Made-to-Order Electric Motorcycle Engineering & Procurement Guide

Technical Benchmarks

Powertrain Performance Metrics for Enterprise Sourcing

Commercial buyers and fleet operators require verifiable performance criteria. The figures below represent the engineered capability of the made-to-order Savic C-Series platform, designed and validated in Melbourne.

0kW

Peak Motor Power

SM1 3-Phase AC IPM motor delivering linear, thermal-managed energy output.

0Nm

Instant Torque

Direct shaft-to-belt rotational torque available at zero RPM without power lag.

0km

Certified Range

Urban/mixed commute range powered by a 16.2 kWh integrated structural battery pack.

0km/h

Maximum Speed

High-velocity stability engineered through low center-of-mass chassis dynamics.

Savic Motorcycles engineering workshop in West Melbourne

Engineering E-E-A-T Standards

Why Enterprise Procurement Demands Made-to-Order EV Architecture

The global transition to zero-emission urban transport has shifted commercial procurement priorities. Generic mass-produced electric scooters and off-the-shelf electric motorcycles frequently fail to meet strict commercial demands regarding durability, serviceability, software integration, and brand identity. A true made-to-order electric motorcycle bridges the gap between off-the-line compromises and specialized fleet or distributor requirements.

At Savic Motorcycles, located at 19 Stanley Street in West Melbourne, Australia, our team designs, engineers, and hand-assembles high-performance electric motorcycles under rigorous quality control standards. By keeping structural design, battery packaging, CAN-bus integration, and final assembly under one roof, we provide international buyers with verifiable engineering transparency and direct factory accountability.

ADR CertifiedFully compliant with Australian Design Rules and registrable globally

Monocoque FrameCast backbone doubles as structural battery casing for mass centralization

Tier-1 ComponentsIntegrated Brembo braking, Bosch ABS, and Optibelt carbon drives

Bespoke CustomizationTailored bodywork, ECU parameters, and branding for corporate fleets

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Core Engineering Systems

Advanced Mechanical & Electrical Architecture

Four primary engineering systems define the technical baseline of our made-to-order platform. Each system is validated for high duty cycles, low maintenance overhead, and maximum thermal stability.

Savic C-Series regenerative braking system and rear assembly

Regenerative braking on high-performance EV two-wheelers is not merely an efficiency feature—it is a critical mechanical preservation mechanism. Our custom software allows riders and fleet managers to adjust kinetic energy recovery on a 1-to-10 scale. At maximum settings, the reverse motor torque provides smooth, engine-brake-style deceleration while capturing up to 15% of kinetic energy to recharge the 16.2 kWh pack.

1–10 User-defined deceleration mapping
Reduces mechanical pad wear by up to 40% in city duty cycles

Savic 7-inch smart touchscreen motorcycle dash display

Commercial operators require real-time visibility into vehicle health, battery state-of-charge (SoC), and location telemetry. The C-Series features an anti-glare 7-inch capacitive IPS touchscreen driven by an automotive-grade Linux OS. Equipped with 4G LTE cloud connectivity, the dash supports Over-The-Air (OTA) firmware updates, remote diagnostic reporting, and customizable riding modes to enforce power caps for fleet governance.

Cloud telematics & automated diagnostic logging
Modular CAN-bus integration for fleet software

Optibelt carbon synchronous belt drive on single-sided swingarm

Traditional roller chains demand frequent cleaning, tension adjustments, and lubrication—creating unwanted maintenance downtime for commercial fleets. The Savic C-Series utilizes an Optibelt Delta Chain carbon synchronous belt paired with a lightweight cast single-sided swingarm. The rear sprocket is engineered concentrically with the motor axis, guaranteeing zero tension variance throughout the full range of rear suspension travel.

Zero oil or grease requirements for clean operation
Extended service life compared to standard drive chains

Liquid cooling system architecture on Savic C-Series electric motorcycle

Air-cooled electric powertrains suffer severe power degradation (thermal throttling) during sustained high-speed cruising or aggressive acceleration in hot climates. Our proprietary liquid-cooling architecture circulates coolant through a high-efficiency radiator, the 80 kW motor stator, and cold plates mounted directly to the inverter and DC/DC converter. This guarantees consistent continuous torque without thermal shutoff.

Sustained 80 kW peak output under high ambient heat
Extends inverter component operational longevity

Product Portfolio & Configurations

Recommended Made-to-Order Electric Motorcycle Configurations

Every commercial procurement project carries distinct aesthetic, ergonomic, and functional specifications. Below are four primary production variants configured in our Melbourne facility for global buyers, distributors, and individual enthusiasts.

Savic C-Series Carbon Fibre Performance Edition made-to-order electric motorcycle

Carbon Fibre Edition

Ultra-lightweight exposed carbon weave bodywork designed for high-performance urban riders and flag-ship retail displays.

