When small and medium-sized businesses are asked which software keeps their daily operations running, one answer comes up more often than any other: a simple spreadsheet. Despite the constant arrival of specialized business software, project management platforms, and AI-powered tools, Excel remains the quiet workhorse behind invoicing, inventory tracking, payroll summaries, and countless other everyday tasks in local businesses of every size and sector.

A Tool That Refuses to Disappear

It would be easy to assume that spreadsheets belong to an earlier era of business technology, something that gets phased out as companies adopt more sophisticated systems. In practice, the opposite tends to happen. As businesses grow and their needs multiply, spreadsheets often become more central to daily operations, not less. They fill the gaps left by other software, connect systems that don’t talk to each other, and give staff a flexible space to solve problems that off-the-shelf tools were never designed to handle.

Ask a shop owner how they track stock levels, a small accounting firm how they reconcile monthly expenses, or a logistics coordinator how they plan delivery routes, and there is a good chance a spreadsheet is involved somewhere in the process. Spreadsheets act as the connective tissue between systems, the place where numbers get double-checked, where quick calculations happen before a decision is made, and where reports are built when a client or manager needs something the main software doesn’t produce automatically.

Why Local Businesses Keep Coming Back to Excel

There are a few clear reasons behind this staying power. The first is flexibility. Unlike specialized software built around one specific task, a spreadsheet can be adapted to almost anything: a budget one week, a staff schedule the next, a simple customer database after that. For a local business without a dedicated IT department, that adaptability is invaluable, the same tool can be reshaped as needs change, without the cost or delay of purchasing new software.

The second reason is familiarity. Most people entering the workforce today have had some exposure to spreadsheets, whether through school, university, or a previous job. That familiarity lowers the barrier to entry considerably. A new employee may need training on a company’s specific point-of-sale system or inventory platform, but they usually don’t need to be taught what a spreadsheet is or how rows and columns work. That existing baseline knowledge makes onboarding faster and reduces dependency on external consultants for basic data tasks.

The third reason is cost. For businesses operating on tight margins (and many local businesses do) spreadsheet software is often already included in existing office subscriptions, or available through free cloud alternatives. Compared to investing in a specialized business intelligence platform or a custom-built internal tool, a spreadsheet delivers a surprising amount of functionality at effectively no additional cost.

The Gap Between Everyday Use and Real Proficiency

Here is where a more interesting pattern emerges. While nearly every business uses spreadsheets in some capacity, the level of proficiency varies enormously from one employee to the next. Some staff members can build a basic table and enter data manually. Others can write formulas that automatically calculate totals, flag errors, and pull information from other sheets. A smaller group still can build fully automated systems: Pivot tables that summarize hundreds of transactions in seconds, lookup functions that cross-reference multiple data sources, and dashboards that update themselves as new information comes in.

That gap matters more than it might seem. A business relying on manual data entry and basic arithmetic in spreadsheets is spending hours on tasks that more advanced formulas could complete in seconds. Errors creep in more easily when calculations are done by hand rather than automated. And decisions that should be based on clear, up-to-date numbers sometimes get delayed simply because building the report takes too long.

This is one of the reasons why, alongside the return of interest in spreadsheets as a core business tool, there has also been a renewed appetite for structured Excel learning among employees who want to move beyond the basics. Rather than picking up scattered tips from colleagues or trial and error, many professionals are turning to dedicated Excel practice exercises that simulate the exact kinds of problems that come up in real workplace scenarios like reconciling data between two sources, calculating totals under specific conditions, or building a report that updates automatically as new records are added. Employers, too, are recognizing that investing in solid Excel resources for their teams tends to pay for itself quickly in time saved and errors avoided. 

Beyond the Spreadsheet Itself

None of this means that Excel is beyond challenge. Cloud-based alternatives and specialized software continue to grow in popularity, particularly for businesses that need real-time collaboration across multiple locations or integration with online sales platforms. But even as those tools expand, most of them borrow heavily from the spreadsheet’s basic structure: Rows, columns, and formulas remain the underlying logic, even when the interface looks different.

