E-Bike Advice & Guide: Which E-Bike is Right for Me? - Smalo at a Glance

When you walk through the streets, you will notice that e-bikes are no longer just a trend but have become a fixed part of everyday traffic.

According to data from the German Bicycle Industry Association (ZIV), sales figures for e-bikes in Germany remained strong in 2024 despite an overall challenging economic environment. Around 2.05 million units were sold, accounting for 53% of total bicycle sales (3.85 million) -- making e-bikes the market leader for the second consecutive year. 

The current stock of e-bikes in Germany is estimated by the ZIV's latest report to be around 15.7 million. This shows that e-bikes have experienced stable growth over many years -- from just under one million in 2018 to today, where they account for more than half of the market share and have become a driving force for the transport transition and sustainable development.

(Source: ZIV -- Bicycle Industry Shows Strength in Challenging Times)

To find the right model for yourself, you should first understand some basic concepts: the terminology and legal regulations surrounding e-bikes, as well as the different bicycle types and key components that influence the riding experience. Only then will you find the e-bike that truly suits you.

This e-bike buying guide leads you step by step to an informed decision -- from the basics to the test ride.

 

Which E-Bike is Right for Me? The Most Important Tips

So which e-bike is right for you? First, focus on three key points:

1.  Terms and Regulations: The colloquial term "Pedelec" refers to bicycles with pedal assistance up to 25 km/h and a motor power of 250 watts, which is only activated when pedaling. In most European countries, they are legally equivalent to bicycles. S-Pedelecs (up to 45 km/h), however, are mostly classified as motor vehicles and require a license plate and insurance.

2.  Common Bicycle Types: These include city, trekking, mountain, cargo, folding, road, and gravel bikes. The choice should depend on your primary riding conditions and usage requirements.

3.  Key Components: The position of the motor (mid-drive or hub motor), the position and range of the battery, as well as the sensors and control system directly influence the riding feel and overall experience of an e-bike.

Which e-bike to buy? Our tips will help you choose the right model based on range, motor, and comfort.

The way an e-bike works is identical to that of a conventional bicycle -- "pedaling" is the main focus. However, the motor analyzes your pedaling style via torque, cadence, and speed sensors and decides how much assistance to provide. When you change the mode, the riding feel also changes significantly: The Eco mode (energy-saving mode) is suitable for relaxed riding, the Tour or Normal mode helps you cover long distances more effortlessly, and the Turbo or Sport mode (high-performance mode) masters steep climbs with ease.

The decision for an e-bike is not only because it is modern, but above all for practical reasons, to make riding easier and everyday life more comfortable. It allows you to effortlessly conquer long distances and steep climbs, extend commuting routes, and take spontaneous trips with friends. Observations show that e-bike riders tend to ride more often and further than conventional cyclists. E-bikes are also considered an important driver for urban sustainability. Every short car journey avoided means a reduction in CO₂ emissions. For commuting distances under 10 kilometers, e-bikes are often more time and energy-saving than cars and avoid traffic jams and the annoying search for parking. Interestingly, they also reduce performance differences between riders of different fitness levels, so that on group rides no one rides off ahead while others struggle behind. This makes cycling more entertaining. Economically, an e-bike is a smart investment, as the acquisition and maintenance costs are significantly lower compared to a car. In particular, common pedelecs up to 25 km/h are legally equivalent to bicycles and require neither license plates nor taxes. Studies also show that integrating moderate exercise into everyday life has positive effects on body and mind and can lead to more vitality. For older family members with lower levels of activity, an e-bike can even be an incentive to become more active and promote mental fitness.

 

Differences Between Pedelec, S-Pedelec, and E-Bike

Before thinking about buying an electric bicycle, three terms often cause confusion: Pedelec, S-Pedelec, and E-Bike.

In everyday language, these designations are often used synonymously, although they have different meanings. The differences lie mainly in two points: in the way the motor works and in the legal classification. A good understanding of these basics helps not only to avoid misunderstandings in the bike shop but also to find the model that really suits you more quickly.

1.  Pedelec (Pedal Electric Cycle)

• The electric motor only assists when the rider pedals.
• The maximum assistance speed is 25 km/h, and the motor power must not exceed 250 watts.
• Most models have a push assist up to 6 km/h, which may only be used when pushing the bicycle. Smalo, on the other hand, is equipped with a Boost mode that provides particularly practical assistance when starting, overtaking, or climbing hills.
• In Germany and most European countries, pedelecs are legally equivalent to bicycles and require no license plate, insurance, or tax.

