emphasize that it offers a viable career path with substantial earning potential and room for growth.
  • Educational Games: Introduce youngsters to educational games like the Manufacturing Institute’s Smart MFG 2 App, where kids can design and manufacture a drone. Additionally, consider playing board games like “The Manufacturing Game.” You can also explore a variety of factory simulation games.

There are numerous ways to celebrate Manufacturing Day, and the ones mentioned here are just a few examples. As you celebrate the manufacturing industry, its dedicated professionals, and those working tirelessly to drive it forward, remember that you can promote and celebrate it not only on one designated day but throughout the entire year! 

As a Technical Manager at FlexTrades, I don’t work on the production or manufacturing floor, but I do work very closely with those who do. I love learning about the various production and manufacturing processes that directly affect my life as a consumer and user. With that said, there are two types of production and manufacturing: Discrete Manufacturing & Process Manufacturing. I’m here to tell you all about them!

Discrete Manufacturing

Discrete Manufacturing is the process of adding individual parts and components into one system or structure to create a final product. The parts and components can be individual in nature or a sub-assembly of the final product.

For example: Consider the manufacturing of a vehicle. Each section of a vehicle is individual in nature and created via machining, assembly, or welding operations (tire, engine, side panel, bumper, seats, steering wheel, wiring). These sections may come as one unit (side panel) or as an assembly (engine). These components or assemblies are then put together in a sequential manner to build the final product (vehicle). Additionally, we can easily disassemble the final product to determine and identify the individual components or assemblies used to create it.

Common job titles include: Warehouse Operators, Machine Operators, Machinists, Assemblers, Welders, Quality Inspectors.

Automobile Assembly. Factory Car Assembly Conveyor, Manufacturin

Process Manufacturing

Process Manufacturing is manufacturing that occurs in bulk quantities, such as pharmaceuticals, paints, foods, and beverages. In this process, there is a chemical conversion occurring among ingredients rather than materials. This process is based on formulas and recipes. Unlike discrete manufacturing, it is difficult to identify the individual parts that make up the final product. Additionally, the ingredients that make up the product are difficult to disassemble and reuse.

For example: Consider the manufacturing of shampoo. There are a multitude of ingredients in shampoo including water, detergents, surfactants, polymers, silicones, a wide variety of preservatives, fragrances, dyes, and many other additives or preservatives. The average shampoo has 10-30 ingredients. This multitude of ingredients are poured into batch tanks, mixed and blended, heated and cooled in a formulaic and sequential manner, and then packaged. Unlike the vehicle in the example above, once the shampoo is blended, it’s difficult to separate the ingredients to determine the individual ingredients utilized to make it.

Common job titles include: Line Operators, Machine Operators, Warehouse Operators, Batch Makers, Process Technicians, Compounders, Mixers, Packers, Quality Control Inspectors.

Isometric Medical Supplies Production Process Concept With Resea

As I said, I don’t work directly on a manufacturing floor, but manufacturing is great nonetheless. If you’re thinking about working in manufacturing, check out this video about Manufacturing Positions and Careers!

Grab your coffee, put on your hard hat (or maybe just your reading glasses), and let’s dive into a day that’s all about celebrating the people who quite literally build our world. Yes, we’re talking about National Tradesmen Day, which falls on Friday, September 20th this year. At FlexTrades, this day is extra special because skilled tradespeople aren’t just a part of our business… they are our business. Without them, the gears of industry would grind to a halt, and we’d all be in a world of hurt.

The Heartbeat of American Industry

Let’s get real for a second. When you flip on a light switch, drive across a bridge, or even sit down on a chair, do you ever stop to think about the folks who made that possible? Those are the skilled tradespeople — electricians, welders, machinists, carpenters — who work tirelessly behind the scenes to keep everything running smoothly. They’re the ones who show up, rain or shine, to do the jobs that most of us wouldn’t even know where to start.

At FlexTrades, we’ve had the pleasure of working with some of the best in the business. These men and women are more than just workers; they’re artisans, engineers, problem-solvers, and innovators. And on National Tradesmen Day, we’re throwing every ounce of “proverbial confetti” we have in their honor.

The Coolest Facts About Skilled Trades (That You Didn’t Know)

  • Fun Fact #1: By 2028, skilled trades jobs are expected to grow by 10%. That means there’s never been a better time to be in the trades!
  • Fun Fact #2: The Hoover Dam, a modern marvel, was built by over 21,000 tradespeople who braved blistering desert heat to make it happen.
  • Fun Fact #3: Think you need a degree to be successful? Many skilled tradespeople earn six-figure salaries without enduring a single day of college debt. Now, that’s smart!

How FlexTrades Is More Than Just a Job Connection

Here at FlexTrades, we like to think of ourselves as matchmakers; not in the romantic sense, but in the “connecting awesome people with awesome opportunities” sense. We know that behind every job title is a person with dreams, goals, and a unique set of skills. That’s why we don’t just fill positions, we help skilled tradespeople find the right fit, the place where they can grow, thrive, and maybe even find a true work family.

