The first few minutes on an eBike are wonderfully simple.
Turn it on. Start pedaling. Feel the motor join in. Try not to grin too obviously as the hill that usually makes you reconsider your route suddenly feels much smaller.
Then somebody starts talking about watt-hours, torque sensors, Class 3 settings, and hydraulic disc brakes.
Wait. What?
Like any good hobby, eBiking comes with its own vocabulary. Some terms describe what the bike is doing. Others help you compare models, understand your display, or explain exactly why your new Lectric feels so much fun to ride.
You do not need to become an electrical engineer before taking your first spin. But knowing a few key terms can help you choose the right eBike, get more from every charge, and sound considerably more informed when someone at the trailhead asks about your setup.
Think of this as a glossary rather than a chapter book. The terms below are listed alphabetically, so don't worry if one definition mentions something you haven't seen yet. Chances are it's explained further down the page. Feel free to scroll, skip around, and explore at your own pace.
Amp-Hours
Amp-hours, often shortened to Ah, describe the electrical capacity of an eBike battery.
A battery with a higher amp-hour rating can generally hold more energy than a battery with a lower rating, assuming the voltage is the same. Think of it as one part of the equation that helps determine how much riding your battery may be able to support.
You will often see amp-hours listed alongside voltage, such as a 48V, 14Ah battery.
More amp-hours can mean more potential range, but the complete story also depends on the motor, terrain, rider weight, weather, and how much assistance you use.
Battery
The battery stores the energy that powers your eBike’s electrical system.
On a Lectric, that energy is used to run the motor, display, lights, and other powered components. Depending on the model, the battery may be integrated into the frame, removable for charging, or available in standard and long-range configurations.
A battery is not just the thing you charge overnight. It is the fuel tank for the entire ride.
Belt Drive
A belt drive replaces a traditional metal bicycle chain with a reinforced belt.
Belt-drive systems are known for being quiet, clean and relatively low-maintenance. They do not require traditional chain lubrication, which means fewer greasy pant legs and less routine drivetrain care.
Most bikes still use chains, but select eBikes such as the JW Black XP Lite2 use a Gates Carbon Drive belt.
Cadence
Cadence is how quickly you are pedaling, usually measured in revolutions per minute.
A relaxed rider may pedal at a slower cadence. Someone climbing, exercising, or trying to maintain speed may pedal faster.
Cadence matters because some eBike assistance systems use pedal rotation to determine when the motor should activate.
Which brings us to the next term.
Cadence Sensor
A cadence sensor detects whether the pedals are turning.
Once it recognizes that you are pedaling, it signals the motor to provide assistance according to the selected Pedal Assist level. It does not primarily measure how hard you are pushing. It notices that you are pedaling and responds.
Cadence-sensor systems can provide a clear, consistent push that makes cruising, commuting, and climbing feel far easier than riding a traditional bike.
Lectric PWR™ adds more refinement to this kind of system—but we will get to that under “P.”
Cargo eBike
A cargo eBike is designed to carry more than the average bicycle.
That may mean children, groceries, camping equipment, work supplies, delivery bags or an impressive amount of farmers market produce.
Cargo models typically feature extended frames, higher payload capacities, and compatibility with racks, baskets, seats, rails or panniers. The motor assistance is especially valuable once the bike is loaded.
A cargo eBike turns “There’s no way I’m carrying all of that on a bike” into “Actually, we can probably fit one more bag.”
Class 1, Class 2, and Class 3
eBike classes describe how the motor provides assistance and the speeds at which that assistance operates.
Class 1: Pedal assist only, generally up to 20 mph.
Class 2: Pedal assist and a throttle, generally up to 20 mph.
Class 3: Pedal assistance up to 28 mph. Throttle rules and configurations can vary.
Lectric eBikes ship in Class 2 settings, with model-specific options and limitations. Select models can be adjusted for Class 3 pedal-assisted speeds. The throttle remains limited to 20 mph, and riders should always check applicable state, city, and trail regulations before changing classifications or choosing where to ride.
