Best Electric Bikes 2025: A Guide to Buying an Electric Bike in New Zealand

Our guide explains everything you need to know to buy the right electric bike at the best price.

Updated 21 September 2025

Summary

From daily commutes through to weekend rides or off-road adventures, more and more New Zealanders are discovering the freedom and convenience of e-bikes.
They’re not just a smarter way to get around, they’re also a fun, sustainable, and versatile alternative to cars.
This guide covers everything you need to know about electric bikes in New Zealand, from choosing the best model for commuting, leisure, or off-road use, to our recommendations for top e-bikes suited to various lifestyles and budgets.

Our Electric Bike guide covers:

About This Guide - A Note from MoneyHub

We teamed up with Electrify NZ to create this guide because, frankly, we needed their expertise. They've been selling and repairing e-bikes for over ten years, and their workshop handles everything from brand-new bikes to ones that have covered 10,000km on Auckland's hills.
Why Electrify? They're not tied to any single brand - they stock Aventon, Gepida, Black, Smartmotion and others. This means they can tell us what actually works, not just what they need to shift. Plus, they fix what they sell, so they know which bikes come back with problems and which ones just keep rolling.
Their mechanics shared the kind of insights you only get from pulling apart hundreds of bikes - like why certain batteries fail early, which motors handle New Zealand conditions best, and what features are actually worth paying extra for.
Full disclosure: Electrify helped us understand the technical specs and shared their knowledge about different models. But this is very much a MoneyHub guide - we've based our recommendations on customer reviews, warranty claims data, and what real riders are saying online, and linked to relevant models Electrify sells as an example.
Important: If you spot something that needs updating or have a different experience with any of these bikes, let our research team know. E-bike tech moves fast, and we want to keep this guide current.

What is an Electric Bike & What Kind of Types Are Available?

An electric bike is a power-assisted bicycle with an electric motor and built-in battery pack that can be charged to give you a power boost anytime you want it. You can ride your e-bike just like a normal bicycle or charge it up and take advantage of its power-assisted features to get further with less energy, surmount hills with ease, or simply have more incentive to go for a bike ride at your leisure. Electric bikes generally have the following features:

Variable speed which controls the power output of the motor.
Multiple sensor options (depending on the model) which regulate how much assisted power you get. The power depends on how hard or how fast you are pushing the pedals.

To give you a better understanding of how e-bikes work, and which one is best for you, we outline their features in greater detail in this guide.

What types of electric bikes are available?

The first thing to consider when selecting an electric bike is how you intend to use it. Generally, riders fall into three categories:

Commuter or city riders who mainly use an electric bike for riding around town on paved surfaces. Bikes built for this purpose usually have LFC included. LFC stands for “Lights, Fenders, Carrier rack”, so the bike comes with integrated lights for visibility, fenders to prevent splashing from wet roads, and a carrier rack for transporting items. These elements make the bike practical for getting around town year-round and for carrying a pannier bag or basket for your belongings. These bikes also typically have smoother tyres, which means the surfaces of the tyres lack knobby tread and are designed to offer less rolling resistance on paved roads, making them suitable for road riding. There is also a specific type of city bike called a “cargo bike” that’s built to carry children or large loads, and these are typically more expensive than regular commuter e-bikes.
Leisure and light trail riders. There is a great and growing network of cycle trails around New Zealand, from the Hauraki Rail Trail and Timber Trail in the North Island to the Great Taste and Otago Rail Trail in the South, and many others. The types of bikes suitable for this purpose usually have tyres with some tread on them, allowing for both on and off-road riding. They will often prioritise comfort as this is important to leisure riders. Note: Many riders of this style of bike (often referred to as an “SUV” or “ATB” (All-Terrain Bike)) also use them around town, as they are usually designed for versatility.
Mountain bikers. For riders who enjoy taking their bikes to the mountain bike park, there is the e-MTB (electric mountain bike). These e-bikes usually cost more than bikes in the other two categories. They will often come with rear suspension (a system that absorbs bumps at the back wheel) and higher-end components (such as better brakes and gears) to handle the increased demands on the equipment that come from mountain biking.