Our team is passionate about making sure these unsung heroes get the recognition, and the opportunities, they deserve. Because let’s face it, without skilled tradespeople, our entire world would come to a standstill.

Let’s Make Some Noise for the Tradespeople!

So, how can you celebrate National Tradesmen Day? It’s simple. Give a shout-out to the tradespeople in your life. Maybe it’s your neighbor who’s an electrician, the carpenter who helped you build your dream kitchen, or the HVAC technician who keeps your home cool in the summer. These folks are the real MVPs, and they deserve all the praise we can give. 

Green energy, clean energy, renewable energy! Although they seem like the newest trend, these ideas have been around for quite some time. In fact, the first congressional act passed in the United States aimed at these pursuits was the Clean Air Act in 1970. Since then, we’ve seen the following “green” laws passed as well (among many others):

  • Energy Policy & Conservation Act – 1975
  • Alternative Motor Fuels Act – 1988
  • Energy Policy Act (EPAct) – 1992
  • Energy Independence and Security Act – 2007
  • American Recovery & Reinvestment Act – 2009 (included investments in energy independence and renewable energy technologies – among other things).

Most recently, the United States passed the Inflation Reduction Act in August 2022. This act is intended to fight inflation, promote growth in the economy, and bring back manufacturing to the U.S. while also putting investments into clean energy. Investments include tax incentives for Americans who purchase electric vehicles (EVs) and energize their homes with energy-efficient appliances, solar panels, HVAC systems, insulation, windows, and even wind turbines. And that’s just at the consumer level. At the commercial and industrial levels, this act also provides funding for domestic programs including renewable energy (again, like wind turbines).

So, let’s talk a little bit about wind turbines and wind power. It can be a polarizing topic, but like them or not, they are the leading renewable energy source in the United States.

Wind has been generating power for a long time. Just consider the historical images you’ve seen of sailing ships or even the Dutch windmills in Holland, which were built with the intention of pumping water to drain the land. But those are windmills, and what we have today are wind turbines. Turbines have quite the history themselves, starting with a Scottish electrical engineer named James Blyth.

James Blyth is recognized as the first person to harness wind for electricity when he designed and built a wind turbine to power his home in July 1887. Although he’s recognized with this achievement, a lot of credit is also given to Poul la Cour, a Danish scientist. He used a wind turbine to provide lighting for his entire village of Askov. He also started the Society of Wind Electricians in 1903. He even discovered that wind turbines with fewer blades spinning at faster speeds are more efficient than turbines with more blades spinning slower.

A lot has happened, in terms of development, between then and now, around the science of windmills and wind turbines (find out here), but let’s spend a minute focusing on just turbines.

There are two types of wind turbines: Horizontal-axis wind turbines (HAWTs) and vertical-axis wind turbines (VAWTs). Those that you see most often are the horizontal-axis turbines, which stand tall and proud (often in the middle of nowhere) with blades that look like airplane propellers. In fact, wind turbines use aeronautical science similar to that of aircraft rotors and wings. Wind flows over the blades creating lift and causing the blades to spin, which then drives a shaft to turn an electric generator. That generator, well, generates electricity.

But just how much electricity do they produce? To keep it simple, the average turbine in 2020 produced enough electricity (in just 46 minutes) to power the average home for one full month, according to the US Geological Survey. To measure the power produced by turbines, we use megawatts (MW), megawatt-hours (mWh), kilowatts (KW), and kilowatt-hours (kWh) which can be quite confusing. Essentially, MW and KW measure power while mWh and kWh measure energy and electricity.

An average onshore turbine (yes, offshore turbines are a thing) has the capacity to produce 2-3 megawatts (MW), which in turn can generate 6 million kilowatt-hours of electricity per year.

Here in the United States, with the focus on wind power over the years, we’ve managed to go from 2.8 billion kilowatt-hours of wind power in 1990 to 434 billion kilowatt-hours in 2022. That’s a 15,400% increase in just 32 years. These 434 billion kilowatt-hours in 2022 provided 10% of the total energy used in the United States (with 25% of that coming from Texas alone). The current goal is to use wind to produce 20% of total energy in the United States by 2030 and 35% by 2050.

These goals not only support our green energy and renewable energy initiatives but also support our efforts to increase domestic, onshore manufacturing.

In fact, according to cleanpower.org, the wind power industry does a lot for American manufacturing.

  • There are over 72,000 wind turbines in the country.
  • Wind power is the 4th largest source of electricity generation in the country (which is enough to power 46 million American homes).
  • Wind power is the largest source of renewable energy, providing 10% of the country’s electricity.
  • There are over 450 manufacturing facilities in the United States building wind-related parts and materials.
  • Of these facilities, the top three facilities producing the turbines themselves are GE Vernova, Vestas, and Siemens Gamesa.
  • The wind power industry employs 120,000+ Americans across 50 states with 20,000 of those jobs in wind manufacturing facilities!
  • And this industry employs American veterans at a rate higher than the national average!