Translation: the class tells you how the bike delivers power—not how advanced you are as a rider.
Controller
The controller manages the flow of electricity between the battery and motor.
When you use the throttle, select a Pedal Assist level or begin pedaling, the controller interprets those inputs and determines how much power should be sent to the motor.
It is essentially the behind-the-scenes coordinator of the electrical system.
You may never see it, but you will benefit from it every time you ride.
Disc Brakes
Disc brakes use a brake rotor attached to the wheel and a caliper that presses brake pads against the rotor.
They provide strong, predictable stopping performance and are especially useful on eBikes, which may travel faster and carry more weight than conventional bicycles.
There are two common versions:
Mechanical disc brakes use a cable to activate the caliper.
Hydraulic disc brakes use fluid pressure to apply the brakes.
Hydraulic systems commonly provide a smooth lever feel and strong braking with relatively little hand pressure. Mechanical systems are straightforward, capable and easier for some riders to service themselves.
Display
The display is the bike’s information center.
Depending on the model, it may show:
- Current speed
- Battery level
- Pedal Assist setting
- Trip distance
- Odometer
- Headlight status
- Error codes
- Riding time
The display is also where certain settings may be adjusted.
You do not need to stare at it during the entire ride. But it is helpful when you want to know how fast you are going or how much battery remains.
Drivetrain
The drivetrain includes the parts that transfer your pedaling effort to the rear wheel.
On a traditional chain-driven bike, this typically includes the pedals, cranks, chainring, chain, cassette or freewheel, and derailleur.
The electrical system may be the headline feature of an eBike, but the drivetrain is still doing real work. You can pedal with assistance, use less assistance or—in many cases—turn the motor assistance off entirely and ride it like a conventional bicycle.
Fat Tires
Fat tires are wider bicycle tires designed to provide added stability, traction, and comfort across a variety of surfaces.
They can help smooth out rough pavement, gravel, packed dirt, grass, and other uneven terrain. Their larger contact patch also gives many new riders a planted, confident feeling.
Fat tires do not mean you must immediately go searching for the most rugged trail in your county. They are just as useful when a neighborhood sidewalk becomes unexpectedly adventurous.
Folding eBike
A folding eBike has a frame designed to fold into a more compact size for transportation or storage.
This can make the bike easier to place in an SUV, RV, garage, apartment, or other limited space.
“Folding” does not mean flimsy, miniature or temporary. It describes the frame’s functionality. A folding Lectric can still be a full-size adventure machine once unfolded and ready to ride.
Gearing
Gearing changes how difficult it feels to pedal.
Lower gears make pedaling easier and are useful for starting, climbing, or carrying a heavier load. Higher gears require more effort but can feel more natural at faster speeds.
Pedal Assist and mechanical gears work together, but they do different jobs.
The gears adjust the resistance you feel through the pedals. Pedal Assist adjusts how much help the motor provides.
A helpful beginner habit: shift into an easier gear before a steep climb rather than relying entirely on the motor to power through it.
Hub Motor
A hub motor is positioned inside the hub of either the front or rear wheel.
Many eBikes use rear hub motors because they provide a direct pushing sensation from the back of the bike. They are compact, effective and well-suited to commuting, recreation, and everyday riding.
When the motor activates, it turns the wheel. When the wheel turns, the fun starts.
Hydraulic Brakes
Hydraulic brakes use brake fluid inside sealed lines to transfer pressure from the brake lever to the caliper.
The result is typically strong stopping power and smooth modulation—the ability to apply the brakes gradually rather than feeling like they are simply “on” or “off.”
Hydraulic brakes still require inspection and maintenance, but routine use often involves fewer cable adjustments than a mechanical system.
Long-Range Battery
A long-range battery has greater energy capacity than a model’s standard battery option.
That extra capacity may support longer rides or reduce how often you need to charge. It can be useful for commuters, RV travelers, explorers, and anyone whose favorite route tends to become “just one more mile.”
