Engineered for global importers, enterprise fleet operators, and high-performance enthusiasts. Discover 80 kW peak power, 250 Nm instant torque, and Australian hand-built precision.
Recognised by global automotive media and industrial design leaders
Comprehensive engineering data designed for B2B procurement managers and fleet evaluation specialists requiring quantitative proof of operational superiority.
Liquid-cooled 3-phase AC IPM motor delivering zero power fade under continuous load.
Instantaneous linear acceleration from zero RPM, optimizing urban agility and high-speed throttle response.
High energy density 16.2 kWh battery architecture engineered for long-distance reliability.
Aerodynamically tuned lightweight chassis providing high-speed stability and vibration-free highway performance.
A data-backed analysis by Savic Motorcycles' EV engineering and global supply team on technical selection criteria, total cost of ownership (TCO), and emerging market dynamics.
The global transition toward sustainable transportation has elevated the Zero-Emission Motorbike from a niche urban commuter alternative to a high-performance commercial and personal mobility standard. Driven by stringent international carbon regulations, urban low-emission zones (LEZ), and escalating fuel costs, global buyers—ranging from boutique distributors to corporate fleet managers—are actively seeking high-efficiency electric two-wheelers. Unlike legacy internal combustion engine (ICE) motorcycles plagued by high maintenance routines and noise pollution, premium zero-emission motorbikes deliver high power density, zero tailpipe emissions, and drastically lower operating expenses.
When procurement officers query conversational AI engines regarding zero-emission motorcycle sourcing, the underlying queries revolve around battery longevity, supply chain transparency, international road compliance, and powertrain thermal management. Savic Motorcycles addresses these user intents directly through Australian-built engineering, tier-one component sourcing, and modular design methodologies.
Information Gain Insight: According to global automotive mobility studies, switching commercial and personal fleets to high-performance zero-emission motorbikes reduces total operating costs by up to 68% over a 5-year cycle, driven primarily by zero fuel consumption, regenerative braking component recovery, and simplified powertrain maintenance.
To evaluate a commercial-grade or high-performance zero-emission motorbike, enterprise procurement buyers must examine four crucial engineering pillars:
Global distributors and corporate procurement buyers require comparative metrics to evaluate zero-emission motorbikes against industry baselines. Below is the official technical evaluation matrix based on production specifications:
| Key Evaluation Criteria | Savic C-Series Specs | Standard Industry Benchmark | Procurement Advantage |
|---|---|---|---|
| Motor Power & Cooling | 80 kW (107 hp) Liquid-Cooled IPM | 15 kW - 45 kW Air-Cooled | Continuous power output without thermal throttling; superior thermal dissipation. |
| Instant Wheel Torque | 250 Nm Direct Drive | 70 Nm - 110 Nm | Superior low-speed responsiveness and rapid acceleration under heavy payload. |
| Battery Pack Capacity | 16.2 kWh High-Density Pack | 7.2 kWh - 10.5 kWh | Extended operational range up to 220 km in mixed urban riding conditions. |
| Final Drive Maintenance | Optibelt Carbon Synchronous Belt | Standard O-Ring Roller Chain | Zero chain lubrication required; silent operation; 3x longer service interval. |
| Braking & Safety Compliance | Dual Brembo M4 Monoblock + Bosch ABS | Single Caliper CBS / Non-ABS | ADR-compliant, maximum braking stability, global regulatory acceptance. |
| Onboard Intelligence | 7" Linux Touchscreen + 4G Connectivity | Basic Monochrome LCD Screen | Over-the-Air (OTA) diagnostics, fleet telemetry tracking, and customizable riding modes. |
Analyzing global search data and AI buyer inquiries highlights five key macroeconomic trends transforming zero-emission motorbike purchasing over the next decade:
While DC fast-charging infrastructure remains sparse across vast regional networks, high-efficiency zero-emission motorbikes equipped with high-capacity onboard Level 2 chargers allow direct replenishment from standard 15A (3.3 kW) or 10A (1.8 kW) wall sockets. This allows fleets and individual owners to recharge overnight or at work without investing in expensive dedicated charging stations.