As a promoter of American manufacturing and the skilled people who make it happen, we can’t deny that this initiative is good for domestic manufacturing. If you work in manufacturing, you likely feel similarly, so as a fellow manufacturing supporter, we would love to work with you!

If you’re looking for skilled technicians to help you in your own manufacturing facility (regardless of industry), contact us now! Or, if you’re looking to join our team of highly skilled traveling technicians and engineers (we welcome veterans too!), please contact a recruiter. 

As a content creator for FlexTrades, it’s my pleasure to present a blend of humor, snark, and frustration with the top 10 worst American inventions of the past decade. These gadgets and ideas make us wonder, “What were they thinking?” Let’s dive in.

Read More: Top 10: American Inventions & Seven Female Inventors Whose Ideas Changed the World

1. The Juicero (2016)

The Juicero

Inventor: Doug Evans

Why It’s Bad: Imagine paying $400 for a juicer that requires Wi-Fi to function, only to find out you could achieve the same result by squeezing the juice packs with your bare hands. It’s the ultimate symbol of Silicon Valley’s knack for solving problems that don’t exist. Spoiler alert: it didn’t last long, but the memes will live forever.

2. Google Glass (2013)

Google Glass

Inventor: Google X (now X Development LLC)

Why It’s Bad: Ah, Google Glass—the gadget that made you look like a cyborg and alienated you from polite society. This wearable tech was supposed to make us all feel futuristic but ended up being an expensive way to invade privacy and get weird looks. If you wanted to be labeled a “Glasshole,” this was your golden ticket.

3. Hoverboards (2015)

Hoverboards

Inventor: Shane Chen (original design)

Why It’s Bad: Hoverboards were the must-have gadget that promised to make us all look cool while zipping around town. Instead, they made headlines for spontaneously combusting and sending users flying. Banned from airlines and sidewalks alike, these rolling fire hazards turned a hot trend into a literal hot mess.

4. Samsung Galaxy Note 7 (2016)

Samsung Galaxy Note 7

Inventor: Samsung

Why It’s Bad: Samsung’s Galaxy Note 7 was the explosive device you didn’t want in your pocket. With batteries prone to catching fire, it was more likely to land you on a no-fly list than help you multitask. The recalls and bans turned this “must-have” gadget into an infamous pyrotechnic display.

5. Amazon Fire Phone (2014)

Amazon Fire Phone

Inventor: Amazon

Why It’s Bad: Amazon’s Fire Phone had all the gimmicks and none of the substance. It boasted 3D visuals and a dedicated button for Amazon shopping, but lacked essential apps and usability. It’s a classic case of trying too hard to be different and ending up on the clearance rack.

6. Theranos (2003-2018)

Theranos

Inventor: Elizabeth Holmes

Why It’s Bad: Theranos promised to revolutionize healthcare with just a drop of blood. Instead, it delivered one of the biggest frauds in Silicon Valley history. Faulty tech and deceit put patients at risk and turned its founder into a cautionary tale about the dangers of unchecked ambition.

7. Oombrella (2016)

Oombrella

Inventor: Wezzoo

Why It’s Bad: The Oombrella was marketed as a “smart” umbrella that could notify you of weather conditions. Apparently, checking your phone was too much effort. It was an overpriced, over-engineered gadget that solved a non-existent problem. Thanks, but I’ll stick to my regular old dumb umbrella.

8. Quibi (2020)

Quibi (1)

Inventor: Jeffrey Katzenberg and Meg Whitman

Why It’s Bad: Quibi aimed to change the way we consumed media with short, mobile-focused videos. Despite a high-profile launch, the lack of compelling content and the audacity to charge for something we get for free on YouTube led to its rapid demise. It was a billion-dollar idea that flopped faster than its 10-minute episodes.

9. Kohler Numi Toilet (2018)

Kohler Numi Toilet

Inventor: Kohler

Why It’s Bad: The Numi is a toilet that costs over $6,000 and comes with features like a heated seat, foot warmer, and built-in speakers. While it might be the throne of your dreams, most people found it ridiculously overpriced for a place to do their business. It’s a royal flush of money down the drain.

10. Jibo Robot (2017)

Jibo Robot

Inventor: Cynthia Breazeal

Why It’s Bad: Jibo was designed to be your friendly home robot. Despite its charming personality, it couldn’t do much beyond turning its head and making small talk. For its hefty price tag, you’d expect a lot more functionality. Instead, it quickly became a fancy paperweight with a cute face.

That’s a Wrap

And there you have it—the crème de la crème of American ingenuity gone awry. These inventions remind us that not every idea is a winner, and sometimes, even the best intentions can lead to the most spectacular failures. Here’s to hoping the next decade of innovation brings us fewer flops and more triumphs. Remember, folks, if at first you don’t succeed, maybe check if your invention really needs Wi-Fi. Until then, we’ll be here, ready to laugh at the next big flop.