2.  S-Pedelec (Speed Pedelec)

• The "S" in the name stands for "Speed".
• Here too, you must pedal to activate the motor, but the maximum assistance speed is up to 45 km/h.
• In Germany, they are classified as "light mopeds" (Kleinkraftrad), requiring a minimum age of 15, mandatory helmet use, a driving license, and insurance.
• S-Pedelecs are generally suitable for fast commuters on long distances, but are subject to stricter regulations.

3.  E-Bike (strict vs. common definition)

• In the strict sense, an E-Bike refers to a vehicle that can be powered purely by motor power without pedaling. In Germany, it is legally classified as a "light moped" (Leichtmofa) and requires a license plate and insurance.
• In common usage, however, "E-Bike" is almost always used synonymously with "Pedelec". Consumers, media, and retailers use both terms interchangeably. In this article, too, "E-Bike" is used as an umbrella term.

 

E-Bike Types Overview

The e-bike market in Germany is highly developed, and various models are clearly tailored to different needs. Below we summarize the characteristics and target groups of some common types. The E-City-Bike is a consistently popular choice, and Smalo is one of the brands intensively dedicated to this area.

• E-City-Bike: Designed for short commutes, shopping, and everyday trips in the city. Offers an upright, comfortable seating position, ideal for frequent stopping and turning. Often designed for low maintenance, particularly suitable for commuters, students, and families in everyday life.
• Urban E-Bike: Lightweight city bike, ideal for short distances and combination with public transport.
• Trekking E-Bike: For touring and mixed terrain, suitable for long distances and transporting luggage.
• Cross E-Bike: An all-rounder, suitable for both city and light terrain.
• E-Hardtail: Mountain bike with front suspension for getting started in terrain.
• E-Fully: Mountain bike with full suspension for demanding technical terrain.
• E-Folding/Compact Bike: Folding or compact bikes, ideal for multimodal commuting.
• E-Road Bike: Road bike type, light, fast, with natural assistance.
• E-Gravel: Specifically for gravel and forest paths, a mix of road bike and terrain bike.
• E-Mountain Bike: Umbrella term for mountain bikes, the most popular sports category.
• E-SUV Bike: A versatile crossover, suitable for commuting and weekend leisure.
• E-Cargo Bike: Cargo bikes for transporting children or goods.
• Special E-Bike: Models for special needs, including tricycles and rehab purposes.
• Kids E-Bike: Specifically for children, with limited power and speed for maximum safety.

 

E-Bike Types Comparison

Type	Main Use	Characteristics/Functions	Suitable For
E-City-Bike	City commuting, shopping	Comfortable seating position, fully integrated accessories, low maintenance	Commuters, students, families in everyday life
Urban-E-Bike	Short distances	Lightweight, minimalist design	City commuters, students
Trekking-E-Bike	Long-distance travel, mixed terrain	Luggage transport possible, high range, high comfort	Touring cyclists, long-distance commuters
Cross-E-Bike	City + light terrain	Grippy tires, sporty geometry	All-rounder requirements
E-Hardtail	Beginner terrain	Front suspension, low weight, simple maintenance	Beginners, light terrain riders
E-Fully	Technical terrain	Full suspension, strong traction, higher price	Experienced riders, trail enthusiasts
E-Folding/Compact Bike	Commuting, storage	Foldable, space-saving, ideal for taking on public transport	City dwellers, renters
E-Road Bike	Long distance, group rides	Light, natural assistance, sporty	Road cyclists
E-Gravel	Gravel/forest path adventures	Wide tires, between road bike and terrain	Adventure seekers
E-Mountain Bike	Mountain rides, sport & leisure	Strong performance, high sales figures, for any terrain	Outdoor sports enthusiasts
E-SUV Bike	Commuting + leisure	Mix of trekking & MTB, all-rounder	Those who don't want to buy two bikes
E-Cargo Bike	Cargo/child transport	Front box/long wheelbase, car alternative	Families, delivery services
Special E-Bike	Special needs	Tricycle or rehab design for stability and safety	People with limited mobility, seniors
Kids E-Bike	Children/teenagers	Limited performance, high safety	Teenagers, supervised children

 

 

The Three Most Important Components of an E-Bike (Motor, Battery, Display)

Whether an e-bike is comfortable and durable essentially depends on three core components: the motor (drive), the battery, and the display.