That continuity is part of why spreadsheet literacy continues to matter, regardless of which specific platform a business ultimately adopts. The core skills such as organizing data logically, writing formulas that automate calculations, and building simple systems that reduce manual work transfer easily from one tool to another. An employee who understands how to structure a spreadsheet well will generally find it easy to adapt to a cloud-based alternative, while the reverse is not always true.

A Quiet but Persistent Advantage

What emerges from a broader look at local business practices is not a story about spreadsheets resisting change, but about a tool that has proven remarkably good at adapting to whatever change comes its way. It has moved from desktop to cloud, gained new automation features, and continues to sit at the center of financial and operational decision-making for businesses that range from single-owner shops to companies with dozens of employees.

For business owners looking to improve efficiency without a large technology investment, the most immediate opportunity may not be a new software purchase at all. It may simply be making better use of the tool that is very likely already open on a computer screen somewhere in the office right now.

The European electric-bike industry is entering a different stage of development. After years in which much of the conversation focused on rapid sales growth, brands are now paying closer attention to product quality, delivery reliability, after-sales support and the cost of keeping a bicycle on the road for many years.

France offers an interesting example of this shift. Established French manufacturers have long maintained local design and assembly operations, while newer international companies are beginning to locate parts of their European production process there. Fiido, for example, has established French assembly operations for selected models as part of its expansion in Europe.

Yet the distinction between manufacturing and assembly matters. A bicycle assembled in France may contain a frame made in Asia, a motor supplied by a German company and a battery system sourced internationally. The value of the French operation lies in the work actually performed there, rather than in an assumption that every component is French.

Understanding why brands make these decisions requires looking at the European market first.

Europe’s E-Bike Market Has Become a Long-Term Mobility Market

Electric bicycles are no longer limited to recreational cycling or riders seeking help on hills. Across Europe, they are used for commuting, shopping, touring, family transport and sport. Their appeal comes from reducing some of the practical barriers that prevent people from cycling regularly.

For a commuter, electric assistance makes distance, headwinds and moderate gradients easier to manage. It can make arriving at work without excessive physical exertion more realistic, while still providing exercise and avoiding many of the costs associated with car ownership. Cargo and longtail models extend the same principle to journeys involving children, groceries or equipment. E-bikes do not replace every car journey, but they can make a wider range of ordinary trips practical without one.

The market is not growing at the same pace in every country, however. The latest complete annual figures available in 2026 show a mixture of mature demand, post-pandemic adjustment and renewed growth.

These figures should not be compared as though they measure identical things. Some describe e-bike unit sales, while others describe the entire bicycle market or its revenue. Their value is in showing how differently European markets are developing.

Germany and the Netherlands demonstrate the scale that electric cycling can reach when it becomes part of ordinary transport. France and Italy show that the industry is also experiencing price pressure and more cautious purchasing. The UK, meanwhile, is showing early signs of recovery. For manufacturers, the challenge is no longer simply to sell more bicycles. It is to build products and support systems that can succeed in markets with different expectations.

Five Brands That Illustrate Different Approaches to the E-Bike Industry

The following five brands were selected to illustrate distinct positions within the European and international market. Four have a strong European market orientation, including Fiido as a newer international entrant, while Specialized represents a major US-founded cycling brand. They are not all French manufacturers, nor do they all operate factories in France. That difference is central to understanding the choices available to the industry.

Moustache — French Design and a Locally Integrated Assembly Model

Moustache is one of the clearest examples of how a French e-bike brand can build its identity around a local industrial base without claiming that every component is manufactured domestically. Founded in 2011, the company designs, tests and assembles its bicycles in the Vosges region.

The Lundi 27 is a representative urban model. Its low-step frame, distinctive handlebar and comfortable riding position reflect the needs of commuters who make frequent stops and want a bicycle that is easy to use in ordinary clothing. The design is not focused on maximum speed; it is focused on making everyday cycling practical.

The Samedi 27 Xroad demonstrates the brand’s trekking philosophy. It combines road efficiency with equipment and geometry suited to longer rides and easier unpaved routes. This makes it relevant to riders who use one bicycle for weekday travel and weekend excursions.

Moustache’s manufacturing model is particularly instructive. The company explains that its frames are produced by a long-standing partner in Taiwan, while components such as Bosch motors and other specialist parts arrive from international suppliers. Final assembly takes place in France, with individual assemblers responsible for completing bicycles. Moustache has also developed additional local production activities, including wheel manufacturing.

