Australia's homegrown attempt at a genuine performance electric naked: carbon-clad, hand-finished in West Melbourne, sold direct, and priced like the boutique product it is. We decode the 200 km range claim, the battery-as-chassis idea, and exactly who it suits.
A real performance electric naked from a small Australian builder. The Alpha makes a peak 60 kW (about 80 hp) with strong torque and a claimed 0 to 100 km/h around 3.5 seconds, from a 16.2 kWh, 144V pack that doubles as a structural chassis member. Plan for a real-world range below the 200 km headline if you use the power, overnight-style charging, and a premium AU$29,990 boutique price. Performance is genuine; comfort, polish, and a proven network are still maturing.
Why we do not print a hard 5-year total: this is a low-volume boutique build with direct sales, AUD pricing, and limited used-market data, so a five-year resale and running total would be a guess. We will not invent one. The knowable cost lines and the honest framing are in §9.
Every module behind the headlines: who it is for, claims vs. physics, the cost reality, and the standard scorecard. All sourced, honest where data is thin.
The Savic C-Series Alpha is a cafe-racer-styled electric naked, designed and assembled in West Melbourne and sold direct. Savic bills it as Australia's first homegrown high-performance electric motorcycle. The cheaper Delta and Omega variants were dropped, leaving the Alpha as the sole, focused boutique model. It pairs genuine performance, a peak 60 kW (~80 hp) and a claimed 3.5 s to 100 km/h, with honest counterweights testers report: heavy at low speed, a firm seat on long rides, and range that drops when you use the power. Here is the math, and the caveats.
Start here, the right answer depends on your appetite for early-adopter ownership.
The Alpha rewards a specific kind of buyer and frustrates another. We lead with this so nobody buys the wrong machine.
The sweet spot. If you want something rare, locally made, and genuinely fast (80 hp, ~3.5 s to 100 km/h), and you ride mostly spirited road loops rather than long tours, the Alpha delivers real grin.
Built and hand-finished in West Melbourne, sold direct to customers. If supporting a homegrown maker and owning something almost nobody else has is part of the appeal, that is a legitimate reason to choose it.
Reviewers note the seat gets hard on longer rides and the bike feels heavy at low speed, and charging is unhurried (hours, not minutes). It is a spirited road bike, not a tourer.
If you need an established service and parts network, long-term resale certainty, or independently verified range, a boutique builder is a risk. The Alpha rewards early-adopter enthusiasm more than caution.
The struck-through line is the brochure framing; the big number is what to actually expect. The "why" is in Part C.
What is genuinely clever engineering here, and what is boutique styling. The part the brand's own page never frames honestly.
The Alpha has at least one genuinely smart engineering idea, plus the appeal of a hand-built local product. Each badge rates it honestly.
The 16.2 kWh pack sits in a cast-aluminium enclosure that doubles as a structural member of the frame. That is real design thinking, integrating mass and structure, not marketing gloss.
★ Genuine edgeSavic's own SM1 motor makes a peak 60 kW (~80 hp) and strong torque, with power delivery testers describe as quick and refined off the line. The performance is genuine, not a paper claim.
✓ SolidCarbon bodywork and a cafe-racer naked silhouette, assembled in low volume in West Melbourne. The finish and rarity are a real part of the product, though they are aesthetics as much as engineering.
✓ SolidSold direct without a dealer network, billed as Australia's first homegrown high-performance electric motorcycle. The direct model trims margin; the local-build story is genuine and rare in this segment.
★ Genuine edgeWith the cheaper Delta and Omega dropped, the Alpha is the sole model. That focus is a double-edged sword: a clear, premium product, but no cheaper way into the range.
≈ Strategic, not a featureMarketing specs vs. the physics. We have the pack size, so let us run the real math.
This is one of the rare cases where the performance headline is genuinely backed by the bike. The number to watch is whether it is peak or sustained.
