Powertrain Engineering
Car-Grade HV Architecture
Operates at significantly higher voltage thresholds, reducing current flow, minimizing I²R resistive heat losses, and permitting continuous 135 km/h highway speeds without thermal derating.
Raptee.HV Industrial B2B Whitepaper
High-Speed Electric Two-Wheeler Procurement & Engineering Guide
The Definitive Technical Analysis for Global Importers, Distributors, and Fleet Operators Sourcing Car-Grade High-Voltage (HV) Electric Motorcycles with Universal CCS2 Fast Charging Standard.
135 km/h Top Speed · 22 kW Peak Power
Redefining Urban & Highway Electric Mobility Performance
5.4 kWh Battery Capacity | 200 km IDC Range | Car-Grade High Voltage Drivetrain
Executive Summary
High-Speed Electric Two-Wheeler Architecture.
As global light electric vehicle (LEV) procurement transitions from low-speed 48V-72V commuter scooters toward highway-capable L3e-A2 class vehicles, commercial importers require validated technical architectures that solve thermal degradation, range anxiety, and infrastructure fragmentation.
135km/h
Max Speed (Sustained)
3.5s
0–60 km/h Acceleration
200km
IDC Certified Range
5.4kWh
High-Voltage Battery Pack
22kW
Automotive PMSM Motor
70Nm
Instant Wheel Torque
Product Spotlight Flagship Product Recommendation
Raptee.HV T30: The High-Speed Electric Two-Wheeler Benchmark
Engineered in Chennai, India—Asia’s premier automotive manufacturing hub—the Raptee.HV T30 represents a technological paradigm shift. It is engineered from the ground up on a car-grade high-voltage (HV) architecture, eliminating the performance throttling common to conventional low-voltage electric two-wheelers.
Charging Ecosystem
Universal CCS2 Compatibility
The world's first high-speed electric two-wheeler natively compliant with public EV car fast chargers. Plugs directly into 29,000+ CCS2 stations worldwide for 20-80% charge in 36 minutes.
Commercial Warranty
8-Year / 80,000 km Protection
Backed by an unprecedented manufacturer warranty. Reduces total cost of ownership (TCO) for fleet buyers and provides distributors with an unbeatable retail sales proposition.
Fleet Telematics
Raptee OS & OTA Intelligence
Integrated IoT unit, 7-inch TFT display, real-time battery thermal diagnostics, geofencing API integration, and continuous Over-The-Air software enhancements.
Technical Information Gain
Why Low-Voltage (72V) Systems Fail in High-Speed Applications
For global importers and distributors, evaluating a high-speed electric two-wheeler requires an understanding of electrical engineering principles. Traditional electric two-wheelers operate on low-voltage (LV) direct current (DC) architectures, typically between 48V and 72V. While LV architectures are cost-effective for 25 km/h to 60 km/h low-speed city scooters, they encounter severe physical barriers when scaled to high-speed (100 km/h+) performance requirements.
The Physics of Heat and Power: Joule Heating ($P_{loss} = I^2 R$)
Electrical power output is expressed as $P = V \times I$ (Power = Voltage × Current). To generate 22 kW of peak output on a legacy 72V system, the drivetrain must draw approximately 305 Amperes of current. According to Joule's First Law, resistive heat generation increases quadratically with current ($P_{loss} = I^2 R$).
Under high current, battery cells, copper windings, and MOSFET switches in 72V systems experience extreme thermal stress. This forces the electronic control unit (ECU) to initiate thermal throttling, reducing top speeds from 100 km/h down to 60 km/h within minutes of highway driving. Conversely, Raptee.HV’s car-grade High-Voltage (HV) architecture raises system voltage significantly. This drops required current by up to 60%, drastically cutting resistive thermal losses, maintaining peak torque, and enabling sustained 135 km/h operation in extreme ambient temperatures.
