Factory Direct Catalog
Featured OEM / ODM Electric Mobility & Energy Solutions
Explore our export-ready two-wheelers, heavy-duty commercial e-motorcycles, and high-density LFP energy storage cells manufactured under strict ISO9001 and CE/UL compliance frameworks.
Grade a 3.2V 75Ah LFP Battery Cell for Solar Street Light Energy Storage System
XFY Foldable Portable Electric Scooter with Seat 36V 350W 12Ah 40km 12Inch Adult Commuter Dual Disc Brake 120kg Load 16kg
EU UK Koolux X9PRO 48V Dual Lithium Batteries 31.2Ah Electric Mountain Bicycle 20" Fat Tyre Front Suspension Disc Brake NFC APP
3.2V 54Ah LFP Battery Cell Long Cycle Life for Off Grid Solar System
80CM Electric Underwater Scooter With LCD Display Power Surfboard 13KG Lightweight Sea Scooter Water Thruster Factory Direct
City Electric Motorcycle 72V30AH Dual Battery Pack 70km Range for Supermarket Shop Delivery Fleet
Foldable Electric Scooter RCB D7 25km/h Adult 10 Inch Off Road 90km Range 48V 20.8Ah E-Scooter EU Stock Lightweight
M7 6000W Electric Offroad Motorcycle 72V Adult E Moto Dirt Bike Enduro for Riders and Rental Fleet 2026 2027
15+
Proprietary EV Platforms
120 km
Max Single-Charge Range
3000+
LFP Battery Cycle Life
100%
OEM / ODM Customization
Industry Technical Report · Chapter 1
Enterprise Manufacturing Competence & Global OEM/ODM Engineering
In the rapidly evolving global micro-mobility ecosystem, selecting a reliable Custom OEM ODM Electric Bike Manufacturer & Exporter requires rigorous evaluation of production architecture, thermal management protocols, and supply chain scalability. As Pakistan’s pioneer in electric two-wheeler manufacturing—operating a state-of-the-art production complex on Sue Asil Road, Lahore, alongside corporate headquarters at Askari Corporate Tower, Gulberg III—our engineering organization provides global B2B buyers, municipal delivery operators, and brand importers with turnkey electric vehicle (EV) solutions.
Unlike regional trading intermediaries or assembly brokers, our integrated OEM/ODM manufacturing paradigm encompasses full-stack vehicle engineering: from 6061 T6 hydroformed aluminum alloy frame design and automated robotic welding to custom Battery Management System (BMS) programming and multi-environment dyno testing. Operating across robust 60V and 72V powertrains, our facilities specialize in hot-climate localized adaptations designed to withstand extreme thermal ambient conditions exceeding 45°C without compromising cell performance or structural longevity.
Commuter Platform Rigidity Testing: JE 70L Fury Heavy Duty Frame Assembly
Industrial Heavy Scooter Architecture: 2000W Mecha Platform Assembly
Key Takeaway for B2B Importers: Our manufacturing infrastructure integrates automated end-of-line (EOL) computerized testing for insulation resistance, controller efficiency, brake torque distribution, and CAN-bus telemetry validation before container loading, ensuring zero-defect delivery across global ports.
Manufacturing Process Infrastructure & Quality Control
Our OEM manufacturing methodology enforces rigorous ISO 9001:2015 quality control parameters throughout six core assembly stages:
- Frame Stress Mechanics: Finite Element Analysis (FEA) modeled high-carbon steel and 6061 aluminum alloy chassis subjected to 200,000-cycle dynamic fatigue testing.
- Advanced Surface Coating: Cathodic Electrodeposition (CED) primer treatment paired with multi-layer powder baking for salt-spray rust prevention up to 720 hours.
- Powertrain Calibration: Vector Field-Oriented Controller (FOC) tuning for ultra-quiet phase angle synchronization, smooth torque delivery, and optimized energy recovery via regenerative braking.
- Pack Thermal Isolation: Laser-welded cell interconnects encased in flame-retardant V-0 ABS casing with IP67 ingress protection against water and dust intrusion.