Once you’ve determined the type of rider you are, selecting the frame style that suits you best will help narrow down your options.
The two main styles of bike are the “step-through” frame, which lacks a horizontal bar, and those with a top-tube or “crossbar” frame, which includes a horizontal bar joining the seat and handlebars.

Step Through vs Top Tube Frames

Step Through Electric Bikes

Bikes with these frames do not have a bar that goes across the top of the bike. Historically, some people may have considered step-through bikes most suitable for female riders; however, this perception has shifted, particularly with the rise in popularity of e-bikes.
Step-through electric bikes offer easier mounting and dismounting, as their design allows you to step through the centre of the bike rather than swinging your leg over a high frame. This design is popular with all demographics nowadays due to easy access, comfort, and safety.
This is particularly helpful for riders with limited mobility, those carrying cargo, or anyone who needs to stop and start frequently, such as at intersections. Hopping down off the seat provides extra stability whenever needed during your ride.
Typically, step-through e-bikes will also offer a more upright seating position, which many riders find more comfortable.

Cross-bar or top-tube frames

These frames feature a bar, called the top tube, that spans the top of the bike, essentially forming a triangular frame shape. This does provide some additional frame strength, which is generally only necessary in electric mountain bikes where the motor can add extra stress to the frame. Step-through frames made by reputable manufacturers are strong enough to handle any type of city riding and moderate trail riding (for example, a step-through trail bike like the Smartmotion XCapade is capable of handling a Grade 3 ride, such as the Timber Trail). Cross-bar frames, another term for frames with a top tube, usually offer a more 'forward' riding position, preferred by riders who want to travel faster or tackle more challenging terrain, while those seeking a more upright riding position may prefer step-through bikes.
There are also some frame variations that fall in between these two styles, often called “trapeze” frames, in which a crossbar is still present but at a lower height, making mounting and dismounting easier than on a standard cross-bar frame.

How much does an electric bike cost?

Once you’ve narrowed down how you intend to use an e-bike and your frame style preference, there will be options that range widely in price due to other factors, such as batteries, drive systems, motor wattage, and other variations that we discuss below.

Generally speaking, it is challenging to find a new e-bike under $2,500 that is made by a reputable manufacturer, well-supported, and of high quality. However, you may be able to find a second-hand, ex-demo, or clearance e-bike of sufficient quality within that price range.

There are two types of drives: Hub drive and Mid drive, with different impacts on the price. The most affordable e-bikes are often powered by a hub drive (see the next section for further info on these, including pros and cons). A hub drive from a high-quality brand, such as Aventon, might cost around $4,000. These bikes are often suited to city and commuter riding.

Mid-drives (mid-mounted electric motors on e-bikes), often favoured by leisure riders, typically start around the $4,000 mark, although some brands, such as Black, offer value-priced options below that price point. Mid-drives from a brand using a Bosch or Shimano system, the most commonly used e-bike motor systems in New Zealand, may be slightly more expensive.

Cargo bikes, which are often powered by Bosch, are commonly priced in the $8,000-$12,000 range; the Aventon Abound LR Cargo, at around $4,000, is an exception to this.

Electric mountain bikes are also pricier options. An entry-level “hardtail” (with no rear suspension) typically starts around $5,000, while “full suspension” electric bikes usually cost between $7,000 and $20,000+, depending on the brand, its components, and specifications.

Know This:

Just because a bike looks like a good deal doesn't mean it is; there can be a lot more show than go bikes on the e-bike market as every bike manufacturer tries to bring down the prices of their budget options.
When buying an e-bike, try and invest a bit more upfront so that it lasts longer and rides better. A good e-bike is worth investing in - it's a big purchase and one you don't want to repeat over and over.