The motor directly influences the riding feel, the battery determines the range, and the display acts as the central control unit, informing you at all times about battery level, speed, and assistance mode.

These three elements not only shape the entire riding experience but also the lifespan and maintenance costs of an e-bike.

In the following, we analyze these three key components, explain their functions, advantages and disadvantages, and give practical tips for selection -- so you can find the e-bike that is perfect for you.

 

E-Bike Motor (Drive)

When choosing the motor, you should first think about the motor's position

The position of the motor often determines the "personality" of an e-bike. Let's start with weight: A mid-motor places the center of gravity in the middle of the frame, making it easier to carry over stairs or lift the bike as it is better balanced. The handling is also more stable and natural. A hub motor is mounted in the front or rear wheel hub. When lifting, one side feels noticeably heavier, and the handling differs from the mid-motor. A rear hub motor provides a strong push from behind and noticeably accelerates the bike. A front hub motor pulls the bike from the front, allowing for very easy starting and making riding more effortless. For short commutes or everyday use, a hub motor is often completely sufficient. It is responsive, simple in construction, ensures brisk starting, and requires little maintenance -- practical and reliable. However, if you plan long tours or mountain rides on weekends, a **mid-motor** offers advantages through its stability and efficiency and allows better control on climbs.

E-Bike Motor: Positions Compared

Position	Main Characteristics	Advantages	Potential Disadvantages	Common Use
Front Motor	Motor in the front wheel hub	Inexpensive, simple construction, easy starting	Front wheel becomes heavier, steering behavior slower, easier to spin out on slippery surfaces	Short distances in the city, everyday rides
Mid Motor	Motor at the bottom bracket/crank	Low center of gravity, balanced weight distribution, natural assistance, good climbing ability, suitable for any terrain	Chain and sprocket more stressed, more frequent maintenance required, higher price	Touring, long distances, all-terrain, offroad
Rear Motor	Motor in the rear wheel hub	Direct power transmission, strong push, quiet and durable, low chain wear	Rear wheel heavier, removal and installation as well as repairs more complicated	Sporty models, road bikes, long distances

 

E-Bike Battery

When selecting an e-bike, the position of the battery is also crucial. It influences not only the range but also the weight distribution, appearance, maintainability, and even how you charge your bike daily. Do you live in an apartment and have to take the battery upstairs to charge? Or are you often on the go in the city and need agile handling? On the German market, there are four common solutions: rack battery, external frame battery, frame-integrated battery, and dual-battery systems, each with its own advantages and disadvantages.

 

Battery Positions and Types

Position	Characteristics	Advantages	Potential Disadvantages
Rack Mounted	Battery on the rear rack	Easy to remove for charging, does not affect frame design	Center of gravity is at the back, handling impaired
External on Frame	Often mounted on the down tube	Easy exchange, maintenance-friendly	Visually prominent, more exposed
Frame Integrated	Integrated into the down tube	Clean look, good protection, ideal center of gravity	Removal varies depending on model, more precise maintenance required
Dual Battery	Two batteries	Maximum range, ideal for long tours/cargo transport	Higher weight, higher costs

 

Battery Capacity and Range

Before deciding on a battery capacity, think about how you usually ride. For short to medium commutes or everyday rides, a 500 Wh battery is often completely sufficient. Under ideal conditions, you can cover about 80 to 100 kilometers with it, which is enough for most people to cover the need for a whole week. However, if you like to go on long tours on weekends or frequently tackle climbs and terrain, you should consider a battery with 625-750 Wh or even a dual-battery system or an external range extender to be on the safe side. The actual range, however, depends not only on the battery itself but also on the assistance mode, gradient, tire pressure, wind resistance, temperature, and even your weight and that of your luggage.

 

Tips for Battery Lifespan

To extend the lifespan of your e-bike battery, a few simple habits are enough. Avoid completely discharging the battery; it's best to store it at a charge level of about 30-60%. Ideally charge it at room temperature (approx. 10-20 °C). Do not expose it to direct sunlight in summer and do not charge it immediately in sub-zero temperatures in winter. In daily use, it is sufficient to recharge the battery when the remaining level is 20-30%. A lithium-ion battery typically lasts three to five years or 500 to 1,000 charge cycles. Whether it lasts longer depends on your habits.