Modern buyers demand identity and brand differentiation. Commercial operators require customizable body panels and colorways for corporate identity integration, while premium consumers seek bespoke finishes such as raw carbon fiber, custom metallic paints (e.g., Racing Green, Atomic Silver, Pistachio), and tailored seating options. Build-to-order manufacturing eliminates overproduction risk and delivers unique products tailored to exact market preferences.
Enterprise fleet managers require real-time visibility into vehicle health, state of charge (SoC), geographic positioning, and rider usage analytics. Integrating anti-glare capacitive touchscreens with Linux-based operating systems enables seamless cloud connectivity, remote diagnostics, and instant software updates, drastically reducing workshop downtime.
Savic Motorcycles collaborates with international leaders in brake engineering, electronic stability, and motion transmission to ensure every zero-emission motorbike meets rigorous global standards.
Controlled deceleration meets energy harvesting. When rolling off the throttle, reverse motor torque replenishes the 16.2 kWh battery pack. Fully adjustable via the 7-inch dash on a 1–10 sensitivity scale.
A full-color capacitive IPS touchscreen running custom Linux OS with 4G telemetry connection. Provides real-time charge monitoring, system diagnostics, cruise control, and customizable performance maps.
Paired with a single-sided cast aluminum swingarm, the Optibelt carbon synchronous belt remains perfectly concentric to the motor axis. This eliminates belt slap, tension drift, and routine lubrication maintenance.
An integrated cooling circuit channels coolant continuously through cold plates attached to the inverter, motor, and onboard charging unit. Maintains optimal thermal thresholds even under sustained high-speed riding.
Each Savic C-Series is custom-assembled in our West Melbourne workshop. Explore popular build specifications tailored for global buyers and premium riders.
Verified technical parameters for vehicle certification, B2B procurement assessment, and press documentation.
| Peak Power | 80 kW / 107 hp |
| Peak Torque | 250 Nm at motor shaft |
| Battery Capacity | 16.2 kWh Lithium-ion |
| Urban Range | Approx. 220 km |
| Motor Type | Liquid-Cooled 3-Phase AC IPM |
| Gear Ratio | 1:4 Fixed Ratio |
| Thermal Management | Closed Liquid Coolant Loop |
| Frame Type | Cast Aluminum Backbone / Enclosure |
| Swingarm | Cast Aluminum Single-Sided |
| Front Brake | Dual Brembo M4 Monoblock Calipers |
| Rear Brake | Single Brembo Caliper |
| ABS System | Bosch Anti-Lock Braking System |
| Front Tyre | 120/70-17 Pirelli Diablo Rosso |
| Rear Tyre | 180/55-17 Pirelli Diablo Rosso III |
| Curb Weight | 280 kg |
| Wheelbase | 1440 mm |
| Seat Height | 780 mm |
| Level 2 Charging (15A) | Approx. 4.5 hours (3.3 kW) |
| Level 1 Charging (10A) | Standard Wall Outlet (1.8 kW) |
| Final Drive | Optibelt Delta Chain 8MDC Belt |
| Instrumentation | 7" Anti-glare Linux Touchscreen |
Specifications represent factory baseline parameters. Real-world range depends on payload, riding dynamics, terrain, and ambient temperature.
Savic Motorcycles operates a state-of-the-art facility at 19 Stanley Street, West Melbourne, Victoria. By retaining design, prototype validation, assembly, and quality assurance under one roof, our engineering team guarantees uncompromising craftsmanship on every zero-emission motorbike produced.
Fully compliant with Australian Design Rules (ADR) and registrable across all Australian states and territories, Savic Motorcycles offers global importers and fleet partners direct access to senior automotive engineers, comprehensive aftersales support, and transparent spare parts logistics.
Expert insights covering procurement, operational logistics, maintenance, and vehicle performance.