Types of Electric Bike
When choosing an electric bicycle, you’ll find that every model is either comes with a mid-drive motor or a hub-drive motor. Mid-drive motors and hub-drive motors are two different motor types that both offer unique advantages depending on how you ride your bicycle and where and when you want your power-assisted features to come into play.

Mid-drive motors explained

The motor is built into the crank compartment between the pedals
It's designed to offer an extra measure of torque directly into the gears of your bicycle, minimising energy loss and maximising power.
The motor's positioning makes for more efficient RPM and versatile riding with a balanced feel. It also makes it easier to climb steep hills and reach faster speeds.
Mid-drive motors are relatively smaller and lighter and generally better with uphill and off-road efficiency and power.
It's easier to change a tire.

Hub-drive motors

The motor is attached to the centre of the rear or front wheel (typically the rear wheel).
The design and placement make the motor ideal for long-distance commuting on generally flat terrain
Generally, hub-drive e-bikes are more affordable than mid-drive bikes.
Hub-drive motors are independent drive system that require little-to-no maintenance. They experience less wear-and-tear on other bike mechanisms such as the chain and shifters.
Hub-drive motors run independently of a bike chain — you can break your chain and still ride home on electric power, and vice versa

What Are the Key Features of Electric Bikes?

Electric bikes come with various features that make them an attractive choice of transportation and recreation for riders of all ages and lifestyles. To explain what's available and make your buying process more informed, we have included a list of features and what they mean. The aim is to give you a better idea of how an electric bike works and what benefits they offer.

Throttle mode

Many electric bikes come with a throttle mode feature. This is a button or twist grip that gives you an instant electric-powered boost the moment you activate it. Throttle mode is used to propel your bike forward without pedalling. Generally:

Many e-bike throttles feature an adjustable dial that allows you to control the power
The throttle, which controls engine power, is most often used for boosting when climbing hills and navigating rough terrain.
Every throttle use expends the battery capacity
Energy efficiency is dependent on motor type

Pedal assist (Pedelec)

This feature provides electric-powered assistance while pedalling. The Pedelec feature gives riders a ‘smart bike’ feel as it makes pedalling more efficient and rewarding. With pedal assist mode, riders can travel further and conquer obstacles, such as hills and rough terrain, with less difficulty and strain. Pedelec offers a greater electric bike range and efficiency, and makes riding enjoyable. Many e-bikes offer variable levels of pedal assistance, such as:

Low pedal assistance: This mode requires you to rely more on your physical strength and endurance to pedal, while offering minimal electric assistance. This is an ideal setting for a more natural biking experience, a better workout, or to conserve battery while still receiving some power output.
Medium pedal assistance: this mode strikes a balance between power assistance and physical exertion. You’ll feel like there’s a tailwind blowing behind you, but you will still need to pedal if you want to keep moving.
Maximum pedal assistance: With this setting enabled, your bike will deliver a maximum assistance boost, making it relatively easy to pedal forward to your destination. This will be the highest available pedal assistance setting next to full-throttle mode.

Electric bike sensors

Electric bikes rely on specialised sensors to determine how much power assistance you’ll need during pedalling and will adjust electric output based on how much power you’re using or how fast your pedals are spinning. Electric bikes are either equipped with a torque sensor, a cadence sensor, or both.

Torque sensor

Measures how much power you are using to push your pedals.
Allows for electric power assist fluctuation based on the amount of physical power you are exerting.
Emulates pedalling power very well and gives your bike a ‘smart’ feel.
It relies on more advanced and sensitive equipment, making it typically more expensive than other sensor types.
Ideal for bike riding that involves a lot of pedalling or more demanding exertion, as in the case of uphill and off-road riding.

Cadence sensor

Applies pedal assistance based on the speed at which you turn your pedals.
Can be adjusted according to pedal assist level (low, medium, high, etc.).
Works well with a throttle mode combination.
Cadence sensors are favoured for commuting across mostly flat terrain and situations where less pedalling demand is preferred (i.e., to work, school, and general commuting)

Batteries

The battery is usually the single-most expensive component on an e-bike, and probably the best reason to avoid e-bikes from less reputable brands. Off-brand batteries may not be as safe or durable as those from other brands, and they can be costly to replace if they fail. Avoid e-bikes that don’t offer a two-year warranty on electronic components.

