Factory-direct OEM/ODM models configured for high daily mileage, heavy payload capacities (up to 250kg), rapid charging, and long cycle life in demanding urban delivery environments.
Navigating the global transition from Internal Combustion Engine (ICE) courier fleets to Zero-Emission Electric Two-Wheelers requires more than generic vehicle assembly. It demands a dedicated manufacturing partner capable of customizing battery chemistries, frame stress points, telematics integration, and localized assembly workflows (SKD/CKD).
Operated out of our state-of-the-art manufacturing facility located on Sue Asil Road, Lahore (Headquartered at Askari Corporate Tower, Gulberg III), Jolta Electric / Huli Motors stands as a primary OEM exporter and pioneer in heavy-duty electric two-wheeler engineering.
Unlike trading entities that white-label off-the-shelf consumer scooters, our engineering teams build commercial-grade platforms designed specifically to endure high ambient temperatures (up to 50°C), rough road conditions, and severe multi-shift commercial utilization.
Engineering specialized Lithium Iron Phosphate (LiFePO4 / LFP) and high-density NCM packs equipped with Smart CAN-Bus BMS. Proven to eliminate thermal runaway risk under extreme equatorial ambient operating conditions.
Maximizing import tariff advantages and optimizing shipping logistics. We provide fully documented Semi-Knocked Down (SKD) and Completely Knocked Down (CKD) kits with turnkey factory assembly SOPs for local regional assembly hubs.
Seamless integration of 4G/GPS telematics units directly into the vehicle controller. Enables real-time remote diagnostics, geofencing, battery State-of-Charge (SOC) tracking, and over-the-air (OTA) firmware updates.
Last-mile delivery operators, supermarket courier networks, and express food delivery services are undergoing an unprecedented shift toward fleet electrification. Driven by aggressive municipal zero-emission mandates, skyrocketing petrol costs, and corporate ESG commitments, global fleet buyers are reassessing their total cost of asset ownership (TCO).
However, procuring commercial fleet motorcycles presents vast differences compared to retail consumer sales. Commercial vehicles operate under demanding duty cycles: 100 to 200 kilometers per day, continuous stop-and-go riding, heavy cargo boxes weighing up to 250kg, and multiple driver rotation. To achieve fleet profitability, exporters and factories must deliver specific technical innovations.
In high-mileage commercial operations, initial battery cost is overshadowed by cell degradation rate and safety. While conventional NMC (Nickel Manganese Cobalt) cells offer slightly higher volumetric energy density, they suffer from steeper degradation curves when subjected to daily 100% Depth of Discharge (DoD) fast-charging cycles in hot climates.
Our OEM factory engineering prioritizes Lithium Iron Phosphate (LiFePO4/LFP) battery technology across our flagship L-series commercial motorbikes (such as the JE-125L, JE 70L Fury, and JE 100L Thunder platforms):
Fleet downtime translates directly to lost revenue. For grocery and quick-commerce delivery operations requiring 18-hour daily uptime, waiting 3 to 4 hours for standard AC charging is economically unacceptable. Modern OEM fleet exporters must engineer dual-battery parallel architecture.
As demonstrated in our City Electric Motorcycle 72V 30Ah Dual Battery Pack model, vehicles feature twin removable lithium drawers connected via an intelligent power distribution module (PDU). This allows courier drivers to either swap depleted packs at decentralized hub stations in under 30 seconds or operate on a single pack while the secondary pack charges at the distribution warehouse.
Standard consumer electric scooters frequently experience frame fracture at the rear subframe when fitted with heavy commercial courier boxes. Commercial OEM manufacturing requires customized structural stress analysis:
A rigorous financial breakdown demonstrates the immediate economic advantage for fleet operators transitioning to OEM custom electric motorcycles:
| Fleet Metric / Specification | Standard 125cc Petrol Motorcycle | Jolta Commercial OEM Electric (72V LFP) | Fleet Impact / Operational Advantage |
|---|---|---|---|
| Daily Energy / Fuel Cost (100 km) | ~$3.80 – $4.50 (Petrol @ ~35km/L) | ~$0.50 – $0.80 (Electric @ 2.5 kWh) | 85% Reduction in Energy Expense |
| Routine Maintenance Cost / Year | $350 – $500 (Oil, filters, spark plugs, clutch) | $60 – $100 (Brake pads, tire rotation) | 80% Savings on Mechanical Upkeep |
| Battery / Engine Lifespan | Major overhaul required at 60,000 km | 2,500+ Cycles LFP Pack (~150,000 km) | 2.5x Longer Major Component Life |
| Telematics & Fleet Control | Aftermarket 3rd-party tracking tag needed | Native Controller CAN-Bus IoT Integration | Real-Time Remote BMS & SOC Monitoring |
| CO2 Tailpipe Emissions | ~2.4 kg CO2 per 100 km | 0.00 kg Zero Tailpipe Emissions | 100% Compliance with ESG & Net-Zero Targets |
As an established manufacturer, our production pipelines cater directly to government tenders, fleet management companies, and regional motorcycle brands seeking OEM manufacturing partnerships. Customization channels include:
The single greatest operational failure for fleet importers is purchasing vehicles from suppliers that offer no long-term technical backstopping or component availability.
Jolta Electric provides a multi-layered after-sales eco-system to guarantee maximum fleet vehicle uptime:
Essential insights for fleet directors, corporate procurement officers, and regional distributors evaluating OEM electric motorcycle sourcing.
We are a direct manufacturer. Electric motorcycles and scooters are engineered and assembled at our dedicated manufacturing facility located on Sue Asil Road, Lahore, Pakistan, supported by our corporate headquarters at Askari Corporate Tower, Gulberg III. We manage the full engineering, assembly, quality control, and export pipeline.
Our standard OEM sample order starts at 10 units for fleet testing and validation. For full OEM custom branding, custom colorways, and bespoke controller programming, our standard MOQ is one 20ft container (approx. 24–32 fully assembled units or 60+ SKD units).
LFP batteries offer unmatched thermal stability (non-combustible in high ambient heat up to 60°C) and deliver over 2,000 to 3,000 full charge cycles. For commercial delivery fleets operating daily, LFP provides a substantially lower cost-per-kilometer and significantly longer operational lifespan than NMC chemistry.
Yes. We regularly export vehicles in SKD and CKD formats to optimize freight volume and allow importers to take advantage of lower local assembly import tariffs. We provide comprehensive factory assembly videos, SOP manuals, and torque specification documentation.
Depending on the selected battery platform (e.g., 60V 30Ah up to 72V 52Ah Dual Packs), single-charge real-world ranges span from 70 km to over 200 km. Real-world range depends on payload weight, driver aggressiveness, terrain elevation, and stop-and-go frequency.
Absolutely. Our vector magnetic field controllers (FOC) feature open CAN-bus communication protocols, allowing seamless connection with 4G/GPS telematics devices for live tracking, battery SOC reporting, remote kill-switch activation, and driver behavior analytics.
Upgrade your delivery fleet profitability, reduce carbon emissions by 100%, and secure factory-direct pricing backed by long-term after-sales engineering support.