 

E-Bike Display (Control Unit)

For many e-bike riders, the display is the indispensable control center while riding. It shows the battery level, current speed, and assistance mode -- so you always have an overview and avoid unpleasant surprises like an empty battery on the go. Many modern displays also record the distance traveled, average and maximum speed. This helps you analyze your riding performance and specifically adapt future routes or training plans. The operation of modern displays is easier and more intuitive than ever. Usually, a few buttons or touch gestures are enough to change the assistance mode. Especially practical: Via connection with a smartphone app, navigation, detailed riding data, and even software updates can be managed conveniently -- so your system is always up to date and ensures a safe riding experience. 

Some displays additionally have a USB charging port, so you can always charge your smartphone on long tours -- for more comfort and safety on the go.

 

Choosing the Right E-Bike Frame: From Inseam to Test Ride 

The size and shape of the frame largely determine how comfortably you ride. If the bike is too big, you cannot reach the ground when stopping and starting feels sluggish. If it is too small, the knee angle is wrong, pedaling is inefficient, and on long rides, pain easily occurs. Therefore, it is best to take a test ride in the store before buying and have a professional help you adjust the seating position.

 

Why Frame Size Matters

• Posture & Safety: A suitable top tube length and handlebar distance ensure relaxed shoulders and an upright back posture. The correct standover height prevents falls when stopping.
• Power & Efficiency: Only when the saddle height allows optimal leg extension can the pedaling power be fully transferred to the crank.
• Control & Stability: A frame that is too large makes steering sluggish, one that is too small leads to instability -- especially with luggage or on descents.

 

Frame Shapes Overview

Frame Shape	Characteristics & Advantages	Suitable Models/Situations
Diamond	Highest stiffness, direct response, best pedaling efficiency	Cross, Trekking, City (for sporty/long rides)
Trapezoid / Step-Through	Combination of stiffness and comfort, easier mounting and dismounting	Cross, Trekking, City (for commuting/touring)
Wave / Low-Step	Very easy mounting and dismounting, relaxed upright seating position, ideal for stop-and-go in city traffic	City, Trekking (everyday use, luggage transport, senior-friendly)

Note: Shape is not the same as size. With the same body height, you can choose different shapes to meet your preferences regarding mounting comfort and riding feel.

 

The Correct Frame Height: How to Calculate Your Inseam

The correct frame height is crucial for a comfortable and safe riding experience. The inseam -- i.e., the distance from the crotch to the floor -- is more precise than pure body height. Those who measure their inseam can derive the recommended frame height from it. In combination with a test ride and professional saddle position adjustment, you can thus find the e-bike that is optimally suited to your body height and riding style.

1.  Measure inseam: Stand with your back against a wall, wearing flat shoes. Clamp a book between your legs and pull it up into the crotch. Measure the distance from the floor to the top edge of the book. This is your inseam in cm.

2.  Apply formula (initial estimate):

• City / Trekking / Gravel: Frame height (cm) ≈ Inseam × 0.66
• Mountain Bike (MTB): Frame height (cm) ≈ Inseam × 0.57

3.  Fine-tuning through test ride: Even with the same body height, proportions are different. Therefore, rely on a test ride to check the top tube length (reach) and ensure that your arms are neither too stretched nor too bent.

These formulas are only a starting point. The final adjustment is done through a test ride and professional adjustments (saddle height, handlebar height, handlebar width).

 

What to Pay Attention to During the Test Ride

• Standover height: Stand over the top tube. There should be about 2-5 cm of space between your crotch and the top tube (more for MTBs).
• Saddle height: When the heel is on the pedal in the lowest position, the knee should be almost straight.
• Handlebar distance (Reach): The arms should be slightly bent and the shoulders relaxed.
• Handlebar height: For city/leisure slightly higher than the saddle; for touring/sport at the same height or slightly lower.
• Simulate riding situations: Test starting, braking, climbing hills, and uneven stretches.