Savic quotes a peak 60 kW from the SM1 powertrain. Convert to the unit riders feel:
That is genuine performance-naked territory, and the strong torque (Savic cites well over 200 Nm of wheel torque, the datasheet records ~148 lb-ft) is what makes it quick off the line, a claimed ~3.5 s to 100 km/h that testers describe as credible. As always, peak is a launch figure; a sustained-cruise output is not the same number, but here the peak is real and felt.
The headline range, run through real physics. We have the pack size, so the arithmetic is honest, with one caveat we flag openly.
Step 1, real energy in the tank. The pack is 16.2 kWh at 144V. Usable energy is a little less than nominal after BMS reserve and taper:
Step 2, consumption sets the range. Savic cites about ~220 km in the city and ~140 km on the highway. Working backwards from the usable energy gives the consumption each case implies:
Charge time is just pack size divided by charge power. Savic's quoted times tell you this is a charge-at-home bike.
Savic quotes roughly 7 hours for 0 to 80% from a wall socket, or about 4.5 hours for 0 to 100% on Level 2 charging. Sanity-check the implied power:
The knowable price, and why we will not fake a five-year total.
A full 5-year cost-to-own for this model is still being itemized, because it is a low-volume boutique build with direct sales, AUD pricing, and little used-market data. We will not invent a tidy resale and total. Here is what is knowable.
| Line item | What we found | Notes |
|---|---|---|
| Bike (list, Australia) | ~AU$29,990 | Plus on-road costs; direct-sale pricing |
| On-road costs (rego, etc.) | Local | Australian registration and on-road charges apply |
| Electricity (charging) | Low | ~16.2 kWh per full charge |
| Maintenance | Low (EV) | No oil, clutch, or gearbox; consumables remain |
| Realistic out-the-door | AU$29,990 + on-road | Confirm current direct pricing with Savic |
What testers praise, what they flag, and the boutique-ownership reality.
We summarize the recurring themes from reviews and are upfront that, as a low-volume boutique bike, deep independent long-term owner data is limited.
A direct-sale boutique bike trades a dealer network for a closer relationship with the maker, with the risks that implies.
Savic sells and supports the Alpha directly from West Melbourne rather than through a dealer network. For an owner near that support, the direct model can mean a closer line to the people who built the bike. The flip side is the boutique reality: a small builder, a young, low-volume model, and no broad independent aftermarket the way established brands enjoy. Parts and service depth depend heavily on the company's continued operation, which is the central early-adopter risk.
| Category | Availability | Notes |
|---|---|---|
| Direct factory support (AU) | fair to good | West Melbourne, direct sale |
| OEM parts | fair | Via the maker; low volume |
| Independent aftermarket | thin | Boutique, niche model |
| Service network breadth | limited | No dealer network |
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.
Savic publishes 16.2 kWh at 144V directly, so the energy is known without converting V × Ah.
You never use 0 to 100%. The BMS holds a reserve and voltage tapers at the bottom. We assume ~88%, ~14.25 kWh usable.
Consumption is the lever: ~65 Wh/km city, ~102 Wh/km highway. Drag rises with speed², so 80 hp used hard cuts it further.
60 kW peak is ~80 hp; here the peak is genuinely felt, not just a paper burst.
Quoted ~7 hr wall (0 to 80%) and ~4.5 hr Level 2 (0 to 100%) imply ~1.9 kW and ~3.6 kW respectively.
| Cost assumption | We used | Change it if… |
|---|---|---|
| Annual mileage | 1,500 mi/yr (7,500 / 5 yr) baseline | You ride more → consumables rise |
| Electricity rate | ~$0.30 / kWh (AU illustrative) | Your tariff differs |
| Sticker price | ~AU$29,990 + on-road | Boutique pricing moves; confirm direct |
| Battery life | No replacement assumed in 5 yr | Very hard use → sooner |
| Resale | Not estimated (low-volume) | Thin used market; confirm locally |
We cite everything and date it, because specs and prices change. Manufacturer and press 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 and press pages state claimed specs; treat them as marketing figures, not independent tests. We did not locate an independent standardized range test, and the published ADR energy figure is hard to reconcile with the range claim, so real-world range here is our estimate from the pack size. Boutique pricing moves; confirm current direct pricing before relying on it.