Industry Technical Report · Chapter 2
Customized OEM & ODM Product Recommendation Matrix
Commercial procurement requirements vary significantly across urban commuter networks, last-mile logistics fleets, and high-performance recreational sectors. To maximize Return on Investment (ROI) for global B2B buyers, our OEM program categorizes vehicle platforms into targeted functional vectors, offering full white-label chassis, battery, and aesthetic customization.
| Vehicle Class |
Target Application |
Powertrain Spec |
Battery Chemistry |
OEM Customization Scope |
| Flagship E-Motorcycle (JE-125L) |
Long-range daily commuting & highway transition |
2000W BLDC Hub / 80 km/h |
60V 50Ah Grade-A LFP |
Dual-disc hydraulic brakes, NFC app startup, bespoke branding |
| Urban Delivery E-Bike (JE 70L / 100L Series) |
Supermarket delivery fleets & express logistics |
1500W Torque-tuned Motor / 60 km/h |
60V 30Ah LFP Pack |
Heavy-duty rear luggage racks, dual battery slots, GPS fleet tracking |
| Commercial Heavy Scooter (Mecha Series) |
Heavy payload city transport & rental fleets |
2000W High Torque / 70 km/h |
72V 38Ah Lithium |
Reinforced steel crash bars, customized digital dashboard, IoT module |
| Compact Commuter Scooty (Sparrow / Storm) |
Student mobility, campus fleets & last-mile transport |
500W - 1000W / 35 - 50 km/h |
48V / 60V Options |
Custom paint schemes, step-through ergonomic seat profiles |
| Off-Road Dirt E-Moto (M7 Enduro) |
All-terrain sports, rental parks & rural transit |
6000W Mid-Drive / 90+ km/h |
72V High-Discharge Pack |
Adjustable hydraulic suspension, off-road knobby tires, custom decals |
For custom ODM projects, our design studio supports full CAD body panel sculpting, frame geometric alterations for local ergonomic compliance, custom mold creation, and localized telemetry server integration. Whether your deployment requires low-speed campus scooters or heavy-duty dual-battery delivery platforms, our engineers deliver tailored prototypes within 30 to 45 business days.
Industry Technical Report · Chapter 3
Future Procurement & Sourcing Trends (2026–2030 Analysis)
As international environmental mandates tighten and petrol fuel volatility persists, global procurement teams must pivot away from short-term spot purchases toward strategic supply chain integration. Analysis of international customs data and fleet electrification trajectories highlights several vital procurement megatrends that will govern the electric two-wheeler sector over the next half-decade:
1. Shift to CKD / SKD Localized Assembly
High import tariffs on Completely Built Units (CBU) in emerging markets across South Asia, Africa, and Latin America are accelerating the adoption of Completely Knocked Down (CKD) and Semi-Knocked Down (SKD) procurement models. Overseas buyers now demand custom factory packing, modular harness design, and standardized assembly manuals to lower import duties by up to 35%.
2. Dominance of LFP Thermal Stability
While Ternary NCM (Nickel Cobalt Manganese) chemistry dominated early consumer e-bikes, commercial fleet buyers now prioritize Lithium Iron Phosphate (LFP) due to its superior thermal safety profile, non-combustible nature under puncture tests, and exceptional lifespan of 3000+ deep discharge cycles under high-temperature operation.
3. Smart Telematics & Fleet Connectivity
Modern B2B importers require native CAN-bus architecture allowing plug-and-play installation of 4G/GPS telematics boxes. Remote diagnostics, geofencing, anti-theft immobilizers, and real-time State of Charge (SoC) tracking are transitioning from optional features to baseline RFQ requirements for commercial fleets.
Global OEM/ODM Logistics & Banking Partner Financing Support Network
Industry Technical Report · Chapter 4
Technological Development Trends in Electric Two-Wheeler Engineering
The global transition to sustainable urban transportation is driven by rapid technological breakthroughs across electro-chemical energy storage, motor control software, and structural light-weighting. Importers and brand owners who align their product portfolios with these engineering developments gain significant competitive moats in their regional markets.
1. Advanced Lithium Iron Phosphate (LFP) Cell Technology
Battery maintenance costs represent up to 45% of total electric vehicle lifecycle expenses. By adopting industrial-grade 3.2V 75Ah and 54Ah prismatic LFP cells into custom 60V and 72V packs, our engineering team eliminates thermal runaway risks associated with traditional cobalt-based chemistries. LFP packs maintain over 80% capacity retention after 3,000 complete charge-discharge cycles, enabling delivery fleets to operate for over 5 years on a single battery pack.