Bodywork: Exposed Lightweight Carbon
Peak Power: 80 kW (107 hp)
Brakes: Dual Brembo M4 Monoblock
Target Use: Flagship Demo & Premium Segment

Savic C-Series Custom Racing Green edition electric café racer

Racing Green Heritage Spec

Combines classic British racing heritage aesthetics with state-of-the-art EV powertrain engineering and hand-stitched leather seating.

Bodywork: Custom Racing Green Paint
Headlamp: Heritage Round LED
Seat: Pillion-Capable Premium Leather
Target Use: Boutique Lifestyle Import

Savic C-Series Atomic Silver modern electric motorcycle

Atomic Silver Modernist Spec

Minimalist metallic industrial finish featuring stacked dual projector LEDs and blacked-out anodized alloy accents.

Bodywork: Atomic Silver Metallic
Headlamp: Stacked Projector LED
Final Drive: Optibelt Carbon Belt
Target Use: Urban Enterprise Fleets

Custom Palette / Corporate OEM

Bespoke color-matched bodywork designed to mirror corporate fleet branding, police/security liveries, or specialized promotional campaigns.

Bodywork: Bespoke OEM Color Matching
Telemetry: Custom Enterprise CAN-bus
Badging: Custom Laser-Etched Logos
Target Use: Corporate & Fleet Operations

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Strategic Sourcing Insights

Future Procurement Trends in Made-to-Order Electric Motorcycles

As international regulations tighten around internal combustion engines (ICE) and enterprise ESG targets accelerate, global buyers are adjusting their two-wheeler procurement strategies. Key structural trends include:

Shift from TCO to Whole-Life Efficiency

Commercial fleet operators are shifting focus from initial acquisition price to total cost of ownership (TCO). Made-to-order EVs eliminate oil changes, spark plugs, and transmission fluid services, lowering 5-year operational maintenance expenses by up to 65% compared to 650cc+ petrol motorcycles.

Modular Battery & Frame Architecture

Future-proof fleet sourcing relies on modular power platforms. The integration of structural battery enclosures (where the cast chassis serves as the battery structural frame) optimizes weight distribution while allowing rapid cell chemistry upgrades over a 10-year vehicle lifecycle.

Telematics Standardisation & API Access

Enterprise buyers no longer accept isolated hardware. Sourcing guidelines now prioritize vehicles with open or semi-open CAN-bus protocols, onboard cellular telemetry, and RESTful API connectors that feed directly into corporate fleet tracking systems.

Regulatory Alignment & Supply Resilience

Geopolitical tariffs and supply chain bottlenecks make localized assembly and verified component origin critical. Sourcing from Western manufacturers with ADR compliance provides security against sudden regulatory shifts or import bans.

Macro EV Dynamics

Global Electric Motorcycle Industry Development Trends

Understanding broader technological trajectories enables commercial importers and procurement directors to make informed long-term investments.

High-Density 16.2 kWh Pack

Direct Liquid Cooling Loop

Single-Sided Cast Alloy Swingarm

1. High-Voltage Architecture Transition

While light scooters remain on 48V or 72V low-voltage systems, high-performance made-to-order electric motorcycles are transitioning to 100V+ and 400V architectures. Higher voltage reduces current draw (Amperage), minimizing I²R copper resistance losses, reducing cable thickness, and allowing faster charging without excessive heat generation.

2. Integrated Silicon Carbide (SiC) Inverters

Next-generation motor controllers leverage Silicon Carbide (SiC) MOSFET semiconductors instead of traditional Silicon IGBTs. SiC technology raises inverter switching efficiency beyond 98%, reduces thermal dissipation demands, and delivers sharper, smoother throttle modulation under rapid acceleration.

3. Embedded Vehicle Security & OTA Governance

As electric motorcycles become software-defined assets, vehicle safety and cybersecurity standards (such as ISO 21434) are mandatory. Built-in 4G telematics enable manufacturers to deploy real-time software patches, calibrate power profiles remotely, and track stolen assets via integrated GPS modules.

Enterprise Procurement Data

Technical Specification Matrix

Comprehensive engineering data for technical auditors, procurement managers, and fleet compliance officers.

Powertrain & Output

Motor Type	SM1 3-Phase AC IPM
Peak Power	80 kW (107 hp)
Peak Torque	250 Nm at shaft
Top Speed	180 km/h
Acceleration	0-100 km/h in 3.5s
Cooling System	Dual Liquid Loop (Motor & Inverter)
Transmission	Direct Drive (1:4 Ratio)

Battery & Charging

Pack Energy	16.2 kWh Nominal
Cell Chemistry	High-Density Lithium-Ion
City Range	Approx. 220 km
Level 2 Charging	3.3 kW (15A) ~4.5 Hours
Level 1 Charging	1.8 kW (10A) Standard Wall Socket
Onboard Charger	Integrated 3.3 kW Unit
Battery Management	Proprietary Smart BMS with CAN Bus

Chassis & Hardware

Frame Type	Cast Aluminum Backbone / Enclosure
Front Brakes	Dual Brembo M4 Monoblock Calipers
Rear Brake	Single Brembo Caliper
ABS System	Bosch Dual-Channel ABS
Front Suspension	Telescopic Inverted Forks
Rear Swingarm	Cast Single-Sided Alloy
Final Drive	Optibelt Delta Chain Carbon Belt

Specifications represent benchmark technical data for the Savic C-Series made-to-order platform. Custom OEM specifications available upon enterprise request.