The battery is essentially the “fuel tank” of your e-bike. A larger battery will be slightly heavier, but it will provide a greater range. Battery capacity (the size of the “fuel tank”) is measured in watt-hours (Wh). Some e-bike suppliers will describe their battery capacity in terms of amp-hours (Ah) instead of watt-hours, but comparing apples to apples is easy.

The power system on an e-bike operates at a specified voltage (typically 36V or 48V). To calculate watt-hours (Wh), multiply the stated voltage by the amp-hours (Ah).
So a 36V bike running a 20Ah battery will have a capacity of 720Wh. A 48V bike running a 15Ah battery will also have a capacity of 720Wh, so the size of the “fuel tank” is the same.

Bike components

We’ve covered the frame, the motor, the control system, the battery, and other factors. Besides these, there are other components to consider when purchasing an e-bike:

Wheel size

The most common tyre size on an e-bike is now the 27.5” wheel. These suit a wide variety of riders and riding styles. Riders who want to ride faster (and whose height is medium to tall) may prefer a larger 29” wheel – these are often found in faster commuter e-bikes and on some mountain bikes (sometimes in a “mullet” configuration with a smaller 27.5” wheel on the back for traction).
At the other end of the scale, bikes designed for smaller riders, carrying cargo, or children are often equipped with smaller wheels, typically 24” or 26”.

Drivetrain

The chain, cassette/sprocket, and gear shifting system on a bike are collectively referred to as the drivetrain.
E-bikes usually have fewer than 12 gears, with most equipped with between 7 and 10 gears. This is perfectly adequate for most scenarios, as the motor assistance allows a smaller number of gears to work just fine for climbing steep hills, as well as accelerating at speed.
Shimano and SRAM are the primary manufacturers of drivetrain componentry, offering a range of product tiers. Having higher quality components is most important on e-MTBs, and less important on city and leisure bikes, where their more economical systems will usually suffice.

Brakes

Brakes are one of the most important parts of your bike – Shimano, Magura, and Tektro are reputable brands with parts and support available locally.
Bikes can have rim or disc brakes, and disc brakes can be either mechanical or hydraulic. Disc brakes generally perform better than rim brakes, especially in wet weather. Hydraulic brakes outperform mechanical brakes and are generally recommended, particularly on more powerful bikes.
Hydraulic brakes usually cost a little more, but allow you to apply strong braking pressure more easily because the brake fluid (rather than just your own hand pressure) is doing the work.

Seatpost and Saddle

Leisure riders may prefer a gel-type comfort saddle, while sportier riders may prefer a more sporty style. The good news is that if you don’t like the saddle on a bike, but like the rest of the bike, it’s a very easy thing to change. It’s important to get a saddle that you feel comfortable riding.
Many e-bikes are also equipped with suspension seatposts for comfort – these can be the basic sprung-type or the more sophisticated trapeze mechanism found on products like the Suntour NCX.
Some e-bikes are also equipped with “dropper” posts, which allow the rider to adjust the seat upwards using a lever attached to the handlebar, thereby extending their legs fully. Then, when the rider comes to a standstill, the rider can move the seat down so that their feet can touch the ground. This feature is popular on both leisure and electric mountain bikes.

Suspension

Most electric bikes come with a suspension fork on the front, which helps absorb some of the bumps on the ride for added comfort. The amount of “travel” on the fork is a measure of how much impact it can absorb. Forks with 65mm to 100mm travel are common on city/commuter e-bikes and are suitable for that purpose.
They often come with a lockout feature, allowing the suspension to be turned off for more efficient riding. Travel on electric mountain bikes typically starts at 120mm, with 160 mm or more travel found on bikes designed for steep and rough descents.