Range still varies. A larger battery increases your available energy, but it does not make hills, headwinds, or PAS 5 disappear from the equation.
Motor
The motor is the component that converts electrical energy into movement.
Motor output is commonly described in watts. You may see a nominal wattage, peak wattage, or both.
Nominal wattage describes the motor’s sustained operating level.
Peak wattage describes the higher output the system may produce during demanding moments, such as acceleration or climbing.
A larger number can indicate greater power potential, but motor wattage alone does not tell you everything about how an eBike will feel. Controller programming, voltage, gearing, sensors, rider weight, and terrain also matter.
Newton-Meters
Newton-meters, abbreviated Nm, measure torque.
In eBike terms, torque describes the rotational force the motor can produce. More torque can help an eBike accelerate, climb hills, and move heavier loads.
Wattage tells you about power. Newton-meters help describe the turning force behind that power.
You do not need to calculate a Newton-meter. You will recognize it when the bike pulls confidently away from a stop.
PAS
PAS stands for Pedal Assist System or Pedal Assist level.
Most eBikes offer multiple PAS settings. A lower number provides less motor help and generally uses less battery. A higher number provides more assistance and typically consumes energy faster.
PAS 1 or Eco might be perfect for a relaxed path.
PAS 3 or Tour may feel right for a steady commute.
PAS 5 or Turbo is there when the hill gets serious, the headwind gets rude or you simply feel like flying.
The settings are not difficulty levels. There is no prize for staying in PAS 1 or Eco all day. Use the assistance that makes the ride work for you.
Payload Capacity
Payload capacity is the total amount of weight the eBike is designed to carry.
That total may include the rider, passenger, accessories and cargo.
Payload is different from the capacity of an individual rack or accessory. The bike may support one total amount while a rear rack, front rack, or passenger seat has its own separate limit.
Before loading up, check both the total bike payload and the ratings for every accessory being used.
Pedal Assist
Pedal Assist activates the motor while you pedal.
Instead of replacing your effort, it adds to it. You are still riding a bicycle. The difference is that your pedaling suddenly has a very helpful teammate.
Pedal Assist can make hills more manageable, extend the distance you are comfortable riding, and allow people with different fitness levels to enjoy the same route together.
It is not cheating.
It is riding farther, carrying more and arriving with enough energy left to enjoy where you went.
Lectric PWR™
Lectric PWR™ stands for Pedal Assist Wattage Regulation.
On compatible models, Lectric PWR™ controls the amount of power available at each PAS level rather than relying only on speed-based limits. The result is a more controlled build in assistance as the rider moves through the PAS settings.
It was designed to bring some of the progressive, rider-friendly feel associated with torque-based assistance to a highly capable cadence-based platform.
In regular rider language: each Pedal Assist level has a clearer job.
Low settings feel useful for efficient cruising. Higher settings give you more power when the ride demands it. You are not merely selecting how fast the bike should go. You are choosing how much electrical muscle you want behind each pedal stroke.
That is distinctly Lectric Language.
Range
Range is the estimated distance an eBike can travel on a charge.
The important word is estimated.
Real-world range can change based on:
- Pedal Assist level
- Throttle use
- Rider and cargo weight
- Hills
- Wind
- Tire pressure
- Temperature
- Riding speed
- Surface conditions
- Starting and stopping
- Mechanical condition
Range estimates are useful for comparing configurations, but they are not promises that every ride will produce an identical number.
The best way to understand your range is to ride your usual routes, watch your battery usage, and learn how your bike responds to your habits.
Soon, you will stop thinking in percentages and start thinking, “That route uses about two battery bars.”
Rear Rack
A rear rack is a platform mounted over the rear wheel for carrying cargo or supporting compatible accessories.
Depending on the bike and rack rating, it may hold baskets, bags, panniers, or passenger equipment.
A rack is one of the simplest ways to make an eBike more useful. One day it carries a backpack. The next it carries groceries. Eventually, you may wonder why you ever drove two miles just to pick up a loaf of bread.