Procurement & Sourcing FAQ

Frequently Asked Questions by Global Buyers & Procurement Teams

Addressing the core technical, commercial, and operational questions asked when evaluating made-to-order electric motorcycles.

What defines a true made-to-order electric motorcycle in commercial procurement?

A made-to-order electric motorcycle is a high-performance EV built specifically according to enterprise buyer, fleet operator, or private client specifications. Unlike mass-manufactured stock inventory, made-to-order models allow granular customization of frame geometry finish, power delivery profiles, battery pack modularity, ergonomic contact points, telematics integration, and specialized componentry like Brembo braking systems and carbon belt drives.

What are the core technical parameters B2B buyers must evaluate in an electric motorcycle?

Procurement teams should rigorously evaluate peak motor output (kW), torque delivery curves (Nm), battery thermal management architecture (liquid cooling vs passive air), usable pack energy (kWh), brake system compliance (e.g. Brembo monoblock calipers with Bosch ABS), structural frame dynamics (cast backbone vs tubular steel), and CAN-bus telemetry compatibility for fleet tracking.

Why is liquid cooling critical for high-performance made-to-order electric motorcycles?

Liquid cooling prevents thermal throttling during sustained high-output operations and fast AC/DC charging cycles. By continuously circulating coolant through the motor, inverter cold plates, and charging units, liquid-cooled systems maintain optimal operating temperatures, protecting lithium chemistry from degradation and ensuring reliable peak performance under demanding hot-climate operating conditions.

How does a carbon belt drive system lower Total Cost of Ownership (TCO) for fleets?

Carbon belt drives, such as the Optibelt Delta Chain systems used on Savic motorcycles, eliminate periodic chain lubrication, tension re-alignments, and rust degradation. Paired with a concentric rear pulley design aligned to the motor axis, carbon belts maintain constant tension throughout suspension travel, yielding a silent, grease-free operation with service intervals significantly longer than conventional steel chains.

What international compliance and safety certifications are required for commercial imports?

Vehicles must comply with regional road safety and functional standards such as Australian Design Rules (ADR) in Australia, UNECE directives in Europe, and DOT/FMVSS standards in North America. Battery enclosures require UN 38.3 certification for transport safety alongside ISO 26262 functional safety compliance for electronic control units.

What is the typical production lead time and minimum order quantity (MOQ) for custom builds?

Lead times vary based on component customization, testing, and batch size. For bespoke made-to-order builds or niche fleet samples, low MOQs are accommodated, with production cycles typically ranging from 8 to 16 weeks from initial design lock to final quality inspection at our Melbourne facility.

Can the vehicle firmware and touchscreen UI be customized for enterprise branding?

Yes. Our 7-inch Linux-based smart display supports custom boot screens, localized UI branding, telemetry protocols, and speed/power cap restrictions tailored specifically to enterprise governance rules or regional rider license restrictions.

Made-to-Order Electric Motorcycle Sourcing & Global Fleet Engineering Guide

Powertrain Performance Metrics for Enterprise Sourcing

Peak Motor Power

Instant Torque

Certified Range

Maximum Speed

Why Enterprise Procurement Demands Made-to-Order EV Architecture

Advanced Mechanical & Electrical Architecture

Programmable Regenerative Braking

Linux Smart Dash & Telematics

Carbon Synchronous Belt Drive

Dual-Loop Liquid Thermal Control

Recommended Made-to-Order Electric Motorcycle Configurations

Carbon Fibre Edition

Racing Green Heritage Spec

Atomic Silver Modernist Spec

Custom Palette / Corporate OEM

Future Procurement Trends in Made-to-Order Electric Motorcycles

Shift from TCO to Whole-Life Efficiency

Modular Battery & Frame Architecture

Telematics Standardisation & API Access

Regulatory Alignment & Supply Resilience

Global Electric Motorcycle Industry Development Trends

1. High-Voltage Architecture Transition

2. Integrated Silicon Carbide (SiC) Inverters

3. Embedded Vehicle Security & OTA Governance

Technical Specification Matrix

Powertrain & Output

Battery & Charging

Chassis & Hardware

Frequently Asked Questions by Global Buyers & Procurement Teams

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