| Engineering Parameter | Legacy Low-Voltage (72V) Systems | Raptee.HV High-Voltage (HV) Architecture |
|---|---|---|
| Target Speed Envelope | Low to Mid Speed (25 km/h – 85 km/h) | High Speed (135 km/h Sustained Highway) |
| Peak Current Draw @ 22 kW | ~305 Amperes (Extreme Thermal Generation) | Substantially Lower Amperage (Minimal Heat) |
| Thermal Throttling Threshold | Triggers after 5–10 minutes of highway riding | No thermal throttling under continuous load |
| Fast Charging Protocol | Proprietary low-voltage DC chargers (2-4 hours) | Universal Public CCS2 Car Stations (36 Mins 20-80%) |
| Battery Pack Warranty | Typically 2 to 3 Years (Degrades quickly) | 8 Years or 80,000 km Manufacturer Covered |
| Charging Station Compatibility | Incompatible with public electric car network | 100% Compatible with Global EV Car Infrastructure |
Market Intelligence
Future Procurement Trends for High-Speed Electric Two-Wheelers
As legislative mandates phase out internal combustion engine (ICE) two-wheelers across Europe, North America, Latin America, and Southeast Asia, procurement managers must align with key industry shifts over the 2025–2030 horizon.
Trend 01: Universal Charging Standardization
The Shift to Public CCS2 and NACS Interoperability
Global procurement channels are actively rejecting proprietary charging wall-boxes and non-standard plugs that isolate two-wheelers from public charging networks. Sourcing high-speed electric two-wheelers equipped with CCS2 ports enables fleet users and retail buyers to leverage tens of thousands of existing public car charging points, completely solving range anxiety and boosting resale values.
Trend 02: Rigorous Battery Safety Standards
Compliance with AIS-038 Rev 2 & EU L3e Homologation
Thermal runaway risks are driving global regulatory bodies to impose strict battery safety certifications. Importers must source vehicles built with IP67-rated ingress protection, micro-climate thermal barrier materials between cells, and smart Battery Management Systems (BMS) capable of cell-level balancing and real-time fault telemetry.
Trend 03: Telematics & Software-Defined Vehicles
API-First Architecture for Commercial Fleets
Modern high-speed two-wheelers operate as connected software platforms. B2B importers are prioritizing OEM partners that offer onboard Telematics Control Units (TCU), CAN-bus integration, real-time remote diagnostics, OTA updates, and geofencing capabilities to reduce maintenance downtime and prevent vehicle theft.
Trend 04: Total Cost of Ownership (TCO) Dominance
Sub-1 Cent Per Kilometer Operating Expenses
High fuel costs and rising ICE maintenance costs make high-speed electric motorcycles ideal for commercial and commuter applications. Eliminating drive belts, oil filters, clutch plates, and spark plugs yields up to 85% savings in lifetime operating costs compared to 250cc-400cc gas motorcycles.
Industry Evolution
Global Industry & Product Development Trends
Understanding the technological advancements shaping the high-speed electric two-wheeler market helps distributors make future-proof sourcing decisions.
Automotive Technology Transfer
Electric motorcycles are adopting automotive innovations, including high-voltage traction batteries, silicon carbide (SiC) inverters, and automotive-grade wiring harnesses to improve efficiency and reliability under heavy workloads.
Urban Roadster & Streetfighter Aesthetics
Riders are moving away from traditional scooter styling toward aggressive streetfighter and urban roadster designs. High-speed electric two-wheelers now combine sporty ergonomics with aerodynamic drag reduction.
Onboard Charger Integration
Eliminating external charging bricks by incorporating built-in onboard AC chargers allows riders to plug into standard household wall sockets using a single lightweight cable, simplifying charging anywhere.
Charging Technology
Universal EV Charging Infrastructure Integration.
The Raptee.HV T30 is engineered to operate natively on the global electric car charging grid. By integrating standard CCS2 DC fast-charging protocols alongside onboard household AC charging capabilities, distributors can offer customers complete charging flexibility.
Plug into Car Chargers. Zero Infrastructure Barrier.
CCS2 · DC FAST CHARGE COMPLIANT
Public DC Fast Charging
~36 min
20–80% Battery State of Charge Utilizes commercial DC fast chargers. A brief 15-minute charge adds 50 km of highway range during long-distance travel.