Step-Over and Step-Thru
These terms describe frame shape.
A step-over frame has a higher top tube that the rider typically swings a leg over.
A step-thru frame has a lower opening that can make mounting and dismounting easier.
Step-thru frames are popular with riders who value accessibility, frequently stop and start, carry cargo, or simply prefer not to perform a high kick every time they get on the bike.
The choice is not about rider experience or ability. It is about comfort, fit, and preference.
Suspension Fork
A suspension fork is the front section of the bike that allows the front wheel to move slightly up and down over bumps.
This movement helps absorb impacts from cracks, gravel, roots, curbs, and uneven terrain. It can improve comfort and help the front tire maintain contact with the riding surface.
Some forks also include adjustment or lockout features for riders who want a firmer feel on smooth pavement.
Throttle
The throttle allows the motor to provide power without requiring the rider to pedal.
Depending on the model, it may be operated by twisting part of the grip or pressing a lever with the thumb.
A throttle is useful when:
- Starting from a stop
- Crossing an intersection
- Getting the bike moving with cargo
- Taking a brief break from pedaling
- Maneuvering through a difficult section
It should be used smoothly, especially by new riders. An eBike has more immediate power than a traditional bicycle, and a gentle input gives you better control than treating the throttle like an arcade button.
Torque
Torque is rotational force.
For the motor, torque helps describe how strongly the system can turn the wheel.
For the rider, torque is the force applied through the pedals and crank.
More motor torque is particularly noticeable during acceleration, hill climbing, and loaded riding. It is the difference between the bike merely maintaining speed and feeling ready to pull.
Torque Sensor
A torque sensor measures how much force the rider applies to the pedals.
Push gently, and the motor responds gently. Pedal harder, and the system provides more support.
This can create a very natural riding feel because assistance responds directly to rider effort. Lectric describes the torque sensor as a component that measures pressure applied through the pedals and uses that input to control motor assistance.
A cadence sensor asks, “Are you pedaling?”
A torque sensor asks, “How hard are you pedaling?”
Both can create an excellent ride. They simply speak different dialects of eBike.
Voltage
Voltage, shown as V, describes the electrical potential of the battery system.
Common eBike systems may use ratings such as 36V, 48V or 52V. Voltage works together with battery capacity, controller output, and motor design to influence overall performance.
A higher voltage number does not automatically mean one bike is better than another. The complete electrical system needs to be designed and programmed to work together.
Think of voltage as part of the bike’s power architecture, not a standalone scoreboard.
Watts
Watts, abbreviated W, measure power.
An eBike motor may be described by nominal and peak wattage. Battery energy may be described in watt-hours.
Watts help explain how much power the system can produce at a given moment. They are especially relevant when comparing acceleration, climbing potential, and overall motor performance.
But the biggest wattage number does not always produce the best bike for every rider. How that power is delivered can matter just as much as how much is available.
Watt-Hours
Watt-hours, abbreviated Wh, describe the total energy capacity of a battery.
To calculate watt-hours, multiply battery voltage by amp-hours.
For example:
48 volts × 14 amp-hours = 672 watt-hours
Watt-hours can be more useful than amp-hours alone when comparing batteries with different voltage ratings.
More watt-hours generally means more stored energy. Actual range will still depend on how efficiently that energy is used during the ride.
You’re Speaking eBike Now
There will always be more to learn.
You may eventually find yourself discussing tire tread, brake rotor diameter, controller amperage, and gear ratios with surprising enthusiasm. That tends to happen after enough miles.
For now, you know the language that matters most.
You know why PAS changes the ride. You know the difference between cadence and torque sensors. You know that range is shaped by real-world conditions, that watts and watt-hours describe different things, and that Class 3 is a bike setting—not your graduation from beginner status.
The next time someone starts talking eBike, you will not have to nod along and hope the conversation returns to something familiar.
You are already in it.
Better yet, you are ready to ride.