This arrangement shows why European assembly and global sourcing are not contradictory. A manufacturer can retain the benefits of specialist suppliers while keeping product completion, quality oversight and technical expertise close to its main market.

O2feel — French Assembly Focused on Premium and Practical Mobility

O2feel, founded in France in 2009, has developed a range that includes city bicycles, trekking models and cargo solutions. Its products are generally designed around comfort, practical equipment and regular use rather than a single performance category.

The iSwan 6.1 Explorer is an example of this approach. Its Shimano STEPS motor, low-step frame, suspension fork, mudguards and luggage equipment form a package intended for commuting and mixed-surface leisure rides. The value comes from the combination of components, not simply from the motor’s output.

The Equo Cargo represents O2feel’s move toward transport-oriented electric mobility. Cargo bicycles require more than a strong motor: frame stability, braking, load distribution and compatible accessories must work together to support the intended use.

O2feel has announced French assembly operations at La Roche-sur-Yon for selected premium models, including the Equo Cargo, with further compact and folding models included in its plans. At the same time, the company has historically relied primarily on assembly in Portugal and Taiwan. Its French operation therefore represents an expansion of local capabilities, not a claim that the entire catalogue is produced in France.

The company has described local assembly as a way to improve technical oversight, responsiveness and product development. For a brand that sells through European retailers, bringing selected production activities closer to its customers can also help connect factory decisions with feedback from dealers and service teams.

Riese & Müller — A German Premium Manufacturer with a European Production Strategy

Riese & Müller provides a useful contrast because it is a major European premium brand whose main production base is in Germany, rather than France. Its campus in Mühltal brings together manufacturing, logistics and product-related activities, demonstrating that European localization does not require every company to choose the same country.

The Charger series represents the brand’s premium trekking and everyday-mobility approach. Different configurations offer choices of transmission, motor system and equipment, allowing riders to select a bicycle for regular commuting, long-distance travel or more demanding use.

The Multicharger family illustrates the company’s strength in cargo and family mobility. Its longtail format is designed to carry additional loads and, with the appropriate approved accessories, accommodate certain passenger-carrying uses. The engineering challenge is not merely increasing payload; it involves frame behaviour, braking, stability and the way the bicycle handles when loaded.

Riese & Müller has continued to develop its cargo range, presenting updates for the 2026 model year in June 2025. The company also announced in April 2026 that it would concentrate more strongly on its European core markets and withdraw from the United States by the end of July.

This is an important industrial lesson. Localizing production or strengthening regional operations is not always about entering a new market. It can also be about concentrating resources where a company has the strongest dealer network, customer base and long-term business opportunity. France is one attractive European location, but it is part of a broader regional manufacturing and service ecosystem.

Specialized — A US-Founded Brand Showing the Value of Global Engineering

Specialized represents the American side of the comparison. Founded in California, it is internationally recognized for cycling technology and performance-oriented bicycles, with a strong presence in both sport and urban electric categories.

The Turbo Vado demonstrates how the brand applies its engineering approach to everyday mobility. Depending on the configuration, it combines integrated assistance, practical urban equipment and transmission options designed to reduce routine maintenance. Its appeal lies in the way the motor, frame, controls and riding position operate as a complete system.

The Turbo Levo 4 represents the performance side of the business. Its advanced motor, battery and suspension systems are designed for technical off-road riding, where control, traction and power delivery matter as much as peak output. These features are valuable for a mountain biker, but unnecessary for someone whose main journey is a flat urban commute.

Specialized’s relevance to this discussion is that it demonstrates another successful model: global product development, international sourcing and market-specific distribution. Its presence in Europe does not establish that it operates a French bicycle factory. Instead, it shows that brands can serve European riders through different combinations of manufacturing locations, technical partners and local service networks.

The question for any international manufacturer is which activities should remain globally centralized and which should be brought closer to the customer.

Fiido — A Rising International Brand Expanding Across E-Bike Categories

Fiido is a newer international brand compared with the traditional European manufacturers above. Founded in Shenzhen, it has built its reputation through distinctive designs, direct-to-consumer sales and products aimed at specific mobility needs. Its development illustrates how a brand can move beyond a single niche to cover lightweight commuting, folding bicycles, touring and cargo transport.