Understading the Range

One of the most common questions asked about e-bikes is how far they will go, and the answer is always “it depends.”
As a general rule, approximately 15km per 100 Wh of battery is possible for a relatively light rider on a moderately low level of assistance, on mostly flat and smooth terrain.
However, the range for a heavy rider may be around 40% less than for a light rider, the range on hilly terrain may be around 15% less than on flat terrain, and the range on the highest power mode can sometimes be less than half of the lowest power mode.
Higher average speeds can also impact the range; the difference between travelling at an average of 32kph vs 20kph can be around 30%. There are also other factors, such as tyre inflation (firmer = greater range) and the amount of pedalling effort you make (more effort = greater range).
Most e-bikes should travel 50km or more for most people, which is usually more than enough for a typical day’s riding.

How Much Does an Electric Bike Cost in New Zealand?

Just like any product, electric bike prices vary depending on your preferences and the selection of features which you want to have. Right now:

A typical entry-point for a basic electric bike is around $2,500.
High-end electric bikes can cost as much as $10,000 or more.
While the importance of affordability should be a priority, your choice of electric bicycle should also be influenced by its role in your life and whether it’s an investment that will simply pay for itself in the long run.

What type of electric bike should I choose?

Your choice of electric bike should reflect your lifestyle and expectations in terms of performance and versatility. What model you select will most likely be driven by your day-to-day needs and budget.

Option one: Electric bike with hub-drive motor

If the main purpose of your electric bicycle is for daily commute in your town or city, where roads are generally flat and you’re simply trying to get to-and-fro with minimal effort and as quickly as possible, a hub-drive e-bike is probably most suitable.
A hub-drive motor e-bike with a cadence sensor should meet your everyday needs, and the right model can be more affordable than you think.

Option Two: Electric bike with mid-drive motor

If your bicycle plays a more recreational role in your life, where mountain biking, town-to-town exploring and mobile workouts are your two-wheeled priorities alongside daily commuting, then a mid-drive motor with a torque sensor will allow you to get the absolute most out of your bicycle journeys. It will also help you to get plenty of exercise without getting totally burned out (or simply disengage all of your electric features and sweat away).
Many e-bikes also come with both torque and cadence sensors (these bikes typically tend to be on the higher-end) and throttle mode can be included with any type of motor or sensor.

How far does an e-bike go on a single charge?

The answer depends on which type of e-bike you have and how you decide to utilise your power assist features. Some factors that will determine your battery’s power output include:

Pedal assist settings
How much you use the throttle mode
Road surface or terrain
Tyre pressure
Wind resistance
Bike model

Generally, riders can expect their electric bicycle to cover roughly 30km or so on full assist mode or with extensive use of throttling to as much as over 100km on flat terrain and lower assistance levels on a single charge.

Electric Bike Maintenance and Servicing

Equally as important as the e-bike itself is how it will be supported and serviced after you have bought it. Some sellers (especially online) are happy to take your money but may not have the brick-and-mortar network to support you if something should go wrong.
When buying an e-bike in New Zealand, one of the most important things you’ll need to consider is its long-term reliability. Specifically, does the e-bike come with an extended warranty? Does the supplier have available replacement parts here in New Zealand? If the answer to both of these questions is no, it may be best to consider a different retailer and e-bike brand that can offer a more reassuring service platform for your future needs.
Buying from an established brick-and-mortar store with a good reputation for customer service gives you some assurance that if something should go wrong, they’ll be there to help you out.
Regular servicing of your e-bike by a professional mechanic will also ensure it stays in tip-top condition, lasts longer, and enhances its resale value.
An electric bike is built with a lot of unique parts which will eventually require service as time goes by. Things such as the motor and battery should only be replaced with manufacturer’s parts, and even basic components may best be replaced with original parts to ensure smooth operation and performance.
Check the warranty policy of the supplier – warranties on electronics should be at least two years, and the frame should have a warranty that is at least as long. Some manufacturers, such as Aventon and Gepida, even offer lifetime warranties on their frames.

