A Singapore-designed, Indonesia-sold electric commuter aimed squarely at the gap between an e-scooter and a real motorbike. You pick your range at purchase. We decode the 120 km claim, the continuous-versus-peak power, and the pricing you should always confirm locally.
Ion Mobility's first production machine: a step-through commuter with about 5 kW continuous and 12.5 kW peak (roughly 17 hp), a top speed near 65 mph (105 km/h), and a 72V pack you size at purchase (48Ah for ~120 km, 60Ah for ~150 km, both claimed). Plan for honest real-world range below the headline, a fixed battery you charge at home in a couple of hours, and a price you must verify locally in Indonesia.
Why we do not print a hard 5-year USD total: for a young startup selling mainly through Indonesian dealers, exchange rates, local taxes, and which battery you choose all swing the number. Inventing a tidy five-year figure would be a guess. The honest framing and the parts that are knowable are in §9.
Every module behind the headlines: who it is for, claims vs. physics, the cost caveat, and the standard scorecard. All sourced, honest where data is thin.
The M1-S is Ion Mobility's first production bike, evolved from the M1 (Mobius) prototype and aimed at Southeast Asian cities, with Indonesia as the launch market. It is a practical daily rider: a 72V pack you size at purchase (48Ah or 60Ah), about 5 kW continuous / 12.5 kW peak, a claimed top speed near 65 mph, a low ~30 in seat, and ~335 lb kerb weight. Treat the 120 km / 150 km figures as claims, plan around the smaller one, charge it at home, and confirm pricing locally. Here is the math.
Start here, the right answer depends on where you ride and how far.
A commuter, not a toy and not a superbike. The right buyer is specific, and so is the wrong one.
The target buyer. Faster and more bike-like than a basic e-scooter, with app connectivity and a keyless system, and enough speed (claimed ~65 mph) for city roads and modest highway stretches. Inside Ion's service footprint, it makes sense.
The pick-your-range battery is genuinely useful: take the 60Ah pack if your commute is long, the 48Ah if you want to save money and weight. Decide before you buy, because the pack is fixed afterward.
Pricing has been inconsistent and market-specific, often quoted only through Indonesian dealers. Do not treat any single converted USD figure as gospel; get a live local quote and check which battery it includes.
This is a young startup. Support, parts, and service are best where Ion actually operates. Outside that footprint, owning a low-volume EV from a new brand is a real risk.
The struck-through line is the brochure; the big number is what to actually expect. The "why" is in Part C.
What is genuinely useful here, and what is normal for a 2020s connected commuter.
The M1-S is sensible rather than exotic. Each badge says whether a feature is a real edge, solid, or now standard.
Two onboard pack options, 48Ah (~120 km claimed) or 60Ah (~150 km claimed), both at 72V. Choosing capacity up front lets you match the bike to your commute and budget instead of overpaying for range you do not need.
✓ SolidThe motor sustains about 5 kW and peaks at 12.5 kW (~17 hp), with a quoted 0 to 50 km/h around 3.7 s. That is genuinely bike-like for the segment, beyond the reach of a basic scooter.
✓ SolidAn in-built keyless security system and pairing with the ION mobile app, fronted by a bright 7-inch LCD display. Handy and well executed, but connected commuters are increasingly expected to have this.
≈ Now standardSingapore-designed, Indonesia-launched, and tuned for dense Southeast Asian cities. Designing for the actual market it sells into, including a low seat and manageable weight, is a quiet but real advantage.
★ Genuine edgeRoughly 335 lb (152 kg) kerb weight and a low ~30 in (765 mm) seat make it approachable in stop-and-go traffic for most riders, which matters more than peak numbers for a daily commuter.
✓ SolidMarketing specs vs. the physics. We have the voltage and capacity, so let us run the real math.
Peak watts make the headline; the continuous figure is what carries you through a commute. Ion quotes both, which is to its credit if you read carefully.
The M1-S motor makes about 5 kW continuous and peaks at 12.5 kW for acceleration. Listings tend to print the bigger number. Convert both to the unit everyone feels:
The base-pack range claim, run through real physics. We have the pack voltage and capacity, so the arithmetic is honest.