The Fiido Air is a strong example of its design-led approach. With an announced weight of 13.75 kg, a carbon-fibre structure, torque-sensing assistance and a Gates belt drive, it is designed for riders who want electric assistance without the bulk of a conventional heavy e-bike. The model received the Red Dot Design Award in 2024, providing independent recognition of its design.

Its lightweight construction is particularly useful when the bicycle must be carried upstairs, stored in a small apartment or moved through confined spaces. The trade-off is that its compact battery and single-speed transmission are better suited to urban and moderate routes than heavily loaded touring in steep terrain.

The Fiido Nomads Pro demonstrates the breadth of the company’s newer range. It uses a 250W mid-drive motor rated at 100 Nm, a torque sensor, a nine-speed Shimano CUES drivetrain and a removable 417.6Wh battery. Its modular battery system allows two additional batteries to be fitted for longer-distance use. Fiido quotes up to 74.85 km with one battery and 224.55 km with three batteries under its test conditions. The larger figure must not be mistaken for the standard bicycle’s range.

These models address very different problems: the Air reduces the physical inconvenience of handling an e-bike, while the Nomads Pro focuses on touring capability and additional energy reserves. Together with the company’s folding and cargo categories, they show why Fiido is increasingly discussed as a broader mobility brand rather than only a compact e-bike specialist.

Fiido’s French assembly operations are also part of that development. The company states that selected models are assembled in France, with the Nomads Pro among those listed by its French operation. Its published description includes local assembly, final inspection and road testing. This does not mean that every Fiido bicycle is assembled there, nor that its frames, motors and batteries are all French-made. It is a specific localization step intended to bring parts of the production and quality-control process closer to European customers.

Why France Is Attractive for E-Bike Assembly and Production

The examples above reveal that France’s appeal is not based on one universal manufacturing model. It offers a combination of market access, industrial expertise, established cycling culture and proximity to European customers. The advantages become clearer when considered through the practical problems manufacturers need to solve.

1. Local assembly can shorten the final delivery chain

A bicycle is not finished merely because its components have been produced. It must be assembled, adjusted, inspected and prepared for delivery. These final stages can be carried out near the destination market rather than requiring every completed bicycle to travel through the same long-distance logistics chain.

For a company serving European customers, this can reduce some of the uncertainty associated with shipping fully assembled products across continents. It may also allow final configuration and inspection to take place closer to the market where the bicycle will be sold.

The advantage is not automatic. The result depends on where components originate, how they are transported, the scale of the assembly operation and the efficiency of the distribution network. A local facility should therefore be evaluated by what it actually changes in the supply chain.

2. Quality control becomes closer to real customer use

Electric bicycles combine mechanical components with electrical systems, sensors, batteries and software. A small assembly or adjustment issue can affect the entire riding experience. Final inspection is therefore an important part of delivering a consistent product.

A local operation can make it easier to connect production teams with market-specific feedback. If dealers or customers repeatedly report a problem involving an accessory, adjustment or component, the information can potentially reach assembly and quality-control teams more directly.

Fiido has identified localized final inspection and road testing as part of its French operations. O2feel and Moustache similarly demonstrate how local assembly can sit alongside design, testing and product-development expertise. These processes do not guarantee that every bicycle will be defect-free, but they create opportunities for closer oversight and faster feedback.

3. France offers access to a substantial European cycling market

France is an important bicycle market in its own right, with established cycling traditions, urban mobility initiatives and a wide range of recreational routes. Its geographic position also makes it a practical location for serving neighbouring European markets.

For manufacturers, proximity matters because European demand is not uniform. A bicycle intended for Dutch urban commuting may face different expectations from one sold for Alpine touring, British city travel or French family transport. Local teams can help brands understand these differences and adapt product configurations, accessories and service arrangements accordingly.

The broader European market also gives manufacturers a reason to invest beyond one country. France can function as part of a regional production and distribution strategy rather than as a facility serving French customers alone.

4. Established skills and suppliers support industrial development

France has a history of bicycle manufacturing and assembly, as well as companies working in engineering, materials, mechanical production and mobility technology. Brands such as Moustache and O2feel demonstrate that local expertise can be developed around design, testing, assembly and selected component production.