In addition to your own test ride, a professional bike fitting at a specialist dealer can also help find the ideal seating position and significantly improve the riding experience:

• Fine adjustment of the saddle: Not only the height but also the position and tilt of the saddle decisively influence pedaling efficiency and comfort.
• Optimization of controls: Adjust the angle and reach of the brake levers so you can react quickly and safely in every situation.
• Handlebars and stem: Depending on arm length and flexibility, it may be useful to choose a different stem or handlebar angle.
• Individual adaptation: Based on possible complaints such as wrist or back pain, targeted adjustment recommendations are given to optimize the seating position and ergonomics.

Book a test ride

 

E-Bike Transport: Options and Tips

E-bikes are heavier than conventional bicycles and equipped with lithium batteries. Therefore, during transport, not only the weight but also safety aspects, the correct fastening, and the applicable regulations must be considered. Whether in a car, on a train, on an airplane, or in the rain -- there are special points to pay attention to in every situation. Below we present four common transport options and give practical tips on how to take your e-bike with you safely and without problems.

 

Transport by Car

When transporting an e-bike, you can take it inside the vehicle or on a roof rack, but a rear rack for the tow hitch is most practical. These racks offer high load capacity, can easily handle the weight of an e-bike, allow convenient loading and unloading, and do not strain the roof or tailgate. Therefore, they are usually the best choice in terms of safety and handling.

Practical Tips:

• Before placing on the rack, remove the battery, display, and other small attachments to reduce weight and air resistance.
• Use carrier systems that are specifically designed for e-bikes -- with a load capacity of at least 30-35 kg as well as reinforced holding arms and wide wheel channels.
• Ensure a three-point fixation (front wheel, rear wheel, frame). After tightening, check by gently shaking whether the bike is secure.
• If you use a roof rack, pay attention to the total height of the vehicle and crosswinds, and secure especially the front and rear wheels.
• Tail lights and license plates must not be obscured -- if necessary, attach an additional light bar or license plate holder.
• Protect rims and drivetrain with a scratch protection cover; however, avoid a full cover during long motorway journeys, as it can inflate due to the wind.

 

Transport by Train

In different countries and depending on the train type, different rules apply as to whether and how e-bikes may be taken along. Some trains allow direct carriage, others require a bicycle reservation or a separate ticket. To avoid stress on the platform, you should inform yourself about the carriage rules before the journey, check if your train accepts e-bikes, and if necessary, reserve tickets or spaces in time.

Practical Tips:

• With Deutsche Bahn, the battery must remain firmly mounted on the e-bike during the journey. Spare batteries may not be carried and batteries may not be charged on the train.
• Before boarding, remove easily detachable accessories to avoid loss or damage during the journey.
• When maneuvering, use the push assist mode (approx. 6 km/h) and do not ride on the platform.
• In the carriage, you should secure the e-bike with tension straps in the designated area to prevent it from falling over during braking maneuvers.
• Liability and insurance are subject to the respective railway regulations -- therefore always secure the bike properly and keep an eye on it.

 

Transport by Airplane

Since lithium batteries are classified as dangerous goods, most airlines do not allow the transport of e-bike batteries over 100 Wh in hand luggage nor in checked luggage. Therefore, direct air transport of a complete e-bike is practically impossible. For international transport, the e-bike is usually shipped by road or sea -- according to the corresponding regulations for dangerous goods.

Practical Tips:

• If you are only transporting the e-bike without the battery, you should clarify the packaging requirements in advance with the airline or ground staff.
• Usually, bicycles must be cleaned, deflated, pedals and front wheel removed, and the handlebar protected or turned.
• After arrival, you can rent or borrow batteries temporarily at brand dealers or service points on site -- a common solution for flight travel.
• If possible, use a special bicycle case or reinforced cardboard box, remove the front wheel, pedals, and handlebar, fix the fork, and protect the derailleur.
• Keep all relevant documents ready: frame number, proof of purchase, and if applicable, freight or shipping documents, in case of an inspection.

 

Transport in Rain

E-bikes can generally be transported in the rain but should be sufficiently protected. Although modern systems are splash-proof, they are not designed for permanent wetness or strong water jets. Therefore, additional protection during transport in the rain is particularly important.

Practical Tips:

• Use a half-open rain cover to protect the motor, display, and electrical connections. However, avoid full covers, as they can inflate and get damaged due to the wind while driving.
• After arrival, carefully dry connectors and check if moisture has entered. Only recharge the battery after it has completely cooled down.