We recommend calling-in or visiting the retailer of choice to discuss product warranty and available replacement parts. Fortunately, the ongoing electric bike boom in New Zealand has prompted many e-bike retailers and service providers to welcome e-bikes as a new bike standard and have expanded their repair bays and parts orders to accommodate a growing demand for electric bicycle repairs.

Lemon Test - Don't Buy an Unsuitable Electric Bike Model Without Checking What Really Matters

This checklist will help you to make sure you don't buy a sub-standard electric bike. If you're in doubt about anything, make sure you ask the person selling the electric bike - there are no silly questions when you're spending what a typical electric bike costs.

Torsional rigidity. To test this, grab the steering and end of rear rack/top of the rear tire, pushing with one arm pulling with the other. Looking at the centre of the bike - is there a twist?
Fork test, axial stability. Hold the front brake and wiggle the bike forward/backwards. Any play? Now, try doing this with a non-suspended bike. The difference is marked; do you need suspension? For commuting, it's good to know as you also save 2.5 kg weight.
Add up your OHM's. wh= V x Ah - calculate how far the battery will take you.
Wiring. Where does it run or feed? Internal cabling shows better design and quality.
Do your due diligence on the bike shop. Is it a true Brick and Mortar shop, or one looking like it may move on after you buy it? Find out the retailer's history and how long they've been established. You will need them when it comes to spares, technical help, manuals, warranties etc.
Rattle and hum test: How robust is the bike? Shake the bike, lift and drop it. Does it feel together?
Bike the bike. Use pure pedal power. Turn the bike off and try it like an old bike. By doing so, you will tell if the geometry and design of the mechanical setup are up to scratch. An excellent electric bike starts by being a good bike.
Size, and adjust rider position and comfort. Ask yourself, can I sit here for hours and hours? Don't rush a decision - test rides are recommended for this very reason.

The Best Electric Bikes Available in New Zealand Right Now

Our list below, which is in no particular order, covers electric bikes available New Zealand-wide. We have selected these based on average consumer reviews collected from consumer.org.nz as well as various vendor websites and social media platforms both in New Zealand and, if available, overseas.

Due to massive changes in market, some of these models may not be available immediately but there will be similar bikes around. Ask an e-bike expert about similar models to find the best model for your needs.

Commuter and City Bikes

Value option: Aventon Level 3

From the USA's #1 e-bike brand, the Level 3 comes fully equipped with a rear rack and fenders, ensuring you can carry necessities while staying clean and dry during your rides. A front suspension fork and suspension seat post provide maximum comfort on rougher terrain. Aventon’s technology provides peace of mind with GPS tracking, auto-lock, unusual movement detection, alarm system, and much more to keep your bike safe and secure. Built-in indicators provide better safety when riding around town.
Available in both cross-bar and step-through frames

More details: Aventon Level 3 $3,799

Premium option: the Gepida Ruga Pro Tour

This bike is recommended by Consumer as the #1 rated bike among all they have tested. It is European-made with a lifetime frame warranty.

Using the Bosch Performance Speed motor, the bike will assist up to 45 km/h while providing hill-climbing capability with 85 Nm of torque. It also utilizes the Bosch Smart system, featuring various smart functions and customizable settings. Available in both cross-bar (on a 29” wheel) and step-through (with a 27.5’ wheel) options.

More details: Gepida Ruga Pro Tour $6,799

Cargo Bikes

Value option: Aventon Abound LR

Cargo bikes can be costly, and the Aventon really stands alone as a serious cargo bike at this price point. From the USA's #1 e-bike brand, the powerful motor, long rear rack, and 200kg payload capacity make this a capable cargo carrier, whether you're loading up the kids or your grocery haul. With a gravity-cast frame, adjustable quill stem, front suspension, and suspension seatpost, it provides a comfortable ride. The Aventon app offers ride customization and security features.