Onboard Home Charging
~1 hr
20–80% Standard AC Socket Integrated onboard charger converts AC household current internally. Plugs into conventional wall outlets without expensive home wall-box installations.
Portable Cable System
1 Cable
Fits inside rider backpack Lightweight charging cable eliminates bulky external power adapter bricks. Easily stows in rider luggage or under-seat storage.
Smart Mobility
Raptee OS: IoT Telematics & Fleet Intelligence
High-speed electric two-wheelers must seamlessly integrate with the rider's digital life and fleet management software systems.
Rider Centric Interface
17.7 cm (7-inch) TFT Cockpit
IP65 waterproof touchscreen display features turn-by-turn Raptee Maps, Bluetooth headset integration, real-time power distribution meters, and call control.
Keyless Wearable Control
Smartwatch & App Integration
Riders can keyless lock, unlock, track real-time GPS locations, check charge statuses, and trigger remote alarms directly from iOS/Android smartwatches.
Enterprise Telematics Platform
Complete Control for Fleet Operators & Retail Riders
The proprietary Raptee.HV application provides comprehensive vehicle health diagnostics, riding telemetry, efficiency breakdown, geofence boundary configuration, and remote immobilizer functions. Software-over-the-air (OTA) updates continuously push firmware performance optimizations without dealership visits.
Enterprise Fleet API ReadyAndroid & iOS AppsOTA Software Core
Vehicle Configurator
Inspect the High-Speed T30 Architecture in 360°
Explore the aerodynamic frame, mid-mounted high-voltage motor position, and streetfighter design ergonomics.
Engineering Data Sheet
Raptee.HV T30 Technical Specifications
Complete engineering parameters for international homologation verification, commercial fleet analysis, and B2B import evaluation.
Powertrain & Dynamic Performance
- Vehicle Category
- L3e-A2 High-Speed Two-Wheeler
- Sustained Top Speed
- 135 km/h
- Acceleration (0–60 km/h)
- 3.5 Seconds
- Peak Motor Output
- 22 kW (Automotive PMSM)
- Wheel Torque Output
- 70 Nm Instant Torque
High-Voltage Battery System
- Nominal Battery Capacity
- 5.4 kWh High Voltage Pack
- Cell Architecture
- Automotive-Grade Lithium-Ion
- Certified Range (IDC)
- 200 km Per Charge
- Thermal Management
- Smart BMS Active Protection
- Ingress Protection
- IP67 Water & Dust Sealed
Charging Infrastructure & Speeds
- Fast Charging Standard
- CCS2 Public Car Charger Compatible
- DC Fast Charge Time (20-80%)
- 36 Minutes
- 15-Minute Fast Charge Range
- +50 km Highway Range
- Onboard AC Charger
- Single-phase 220V/110V Socket
- Home AC Charge Time (20-80%)
- 1 Hour
Smart Electronics & Warranty
- Instrument Dashboard
- 17.7 cm (7″) TFT Touchscreen
- Operating System
- Raptee OS (OTA Supported)
- Battery Pack Warranty
- 8 Years / 80,000 km
- Vehicle Mechanical Warranty
- 3 Years / 30,000 km
- Roadside Assistance
- Included First Year Support
*Certified range based on Indian Driving Cycle (IDC) testing protocols. Actual real-world range may vary depending on riding mode selection, aerodynamic load, ambient temperature, rider weight, and road gradient. Vehicle specifications comply with international homologation standards.
Manufacturer E-E-A-T Capabilities
Why Partner with Raptee.HV? Manufacturing Excellence.
Headquartered in Chennai, India, Raptee.HV is an OEM EV pioneer with deep expertise in power electronics, software development, and advanced automotive manufacturing.
Patented HV Technology
Engineered proprietary high-voltage powertrains and Battery Management Systems (BMS), breaking away from generic third-party low-voltage components.
State-of-the-Art Production
Our Chennai manufacturing plant operates automated assembly lines, precision quality testing rigs, and rigorous thermal abuse testing chambers.
Robust Supply Chain
Tier-1 automotive supplier network guarantees long-term spare part availability, dependable component supply, and predictable production lead times for global orders.
