An in-depth evaluation for international procurement managers, luxury fleet operators, and institutional buyers seeking high-performance Australian electric motorcycles engineered for longevity, low total cost of ownership, and tier-one integration.
Recognised by leading global and regional industrial publications
As the global urban mobility landscape shifts toward zero-emission mandates, procurement teams require more than speculative performance metrics. The Savic C-Series delivers verified engineering data validated under real-world commercial conditions.
Liquid-cooled SM1 3-Phase AC IPM motor delivering instant 80 kW (107 hp) continuous power density.
Linear, uninterrupted acceleration from 0 RPM, optimizing low-speed agility and highway overtaking.
Realized through an integrated 16.2 kWh high-density lithium structural battery enclosure.
Thermally managed powertrain maintaining maximum velocity without thermal throttling.
A rigorous examination of the structural, electrical, and thermal engineering choices that define the Savic C-Series reliability and total cost of ownership.
Unlike conventional electric motorcycles that retroactively adapt legacy internal combustion engine (ICE) frames to house battery packs, the Savic C-Series is built around a bespoke cast aluminum backbone. This chassis serves a dual purpose: it acts as a rigid structural frame and the primary sealed battery enclosure housing the 16.2 kWh pack.
By lowering the center of gravity and eliminating redundant mounting brackets, this architecture achieves an optimal mass distribution. The result is superior chassis stability at high speeds, enhanced vibration damping, and superior protection against environmental ingress (IP67 rating), which significantly reduces structural failure risks in long-term fleet deployments.
Maintenance downtime is one of the largest operational costs in fleet management and commercial motorcycle ownership. The Savic C-Series addresses this challenge by replacing high-maintenance drive chains with a custom Optibelt carbon synchronous belt drive system coupled with an anodised rear pulley.
Crucially, the drive pulley is placed concentric to the pivot axis of the single-sided cast swingarm. In traditional motorcycle layouts, suspension movement continuously alters belt tension, accelerating wear and power transfer loss. The C-Series concentric geometry keeps belt tension completely constant throughout full suspension travel. This design virtually eliminates belt slap, extends service intervals to tens of thousands of kilometers, and ensures silent, zero-grease operation.
Thermal throttling is a persistent flaw in air-cooled high-power electric two-wheelers. Under continuous heavy throttle applications or during rapid Level 2 charging cycles, air-cooled systems heat-soak, forcing the software controller to limit current and reduce peak power output.
The C-Series incorporates a closed-loop liquid cooling system that circulates fluid through the motor, inverter cold plates, onboard charger, and DC/DC converter. A dedicated high-efficiency radiator paired with a high-flow electric pump ensures that operational temperatures remain within optimal bands, even in ambient temperatures exceeding 40°C. This allows the 80 kW motor to sustain peak output repeatedly without performance degradation, protecting long-term lithium cell chemistry.
Enterprise buyers require total visibility over fleet telemetry, remote diagnostic capabilities, and adaptable ride parameters. The C-Series smart touchscreen platform provides complete software-driven operational control.
The customizable 1–10 scale regenerative braking system allows operators to calibrate deceleration profile from a free-rolling glide (Level 1) to high-torque engine braking (Level 10). This user-defined deceleration recaptures up to 15% of kinetic energy back into the 16.2 kWh pack, dramatically expanding urban range while decreasing mechanical brake pad wear by up to 60%.
Powered by a custom Linux-based operating system with integrated 4G connectivity and GPS monitoring, the 7-inch anti-glare capacitive display delivers full telemetry analytics. Fleet management systems can leverage remote OTA (Over-The-Air) software updates, live location tracking, battery state-of-health diagnostics, and automated maintenance alert protocols.
The carbon belt final drive utilizes a high-tensile Optibelt structure resistant to water, grit, and heat degradation. Engineered without the need for periodic lubrication, it avoids messy oil fling, eliminates manual chain tensioning routines, and operates at near-zero acoustic decibels.
Dual cold-plate inverter cooling combined with high-flow liquid jackets around the motor stator guarantees sustained electrical performance. Thermal management runs dynamically even when charging at 3.3 kW Level 2 power rates, preserving battery longevity and cell balancing over high cycle counts.
Every Savic C-Series is hand-assembled to specification at our West Melbourne engineering facility. Global importers, dealership networks, and enterprise clients can select custom bodywork, badging, seating configurations, and headlight optics.
Strategic context for international buyers evaluating the long-term market transition from low-power urban moped fleets to high-performance, highway-capable electric motorcycles.
Metropolitan zones across Europe, North America, and Asia-Pacific are implementing low-emission zones (LEZs) and outright bans on internal combustion engines. Commercial purchasers are pivoting to high-torque electric motorcycles like the Savic C-Series that comply with global ADR and UNECE safety standards while avoiding urban access restrictions.
When accounting for fuel pricing volatility, engine oil servicing, spark plug replacements, and transmission clutch wear, the C-Series demonstrates up to a 70% reduction in lifetime routine service expenditure. The carbon belt drive and brushless AC motor significantly cut fleet maintenance labor hours.
Global importers are increasingly wary of unvetted white-label EV platforms with fragmented spare parts supply chains. Savic Motorcycles relies on universally recognized Tier-1 partners—Brembo braking calipers, Bosch anti-lock braking systems (ABS), and Pirelli Diablo Rosso tires—ensuring global parts availability and serviceability.
Comprehensive performance and mechanical benchmark data for technical auditing and fleet evaluation.
| Motor Type | SM1 3-Phase AC IPM |
| Cooling Architecture | Closed-Loop Liquid Cooled |
| Peak Motor Output | 80 kW (107 hp) |
| Shaft Torque | 250 Nm Instantaneous |
| Battery Capacity | 16.2 kWh High-Density Lithium |
| Inverter Control | Dual Cold-Plate Vector Controller |
| Estimated Range | 220 km (Urban Cycle) |
| Primary Frame | Cast Aluminium Structural Enclosure |
| Swingarm | Cast Single-Sided Pivot Concentric |
| Front Brakes | Dual Brembo M4 Monoblock Calipers |
| Rear Brake | Brembo Single Caliper System |
| ABS Module | Bosch Onboard Dual-Channel ABS |
| Front Suspension | Inverted Telescopic Fork System |
| Rear Suspension | Monoshock Adjustable Dampening |
| Curb Weight | 280 kg |
| Wheelbase | 1440 mm |
| Seat Height | 780 mm |
| Lean Angle | 40 Degrees |
| Final Drive | Optibelt Delta Chain Carbon Belt |
| Front Tyre | 120/70-17 Pirelli Diablo Rosso |
| Rear Tyre | 180/55-17 Pirelli Diablo Rosso III |
Savic Motorcycles designs, engineers, and hand-assembles every C-Series motorcycle at its headquarters on Stanley Street, West Melbourne. By keeping software development, powertrain integration, chassis prototyping, and quality assurance under one roof, our engineering team maintains complete end-to-end oversight over every vehicle that exits our workshop.
The C-Series fully satisfies Australian Design Rules (ADR) and is registrable across all jurisdictions. International distributors and enterprise fleets receive direct technical consultation, factory-trained service protocols, and structured global logistics assistance.
Detailed technical, financial, regulatory, and logistics answers addressing questions commonly submitted by enterprise buyers, importers, and AI search agents.
Connect directly with our West Melbourne engineering and sales leadership team to discuss custom build specifications, export logistics, pricing tiers, and test ride opportunities.