Step 1, real energy in the tank. Range starts with how much energy the pack holds: voltage × amp-hours. The base pack is 72V and 48Ah.
Step 2, how much you spend per mile. To hit 75 mi from ~3,040 usable Wh, consumption must be very gentle. Real commuting at higher speeds raises it, and drag grows with the square of speed.
The battery is non-removable, so you charge the whole bike. Ion cites a low-hours fast-charge time, which suits a commuter that sleeps at home.
With a stated fast-charge near 2.5 hours for the 48Ah pack, we can back out the implied charger power and sanity-check it:
Knowable parts, and the part you must confirm locally.
A full 5-year USD breakdown for this model is still being itemized, because pricing is market-specific and quoted mainly through Indonesian dealers. We will not invent a tidy dollar total. Here is what is knowable, honestly.
| Line item | What we found | Notes |
|---|---|---|
| Bike (on-the-road, Jakarta) | ~Rp49M–Rp56M | Lower for the base battery, higher for the larger pack |
| Battery option | 48Ah or 60Ah | Drives both price and range; pick before you buy |
| Electricity (charging) | Low | ~3.46 kWh per full charge on the 48Ah pack |
| Registration / on-road | Local | Indonesian on-road costs apply; confirm current figures |
| Realistic out-the-door | Get a live local quote | Confirm which battery the price includes |
What the platform offers, and where a young brand carries risk.
We summarize the structural picture and are upfront where independent long-term owner data is thin in the sources we located.
A bike is only as ownable as its support network, and for a young brand that means staying close to where it operates.
The M1-S is sold and supported primarily through Ion's Indonesian operation, with Singapore as its design base. Parts, service, and warranty are therefore strongest in-market. A larger backer (TVS) improves the odds of continuity, but a deep independent aftermarket for a young, low-volume EV does not yet exist the way it does for established brands, so plan to rely on the official channel.
| Category | Availability | Notes |
|---|---|---|
| Official service (in-market) | fair to good | Strongest in Indonesia |
| OEM parts / battery | fair | Via the official channel |
| Independent aftermarket | thin | Young, low-volume model |
| Outside the footprint | verify locally | Support reach is limited |
One scorecard, identical axes on every bike.
Every machine on the site is scored on the same eight axes, by the same rules, so a 7 here means the same thing as a 7 anywhere. Where data is thin, we score conservatively and say why.
Our standing methodology, run identically on every e-moto, including bikes we would otherwise have reason to flatter.
72V × 48Ah = 3,456 Wh on the base pack; the 60Ah option holds more.
You never use 0 to 100%. The BMS holds a reserve and voltage tapers at the bottom. We assume ~88%.
Consumption is the lever: gentle riding hits the claim, faster riding lands well below. Drag rises with speed².
12.5 kW peak is ~17 hp; 5 kW continuous is ~7 hp. Ask which a spec quotes.
A ~2.5 hr fast charge implies roughly a 1.5 kW charger on the 48Ah pack.
| Cost assumption | We used | Change it if… |
|---|---|---|
| Annual mileage | 1,500 mi/yr (7,500 / 5 yr) baseline | You commute more → energy & wear rise |
| Electricity rate | $0.17 / kWh (US avg, illustrative) | Indonesian rates differ |
| Sticker price | Not fixed in USD | Market-specific; get a local quote |
| Battery life | No replacement assumed in 5 yr | Heavy heat / use → sooner |
| Resale | Not estimated (young brand) | Thin used market; confirm locally |
We cite everything and date it, because specs and prices change. Manufacturer figures are labeled as claims; real-world numbers are our estimates from the methodology, clearly marked. Spot an error? Our corrections policy means we fix it in public.
Sources retrieved June 2026. Manufacturer pages state claimed specs; treat them as marketing figures, not independent tests. We did not locate an independent standardized range test, so real-world range here is our estimate. Pricing is market-specific and moves, so confirm a current local quote before relying on it.