Global Homologation Support
Our engineering team assists international distributors with regional regulatory approvals, including EU L3e type approvals, DOT compliance, and regional EV subsidies.
Become an Exclusive Regional Distributor or Fleet Partner.Inquire today to check territory rights, sample shipment schedules, volume tier pricing, and OEM customization options.
Manufacturing HeadquartersChennai, Tamil Nadu, India Corporate IdentificationCIN U34100TN2019PTC132155 Automotive Press RecognitionFeatured in 13+ Leading Media Publications
Independent Automotive Reviews
Validated by Leading Motoring Journalists
Independent automotive journalists have evaluated the high-speed thermal stability, acceleration, and CCS2 fast charging capabilities of the Raptee.HV T30.
I was able to do speeds around 110–120 kph, and the motor's performance was consistent.
Urban roadster meets sporty streetfighter styling.
The T30 has sharp aerodynamic lines and an aggressive stance.
Raptee.HV has challenged the very blueprint of what we think of as electric motorcycles.
Procurement Knowledge Base
Frequently Asked Questions by Global EV Buyers
Critical technical and business insights for importers, distributors, and fleet procurement officers sourcing high-speed electric two-wheelers.
In global regulatory frameworks (such as European Union L3e categories), a high-speed electric two-wheeler is defined as a powered two-wheeler capable of sustained speeds exceeding 45 km/h, requiring homologation standards similar to light motor vehicles. Vehicles like the Raptee.HV T30 deliver top speeds of 135 km/h, powered by high-output motor systems (22 kW peak power), positioning them as full-fledged replacements for 250cc–400cc internal combustion engine (ICE) motorcycles on city highways and arterial roads.
Traditional electric two-wheelers rely on low-voltage (48V–72V) systems. To output high power, low-voltage systems must draw extreme electrical current (amperage). According to Joule's heating law ($P = I^2 R$), high current causes rapid thermal buildup in motor windings and battery cells, leading to severe power throttling. Raptee.HV utilizes high-voltage architecture adopted from electric passenger cars. Higher operating voltage reduces required amperage, drastically lowering heat generation, preventing thermal throttling, and enabling continuous high-speed cruising at 135 km/h.
CCS2 (Combined Charging System Type 2) is the standard DC fast-charging protocol used by electric cars across Europe, Asia-Pacific, Latin America, and India. Integrating native CCS2 hardware into a high-speed electric two-wheeler lets riders tap into existing public car charger networks (29,000+ stations in India alone). It delivers 20–80% charging in roughly 36 minutes and eliminates the need for dealers or municipal authorities to install dedicated, expensive two-wheeler charging kiosks.
The Raptee.HV T30 features an internal onboard AC charger. Riders do not need heavy external charging bricks or dedicated wall-box installations. The included portable charging cable plugs into any standard household electrical outlet (110V/220V AC). The onboard charger converts AC electricity into high-voltage DC safely inside the sealed IP67 battery compartment, taking the battery from 20% to 80% charge in about 1 hour.
Raptee.HV backs its vehicle quality with an industry-leading 8-year or 80,000 km battery pack warranty, along with a 3-year or 30,000 km overall vehicle warranty. Lower thermal degradation from high-voltage architecture extends battery cell cycle life significantly beyond conventional low-voltage scooters.
The vehicle runs on Raptee OS, driven by an onboard Telematics Control Unit (TCU). It provides real-time battery thermal tracking, ride efficiency metrics, fault diagnostic alerts, and geofencing configurations. Over-The-Air (OTA) software capabilities allow firmware updates, map refreshes, and software optimizations to be deployed remotely without dealer visits.
International distributors, regional importers, and commercial fleet managers can connect with our global partnership team by requesting our commercial catalog via the button below. Our team provides detailed information on minimum order quantities (MOQ), regional homologation support, territory exclusivity, and volume pricing structures.
Scale Your Business with High-Speed Electric Two-Wheelers
Request our comprehensive technical catalog, commercial pricing, homologation data sheets, and distributor partnership guidelines today.