More details: Aventon Abound LR $4,199

Mid-range option: Gepida Cargo

The Gepida Cargo City is practical and versatile, capable of transporting up to 180 kg of goods or 2 passengers. The Bosch Performance Speed motor (85Nm, 45kph), paired with a dual battery (a second battery is optional), offers speed, hill-climbing performance, and extended range to keep you on the road for longer. Front and rear load areas offer multiple options to accommodate bags, boxes, or other items you want to carry. Made in Europe with a lifetime frame warranty.

More details: Gepida Cargo $7,999

Leisure and Trail Bikes

Value option: Black ATB48V

Likely the best bang-for-buck mid-drive in New Zealand, with a throttle, a powerful motor, and a large 720Wh battery, it’s a very capable NZ-designed all-rounder that is also very capable on-road, with a top speed of around 40kph.

More details: Black ATB48V $3,599

Mid-range option: Smartmotion X City Pro

The latest design from New Zealand e-bike legend Anthony Clyde, Smartmotion is New Zealand’s most established e-bike brand. With the refinement of the Motinova motor system, a large 720Wh battery, and Clyde’s design flair, this e-bike will appeal to riders who want a higher component spec but don’t need to pay the extra cost of a full-suspension electric bike.

More details: Smartmotion X City Pro $4,499

Premium option: the Smartmotion XCapade

One of New Zealand’s most popular e-bikes, the Smartmotion XCapade features the key components of the Smartmotion X City Pro, including rear suspension for enhanced comfort and a dropper post for added convenience and safety. It’s also very well-priced compared to other options from Bosch and Shimano-powered brands.

More details: Smartmotion XCapade $5,999

Electric Mountain Bikes

Value option: Cube Stereo Hybrid 140 HPC Pro

A great value, full-suspension option that is now available at a discount. This bike features a RockShox Recon Silver RL fork with 140mm of travel, a RockShox Deluxe Select shock, grippy Schwalbe Nobby Nic tyres, and Magura 4-piston brakes. Paired with Bosch’s CX motor (85 Nm), a PowerTube battery, and SRAM Eagle 12-speed gears, it delivers power, range, and control for any adventure.

More details: Cube Stereo Hybrid 140 HPC Pro $7,599

High-performance option: Cube Stereo Hybrid One44 HPC AT 800 ActionTeam

This bike is built for serious trail performance. SRAM XO Eagle 12-speed gearing and Schwalbe Magic Mary/Big Betty tyres give you control and traction, while Shimano XT 4-piston brakes ensure confident stopping power.

The lightweight carbon frame features clean internal cable routing, an angle-adjustable headset, and a Bosch top tube display for easy ride data. With Fox Factory suspension (150mm front/140mm rear) and a dropper post, it’s ready for the toughest trails.

More details: Cube Stereo Hybrid One44 HPC AT 800 ActionTeam $14,499

Premium option: KTM Prowler Exonic

The good news is this bike is last year’s model, so it is available at prices well under RRP.
This premium Austrian-built e-bike is designed for racing, extreme terrain, and pure riding fun. The MACINA PROWLER Exonic features a carbon frame, 180mm of front and 170mm of rear travel, with KTM’s STRAIGHT-LINE-LINK suspension for precise and responsive control.

Its mixed-dimension “mullet” wheel setup combines a 29-inch front for stability with a 27.5-inch rear for traction and power. Powered by the exclusive Bosch Performance Line CX Race motor, it can be customised through the Bosch Flow app for ultimate performance.

More details: KTM Prowler Exonic $23,499

Buying a Second Hand Electric Bike Online - What You Need to Know to Avoid a Stolen Bike

When buying a second-hand electric bike online, keep in mind some will be stolen bikes. Ask yourself - does the person selling seem like this electric bike belongs to them? Are they a trusted seller on Trade Me or verifiable offline?

If you're comfortable dealing with the seller, the bike must have the following essential items:

Charger
Battery
Keys

If it's missing any of these items, this should be a big alarm that it's a stolen bike and best avoided. When buying an e-bike, the recommendation is to buy a high quailty lock, d-locks, or high safety-rated chains as soon as you take possession of it. Frame locks are another excellent option - make sure to buy an extension chain as well if you can.