2. Vector Field-Oriented Control (FOC) & High-Efficiency Motors
Modern electric two-wheelers are moving away from square-wave controllers to Field-Oriented Sine Wave Control systems. FOC controllers continuously monitor motor phase currents to deliver smooth torque, reduced motor noise (below 50dB), and efficiency ratings exceeding 92%. Combined with high-magnetic-flux permanent magnet hub motors and mid-drive motors (ranging from 1500W to 6000W), power consumption per kilometer is reduced by up to 18% compared to traditional powertrains.
3. Modular Chassis Architecture & Ergonomic Adaptability
To reduce OEM tooling lead times, modern frame manufacturing utilizes modular platform engineering. Sub-frames, battery cradles, and suspension mounting points are engineered as interchangeable modules. This approach allows factory lines to pivot quickly between heavy-duty commercial cargo configurations and sleek passenger scootees while maintaining identical safety standards and structural stress tolerances.
After-Sales Technical Training, Modular Spare Parts Engineering, and Maintenance Support
Industry Technical Report · Chapter 5
Corporate Governance & Manufacturing Executive Team
Operational reliability and commercial transparency form the cornerstone of our global OEM partnerships. Led by an experienced board of industrial leaders and EV engineering experts, our executive governance team ensures long-term strategic stability, continuous R&D investment, and comprehensive after-sales backing for all international distributors.
Dr. Mohammad Amjad
Founder & CEO
Pioneer of electric two-wheeler manufacturing in Pakistan, overseeing macro industrial strategy and plant expansion.
MD
Shahzaib Amjad
Managing Director
Directs global OEM export operations, supply chain logistics, and strategic distributor networks.
DIR
Zohaib & Jahanzaib Amjad
Board Directors
Lead financial planning, technology integration, and sustainable clean mobility initiatives.
Procurement Knowledge Base
Global B2B Sourcing & OEM FAQ
Essential technical and commercial guidance for importers, brand operators, and procurement managers considering custom production runs.
Are you a direct electric bike manufacturer or a trading reseller?
We are a direct original equipment manufacturer (OEM). Our complete production facility is located at 3 km, Sue Asil Road, Lahore, Pakistan, with our corporate head office at 13th Floor, Askari Corporate Tower, Gulberg III, Lahore. We handle complete vehicle chassis manufacturing, wiring harness assembly, BMS integration, and quality testing in-house, offering full transparency for international factory audits.
What are your typical Minimum Order Quantities (MOQ) for OEM/ODM orders?
For standard factory configurations under our existing platforms, our MOQ starts at 20 units (one 20ft container). For custom OEM branding (custom colorway, logo placement, dashboard graphics), MOQ is 50 units. For full ODM projects requiring custom chassis molds, body panel tooling, or specialized voltage configurations, MOQ typically starts at 100 to 200 units depending on technical scope.
Why do you recommend LFP (Lithium Iron Phosphate) over standard NCM batteries?
LFP (LiFePO4) chemistry offers superior thermal stability (decomposition temperature >500°C versus 200°C for NCM), making it virtually non-combustible during severe impacts or extreme summer heat. Furthermore, LFP delivers 3,000+ full charge cycles compared to 800-1,000 cycles for standard lithium NCM packs, reducing operational lifecycle costs by more than 60% for commercial fleets.
What battery shipping compliance and international certifications do you provide?
All exported battery packs and cells undergo UN38.3 testing, MSDS documentation, and Material Safety Data Sheet verification required for international air and ocean freight. Our finished vehicles can be manufactured to meet EN 15194 (European standard for EPAC e-bikes), CE directives, and UL 2849 electrical system safety certification upon request.
Can you supply vehicle kits in CKD or SKD formats for local assembly?
Yes. We regularly export vehicles in Completely Knocked Down (CKD) or Semi-Knocked Down (SKD) formats packaged into custom steel-framed export crates. We provide detailed assembly SOP manuals, video schematics, and online engineering support to assist your local technician team in setting up streamlined assembly operations.
What warranty coverage and spare parts support is included?
We provide a comprehensive factory warranty covering 24 months on LFP battery packs, 12 months on electric hub/mid-drive motors and controllers, and 36 months on structural frame integrity. Additionally, we include a 2% wearing-spare-parts allotment with every bulk container shipment to ensure seamless warranty turnarounds in your target destination market.
Partner with a Proven OEM/ODM EV Manufacturer
Whether you require a custom electric motorcycle fleet for logistics, private-label urban scooters for retail distribution, or bulk LFP battery cell supplies, our engineering team is ready to review your specifications.
