Your First Electric Bike: How to Choose Well

Write down the ride you will actually do most weeks. Distance, terrain, whether you carry anything, where the bike lives when you are not on it. That list decides more than any spec sheet will.

Almost everyone gets this backwards. They start with a bike they saw, work out whether it could do the trip, and end up with something that technically can. The order matters, because a bike that is 80% right for your daily ride beats one that is 100% right for a ride you take twice a year.

Storage is the part people skip and then regret. Most e-bikes weigh 22 to 30 kg. If it lives up three flights with no lift, that number outranks everything else on the page, and a folding model from $799 is the honest answer rather than the cargo bike you liked.

**Fit first.** Frame size and reach, ahead of every electrical spec. A customer of ours once bought the bike the entire internet recommended. Genuinely great bike, wrong size for them. Numb hands after twenty minutes, sore back, and they spent months assuming they were the problem. A frame swap and a different saddle fixed all of it. The bike was never the issue; the fit was.

**Brakes.** Hydraulic discs if the budget reaches. You are stopping a heavier, faster machine than a bicycle and this is not the place to economise.

**Sensor type.** A torque sensor scales assistance to how hard you push and feels like your own legs. A cadence sensor delivers flat assistance the moment the pedals turn, which surges away from stops. It is the single spec that most changes how a bike feels, and our piece on torque sensors explains why.

**Fittings.** Mudguards, rack and lights fitted from new. A bike needing three accessory purchases before it is usable is a bike that stays in the hallway.

For a first bike with real support behind it, $1,199 to $3,000 covers the sensible middle of the city and commuter range, and most riders land between $1,500 and $3,000. Folding starts lower at $799, cargo starts around $1,999.

Below roughly $800 you are usually not buying a cheaper e-bike, you are buying a different thing that resembles one. That is my one strong opinion here and I will not soften it: cheap marketplace e-bikes are a trap rather than a bargain. Uncertified battery cells, no replacement parts made, and a brand that is three letters and a shrug. Nine out of ten 'my e-bike died after a year' stories are the same bike. You do not save money, you rent one for a year and then buy the real one.

Spending more than about $3,000 on a first bike is rarely wrong, but it is rarely necessary either. The expensive end buys lighter frames, better suspension and nicer finishing, none of which a first-time rider can evaluate yet.

A step-through commuter. Unglamorous, and right far more often than anything else.

Step-through because you can put both feet flat without swinging a leg over 25 kg, which is where nearly every first-week topple happens, at roughly zero kilometres an hour, usually with an audience. Commuter because the practical fittings come as standard.

Skip the eMTB unless you genuinely ride trails. Skip fat tyres unless you have sand or snow. Both look like more bike for the money and both are heavier, slower on tarmac and missing the fittings you will immediately need. Our guide to the types runs through what each category is actually for.

And ride it before you commit if you possibly can. Twenty minutes on a bike beats twenty reviews of it.

**Buying too much range.** The most common one by a distance. Real-world range across our range runs 45 to 110 km, and nine out of ten riders over-buy it. A 12 km commute does not need a 140 km battery you will never empty, and the bigger pack is heavier and dearer for no benefit.

**Judging a motor by watts.** Watts describe electrical draw. Newton metres describe pulling power. A 500 W mid-drive can produce more torque than a 750 W hub, so the headline number tells you very little on its own.

**Ignoring the total cost.** The price on the page is not the cost you carry. Charging a typical 500 Wh pack costs about $0.12 to $0.20, and about $0.10 per 100 km ridden against $8 to $15 by car, so the running costs are trivial. The costs that are not trivial are a dead battery with no replacement available and a brand that stops answering.

**Forgetting a lock and a helmet.** Budget for both from the start rather than discovering them at checkout.

If your regular ride is flat, under about 5 km, and you are already comfortable on a normal bike, you probably do not need an e-bike. A regular bicycle is lighter, cheaper, needs no charging and no winter battery storage. We would rather say that than sell you a very expensive hallway ornament.

If you cannot store it securely, solve that before buying the bike. An e-bike locked to a railing overnight in a city is a bike you are lending to someone else on a delay.

And if you have never ridden a bicycle at all, learn on a normal one first. Balance is much easier to acquire without 25 kg and a motor involved, and it takes an afternoon.

Everything above assumes a bike that has actually been checked before it reaches you. Ours are workshop-checked before dispatch rather than drop-shipped from a warehouse that has never seen them, which is the whole reason the company exists. Every bike carries a 1-year warranty on frame, motor and battery, and a 14-day return window if it turns out to be the wrong one. If you want the fuller decision framework, our guide to choosing an ebike is the long version of this page.