Frequently Asked Questions

Do I need a license or registration to ride an e-bike in New Zealand?

No license or registration required for e-bikes with motors up to 300W that cut out at 32km/h. However, if you modify your bike to exceed these limits or buy an overpowered import, you're technically riding an unregistered moped and could face fines. We suggest sticking to compliant bikes from reputable retailers - they'll keep you legal, and the motor assistance is more than enough for Wellington's steepest hills.

How much will I actually save compared to driving?

Most commuters save $3,000-$5,000 annually when replacing car trips. Generlaly, a 20km daily commute costs about $3,500/year in petrol alone, plus $1,200 parking, $800 registration/WOF, and maintenance. An e-bike costs about 3 cents per charge, needs a $150 annual service, and pays for itself within 12-18 months. Even accounting for battery replacement every 4 years ($1,000), you're thousands ahead.

Will my e-bike get stolen?

E-bike theft is real - especially for bikes left outside overnight or locked with cheap cables. Invest in a proper D-lock or chain rated Sold Secure Gold (minimum $100), always lock through the frame and wheel to something immovable, and bring it inside at home and work if possible.

Check if your contents insurance covers e-bikes - many policies include them up to $3,000. For bikes over that value, consider specialised bike insurance at around $30/month.

What happens when it rains?

Quality e-bikes are water-resistant and handle rain fine - the motors and batteries are sealed against splashes. You'll need mudguards (most commuter e-bikes include them) and decent lights. Avoid deep puddles that submerge the motor, never pressure-wash your bike, and dry it after wet rides to prevent rust. Most regular cyclists find that with proper gear (waterproof jacket and pants), riding in the rain becomes a non-issue after the first week.

How long do batteries really last, and what's the replacement cost?

Expect 3-5 years or 500-1,000 charge cycles from a quality battery. A battery good for 50km that you charge twice weekly will last about 5 years. Replacement costs $800 to $1,500, depending on the capacity.

This is why buying from established brands matters - off-brand replacements might not exist in three years. Pro tip: keep your battery between 20-80% charge when possible and store it indoors during winter to maximise lifespan.

What about insurance - is it worth it?

For bikes over $3,000, absolutely. Check your contents insurance first - many cover e-bikes as standard contents up to certain values. Standalone bike insurance costs $25-$50 per month, depending on the value, and typically covers theft, accident damage, and liability. Some insurers offer new-for-old replacement in the first two years. Given that a decent e-bike costs the same as a cheap car, protecting your investment makes sense.

Can older riders or those with mobility issues safely ride an e-bike?

E-bikes are actually ideal for riders over 60 or those with joint problems, bad knees, or recovering from injury. The step-through frames mean no leg-swinging gymnastics, and the motor assistance lets you tackle hills without strain. Many physios now recommend e-bikes for cardiac rehab and arthritis management because you control exactly how much effort you put in.

The key is getting a properly fitted bike - a good bike shop will adjust the handlebar height, seat position, and even swap pedals to suit your needs. Start with maximum assistance and dial it back as fitness improves. One caution: the extra weight (20-25kg vs 12kg for regular bikes) means they handle differently at low speeds. Practice in a car park before hitting traffic.

How do I stop my teenager from hacking the speed limiter?

Kids watch YouTube videos showing how to "derestrict" e-bikes to go 50km/h+. Here's the reality check: tampering makes the bike illegal, voids the warranty, insurance won't cover accidents, and motors burn out quickly when overpowered. Bosch and Shimano systems now detect tampering and lock the motor permanently.

More importantly, a derestricted e-bike becomes a moped legally - your teenager could face fines for riding an unregistered vehicle without a license. If they cause an accident, you're personally liable for damages. Instead of fighting this, consider letting them earn a restricted license at 16 and get a proper moped - it's actually safer than a hacked e-bike and keeps them within the law.

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