However, modern e-bike manufacturing remains international. Motors, battery cells, electronic controls, frames and transmissions often come from specialist suppliers in different countries. A French assembly operation can create local employment and technical capability while continuing to depend on these international supply chains.

The meaningful question is therefore not whether a bicycle is entirely domestic, but which activities are performed locally and how much technical and economic value those activities create.

5. European market requirements favour stronger local coordination

European e-bikes must meet applicable product-safety and regulatory requirements. For a conventional electrically assisted bicycle, this generally includes pedal-dependent assistance, a maximum continuous rated motor power of 250W and assistance that cuts off at 25 km/h. Battery, electrical and other product requirements must also be considered.

A French assembly facility does not automatically make a bicycle compliant, and compliance is not determined simply by the country of assembly. Nevertheless, local engineering, inspection and documentation teams can help a manufacturer coordinate testing, product configurations and market requirements more effectively.

This becomes especially relevant for brands selling across several European countries, where the underlying EU framework is accompanied by national differences in road use, equipment expectations and consumer requirements.

6. Sustainability depends on the complete supply chain

Producing or assembling closer to customers can reduce certain transport distances and support local employment. It may also make repairs, refurbishment or spare-parts coordination easier when those activities are integrated into the local operation.

But it would be misleading to claim that French assembly automatically makes an e-bike carbon-neutral or more sustainable than every imported alternative. Battery production, component sourcing, energy use, transport methods and the bicycle’s useful life all contribute to its environmental impact.

The strongest sustainability argument is therefore based on measurable improvements: fewer unnecessary transport stages, durable products, repairability, responsible component sourcing and a longer service life. Local assembly can contribute to these goals, but it is one part of the picture.

Assembled in France Is Not the Same as Made in France

The terminology is particularly important for consumers and publishers. A French brand, a bicycle designed in France, a bicycle assembled in France and a bicycle legally entitled to a French-origin claim are not necessarily the same thing.

French customs rules generally determine origin according to where a product is wholly obtained or undergoes its last substantial transformation. Simple assembly alone does not automatically confer French origin. Whether a specific bicycle qualifies for a “Made in France” claim depends on its actual production process and the applicable rules.

For Fiido, the accurate description is that selected e-bikes are assembled in France. This is a meaningful industrial and commercial fact without needing to exaggerate it into a claim that all Fiido products or components are French-made.

What Does Local Assembly Mean for the Buyer?

The location of a factory should never replace an assessment of the bicycle itself. A customer still needs to consider whether the frame fits, whether the motor and battery suit the intended journeys, and whether the bicycle can be maintained over several years.

Local assembly may offer advantages through closer quality oversight, regional logistics and more direct communication between production and market teams. However, buyers should also check whether spare parts are available locally, how warranty claims are handled and which workshops can service the electrical system. A bicycle assembled nearby is not automatically supported by a nearby repair network.

For consumers comparing E Bikes, the most useful approach is to examine the complete ownership experience. A lightweight city model, a fully equipped trekking bicycle and a cargo bike may all be excellent products, but they solve different problems. The right choice depends on the journeys, storage conditions, maintenance requirements and transport needs of the rider.

The Future of European E-Bike Manufacturing

The European e-bike industry is unlikely to move toward a single production model. Established manufacturers may continue to combine European assembly with international component sourcing, while newer brands may establish regional facilities to support growing customer bases. Others will retain production in different countries while strengthening their European dealer and service networks.

France’s opportunity lies in the activities that can create genuine value locally: assembly, engineering, testing, specialized component production, quality control and the development of skills. The examples of Moustache, O2feel and Fiido show different ways these capabilities can be integrated into a brand’s business model, while Riese & Müller and Specialized demonstrate that successful manufacturers can follow other international strategies.

The most important shift is not the label on the frame. It is the growing recognition that an e-bike is a long-term mobility product. As European customers become more demanding, manufacturers must compete not only on motor power, battery capacity or purchase price, but also on delivery consistency, repairability, product support and the ability to respond to changing needs.

French assembly can be one part of that strategy. Its value is strongest when it is described accurately and supported by the work actually carried out there.