Select from our high-demand OEM platforms engineered for urban commuting, commercial delivery, and high-performance micro-mobility applications.
The global urban mobility landscape is undergoing a structural paradigm shift. Accelerating urbanization, fluctuating fossil fuel pricing, and stringent municipal zero-tailpipe emission mandates have positioned commuter electric motorcycles as the backbone of modern city transportation. For international importers, brand owners, regional distributors, and fleet logistics operators, sourcing directly from verified Custom OEM Commuter Electric Motorcycle Factories & Exporters is no longer merely a cost-reduction strategy—it is a core competitive imperative.
Historically, light electric vehicles (LEVs) faced severe engineering limitations in tropical regions, hot climates, and challenging road topographies across South Asia, the Middle East, South America, and Africa. Standard off-the-shelf electric scooters frequently suffered from thermal degradation, premature lithium-ion cell decay, and frame fatigue caused by heavy commercial payloads. Today, advanced OEM manufacturing facilities—exemplified by enterprise production hubs like our Sue Asil Road factory in Lahore and integrated design headquarters in Gulberg III—have re-engineered the two-wheeler ecosystem from the ground up.
By shifting from generic commercial assembly to custom original equipment manufacturing (OEM) and original design manufacturing (ODM), global buyers can now specify motor power curves (from 500W hub units to 10kW off-road mid-drive systems), battery chemistries (prismatic Lithium Iron Phosphate vs. NMC cells), controller firmware parameters, and frame geometries tailored specifically to their regional market dynamics.
Building high-end commuter electric motorbikes requires strict engineering alignment across four key subsystems: the battery management system (BMS), permanent magnet synchronous motors (PMSM) or brushless DC (BLDC) motors, intelligent vector controllers (FOC), and structural frame engineering.
We prioritize 3.2V 95Ah Grade-A Prismatic Lithium Iron Phosphate (LiFePO4) cell integration across our flagship commuter platforms (such as the JE-125L, JE 70L Fury, and SE Apex series). Unlike traditional NMC pouch cells, prismatic LFP cells exhibit exceptional thermal runaway resistance, remaining stable at ambient operational temperatures exceeding 45°C–50°C. With cycle lives exceeding 3,000 to 5,000 charge cycles, total cost of ownership (TCO) for commercial delivery fleets drops exponentially.
Our custom OEM export motorbikes utilize field-oriented control (FOC) sine-wave controllers operating on 60V to 72V architecture. This provides silent acceleration, smooth low-speed torque delivery, and up to 15% higher energy conversion efficiency compared to square-wave controllers. Regulated regenerative braking feeds kinetic energy back into the battery array during urban stop-and-go commuting.
Urban commuters and last-mile delivery riders carry significant loads. Our utility and sportbike platforms feature cold-rolled high-tensile steel tubed frames reinforced at critical stress points. Engineered to support up to 250kg maximum load, these platforms incorporate front hydraulic telescopic forks and dual rear heavy-duty coil shock absorbers to handle unpaved suburban and harsh city roads.
Comprehensive technical breakdown of custom manufacturing options available for global B2B exporters, brand distributors, and fleet procurement managers.
| Platform Category | Target Application | Motor Power / Speed | Battery Config / Chemistry | Max Range | Payload Capacity |
|---|---|---|---|---|---|
| Heavy Duty Fleet Commuter (e.g., JE-125L / Fleet 72V) | Last-mile logistics, express delivery, commercial fleets | 2000W BLDC Hub / 80 km/h | 60V 50Ah Grade-A LFP Prismatic | 100 – 120 km | 250 kg |
| Standard Urban Commuter (e.g., JE 70L Fury / Wolf Series) | Daily office commuting, suburban transportation | 1500W Brushless / 60 km/h | 60V 30Ah LFP or Lead-Acid Optional | 70 – 80 km | 180 kg |
| High-Speed Sport & Dirt E-Motorcycle (e.g., 79 BIKE 5kW-10kW) | Off-road trail, extreme sports, premium leisure | 5000W – 10000W Mid-Drive / 100 km/h | 72V 32Ah High-Discharge Pack | 60 – 90 km | 150 kg |
| Step-Through City Scooty (e.g., Storm Pro / Neo / Zeno) | University students, family errands, light urban commutes | 800W – 1200W Hub Motor / 50 km/h | 60V / 72V 26Ah–38Ah Pack | 60 – 90 km | 150 kg |
| Ultralight Foldable Mobility (e.g., Magnesium Alloy Scooter) | Intermodal transit, elderly assistance, resort travel | 500W Dual Motor / 35 km/h | 48V Dual Magnetic Lithium Pack | 25 – 35 km | 120 kg |
As Pakistan's pioneer in electric two-wheeler manufacturing—operating our state-of-the-art facility on 3 km, Sue Asil Road, Lahore alongside our executive headquarters at Askari Corporate Tower, Gulberg III—we offer international business partners a complete manufacturing blueprint designed to lower import tariffs and optimize shipping container density.
To reduce global import duties for our enterprise clients, we export vehicles in Complete Knock-Down (CKD) or Semi-Knock-Down (SKD) configurations. Our engineering team provides standardized assembly manuals, jigs, wiring harness schematics, and video tutorials enabling local assembly lines to achieve high throughput with minimal training.
Every electric motorcycle rolling off our production floor undergoes rigorous multi-stage testing: incoming cell capacity grading, automated spot-welding inspection, BMS overcharge/over-discharge protection testing, chassis dyno load testing, and IP67 waterproof chamber testing for all electrical enclosures.
Our proven domestic commercial model—spanning an extensive dealer network, official showrooms (including Main Ferozepur Road, Gulberg III), and integration with commercial banking partners and official government transport schemes (such as the PAVE Scheme)—serves as a turn-key operational model for global distributors scaling their local EV networks.
Importers and brand owners planning their 3-to-5-year product roadmaps must design around key emerging technology trends shaping global micro-mobility regulations and end-user preferences.
As commercial delivery fleets prioritize zero downtime, custom OEM factories are transitioning toward standardized swappable battery bay designs. Utilizing standardized 60V and 72V LFP prismatic battery packs equipped with heavy-duty copper quick-connect terminals allows fleet operators to replace depleted packs in under 30 seconds, maintaining continuous 24/7 delivery operations.
Modern commuter motorcycles are evolving into connected smart terminals. OEM custom options now routinely include onboard IoT GPS tracking modules, remote diagnostic CAN-bus protocols, NFC keyless starting buttons, bluetooth smartphone app integration, and over-the-air (OTA) firmware updates. These technologies allow fleet operators to remotely monitor real-time battery health (State of Charge/State of Health), geo-fence vehicle usage, and prevent theft.
While high-tensile steel remains the standard for heavy utility bikes, premium micro-mobility urban commuters are adopting hydroformed aluminum alloy and ultra-lightweight magnesium alloy structures (exemplified by our 15kg magnetic-charging travel scooters). Weight reduction directly improves power-to-weight ratios, extending effective riding range without increasing battery pack size.
When negotiating custom OEM production runs, always request factory test reports validating the continuous versus peak discharge rates of the motor controller and the cell-matching delta voltage (ideally < 5mV) of the battery pack. Properly balanced LFP cell arrays maintain operational capacity for over 7 years of daily urban commuting.
Partner directly with Pakistan's premier electric two-wheeler OEM manufacturer. Contact our export sales engineering team today for factory-direct price sheets, technical spec sheets, and custom branding options.