 

Checklist for the Test Ride -- What to Look for When Testing an E-Bike

A test ride is an important step when buying an e-bike. Technical data on paper says little about the actual riding feel -- comfort, stability, and the motor's response in everyday life are decisive. Use this checklist to recognize the difference between "looks good" and "really fits me".

• Handling & Stability: Is the center of gravity well balanced? Does the steering react intuitively? Does the e-bike remain stable during an emergency brake without skidding?
• Starting & Acceleration: Does the e-bike start smoothly and without jerking? Is starting on a hill powerful but well controllable?
• Handling at Higher Speeds: How does the e-bike behave at about 25 km/h -- does it run evenly or with noticeable pull?
• Riding Without Assistance: How easily can the e-bike be pedaled when the assistance is deactivated or the battery is almost empty?
• Motor Response & Performance: Does the motor react immediately and naturally to your pedaling movement? Are there delays or uneven power? Is the motor power sufficient for your everyday life -- e.g., on climbs, with luggage, or on longer tours?
• Gearing & Gear Range: Does shifting work smoothly? Are the gears tuned so that you can ride efficiently both uphill and on fast stretches?
• Drive Type: Chain or belt, which drive type better suits your requirements for maintenance and cleaning?
• Battery Capacity & Range: Is the battery capacity sufficient for your daily routes or longer excursions?
• Battery Mounting & Stability: Can the battery be easily removed and reinserted? Does it sit firmly after insertion without rattling?
• Range Feeling: Even if the full distance cannot be measured in the test -- can you get a feeling for the range based on different assistance levels and route sections?
• Braking Behavior: Is the braking power finely adjustable? Does the bike remain stable during repeated braking?
• Coaster Brake: Are you accustomed to coaster brakes -- and does this type of deceleration feel comfortable for you?
• Motor Cut-off: Does the motor switch off immediately when braking, without continued assistance or residual push feeling?
• Ergonomics & Seating Position: Is the sitting posture comfortable even over longer periods? Do saddle height, handlebar height, and reach match your body height?
• Suspension & Comfort: Do the suspension fork and seat post effectively absorb shocks on uneven surfaces (e.g., cobblestones, gravel, speed bumps)?
• Weight & Handling: Is the weight of the e-bike easy for you to handle -- when pushing, parking, or on ramps and stairs?
• Display & Operation: Is the display easy to read, even in sunlight? Can the assistance levels be changed intuitively on the handlebar?
• Assistance Modes & App: Are the assistance levels sensibly tuned? Can the power curve be adjusted via an app if necessary?
• System Functions: Does the system remember the last settings? Is switching on and off simple? Does the app connection work stably?
• Personal Assessment: Note the biggest advantages and disadvantages of the model and how well it fits your riding profile.
• Comparison & Advice: Test two to three models on the same route to directly compare differences in climbing, braking behavior, comfort, and noise level.
• Professional Advice: Discuss maintenance intervals, costs for wear parts, warranty conditions, and service offerings with the dealer to choose the right model in the long term.

Want to find out faster which e-bike really suits you? The most direct way is a test ride.

Smalo offers an online booking service -- simply choose your preferred model, date, and desired location, and our specialist staff will guide you through the entire experience.

Book a test ride

 

Smalo LX2 E-Bike Test

The Smalo LX2 is an intelligent e-bike specifically developed for urban commuting. It combines Smart Drive™ pedal assistance with automatic gear shifting and offers a particularly effortless and comfortable riding experience. The minimalist, elegant frame design with integrated lighting system and app connectivity makes the LX2 one of the most modern city e-bikes in Germany, perfectly combining style and technology.

Smalo LX2 Overview

• Smart Drive™ + automatic shifting: The system automatically adapts gear and power to terrain and pedaling behavior but can be manually overridden if needed.
• Design & Integration: Seamless frame design with integrated 380 lm front and rear light (with brake light); the display is integrated into the handlebar and offers a USB-C port -- functional and aesthetic at the same time.
• Urban Focus: Gentle starting and intuitive operation for city traffic.
• Safety & Comfort: Hydraulic disc brakes, precise torque sensing, and a Boost mode for more power when starting or on hills.

Suitable for: Commuters looking for a stylish e-bike with intelligent technology -- for a "carefree" and "effortless" riding experience in everyday life. Ideal for those who appreciate minimalist design, integrated lighting, and a natural riding feel.

 

Riding Test -- Experiences in City Traffic 

Starting and Acceleration Behavior: When starting, the assistance engages evenly, making riding in the city pleasant. Smart Drive™ automatically selects the optimal gear but can be manually corrected if needed. The Boost mode delivers additional power when starting at traffic lights or on short climbs -- the effect is clearly noticeable.

Riding Stability and Handling: The LX2 rides straight and stable; the steering behavior of the front motor requires a short acclimatization as the bike is "pulled". The rigid frame with voluminous tires offers sufficient comfort for daily use. Those who frequently ride over cobblestones or long distances can extract even more comfort with a suspension seat post.

Braking Performance and Safety: Equipped with Shimano MT200 hydraulic brakes, the LX2 offers precise and even braking power, ideal for city traffic. The lighting system works automatically, making everyday life easier -- the only disadvantage: the angle is not manually adjustable.

Range and Charging Comfort: Depending on riding style, weight, and assistance level, the range is between 70 and 120 km. Charging via a stationary power outlet is simple as the battery is fixed integrated; however, this lacks the flexibility to take it away for charging.

Smart Functions: Via the Smart Plus App, diagnostics, mode changes, power displays, and OTA updates can be performed. The connection is stable, the display is easy to read; however, a smartphone holder must be mounted separately.

Not recommended uses: The LX2 is optimized for city traffic, not for terrain or long mountain routes. At 23 kg, it is relatively heavy, which makes carrying in apartment buildings or use without a removable battery difficult.

Smalo LX2 review video:

Indoor unboxing by Scooterhelden

Outdoor testing by Scooterhelden

Outdoor testing by Klick

 

Want to learn more about the integrated design and intelligent assistance of the Smalo LX2? On the official product page, you will find all technical data, design details, and purchasing information -- including Smart Drive™, automatic gear shifting, Boost mode, and a range of up to 120 km. Visit the product page LX2 now to discover all details and check if the model fits your everyday life.

 

E-Bike: What to Consider When Buying?

Now that you have learned the most important points about e-bike advice, here you will find answers to frequently asked questions that many ask before buying an e-bike -- from speed and weight to range, maintenance, and battery costs. These factors determine whether your riding experience remains pleasant and reliable in the long term.

• Speed Limit: A typical pedelec assists up to 25 km/h, while S-Pedelecs reach up to 45 km/h -- beyond that, only your leg power counts.
• Weight: Most e-bikes weigh between 10 and 30 kg, about 7-12 kg more than conventional bicycles -- important for anyone who often has to carry or transport the bike.
• Range: Usually, it is 50 - 100 km per charge, depending on terrain and assistance level.
• Charging Time: A 500 Wh battery needs about 3-4 hours to charge fully.
• Charging Costs: Public charging stations usually cost between €0.08 and €0.30 per charging session.
• Hidden Battery Costs: Battery and maintenance expenses often make up a large part of long-term e-bike costs. Depending on the brand and model, replacement parts can vary greatly -- inform yourself about maintenance and replacement prices before buying and consider them in the overall budget.
• Maintenance: Battery, drive, software, and tires should be checked regularly to ensure performance and safety.
• Service Interval: A service once a year or every 2,000 km is recommended to ensure safety and performance. If replacement parts are required, costs may vary depending on brand and model.
• Braking System: Hydraulic disc brakes are considered reliable and are particularly suitable for daily use.
• Tuning and Legality: In Germany, unlocking or modifying the motor performance is illegal and can jeopardize insurance coverage. Only regulation-compliant accessory upgrades (e.g., lights, brakes, racks) are permitted. E-bike tuning is not fundamentally forbidden but must comply with road traffic regulations to avoid legal and insurance risks.
• Test Ride: No data sheet replaces the personal riding feel. Check if the assistance, seating position, and controls feel natural and pleasant.

If you use your e-bike mainly for the daily commute to work, weight and charging speed are crucial for everyday suitability. For longer tours, comfort and range are paramount, while price-conscious buyers should keep an eye on battery and maintenance costs. E-bikes have now become a fixed part of everyday life in Europe -- both for commuters and leisure riders.

The Smalo LX2 combines intelligent assistance, automatic gear shifting, and minimalist design into an intuitive and effortless riding experience. Discover all models and book a test ride right away.

(This article is for informational purposes only. All information, including data, facts, and legal regulations, may change over time or vary by region.)