L-STD Electric Tricycle for Warehouse & Logistics Parks Standardized Internal Transport Vehicle - Electric Cargo Tricycles for Port & Industry

Standardized Internal Logistics Platform

Three Configurations. One Operational Philosophy.

In internal logistics, performance variability is more expensive than mechanical failure.

Unplanned downtime, inconsistent behavior across fleets, and fragmented spare-parts systems gradually increase operational risk and erode margins.

That is why our platform is built on standardized configurations, not endless customization.

The difference between L-STD, L-HT, and L-HD is not quality level — it is operational optimization for different duty environments.

Each configuration is engineered around a clearly defined duty cycle:

Configuration	Duty Cycle	Payload Range	Design Priority	Typical Environment
L-STD	Single shift / steady cycles	300–500 kg	Stability & maintainability	Warehouses, logistics parks
L-HT	High-frequency / hot climate	300–500 kg	Thermal stability & uptime	Middle East, high-temperature regions
L-HD	Heavy load / double shift	600–800 kg	Structural durability	Ports, heavy industrial zones

These three configurations cover the majority of high-frequency internal transport scenarios — while maintaining fleet predictability, simplified maintenance logic, and scalable deployment.

You are not selecting a vehicle. You are deploying operational certainty.

L-STD

Standardized Electric Cargo Tricycle for Warehouse & Logistics Parks

The L-STD is purpose-built for warehouse and logistics park operations where repeatability, cost transparency, and controlled duty cycles define success.

It is not a downgraded option. It is a right-spec configuration optimized for steady internal logistics cycles.

Why L-STD Fits Warehouse & Logistics Park Operations

Warehouse environments are structured:

Fixed internal routes

Predictable payload ranges

Planned shift cycles

Controlled operating conditions

In such scenarios, extreme structural reinforcement or heat-resistant systems do not increase productivity. They increase capital cost and parts complexity without measurable operational gain.

The L-STD delivers:

Predictable uptime

Transparent total cost of ownership (TCO)

Simplified maintenance workflows

Scalable fleet standardization

Core Technical Configuration

Overall Size: 3100 × 1180 × 1730 mmCargo Box Size: 1600 × 1100 mmMotor: 1000W Permanent Magnet Synchronous Motor (PMSM)Controller: 18-tube Dual-Row Industrial ControllerRear Axle: 160 Integrated Full-Floating Rear Axle with Gear ShiftTires: Front 3.75-12 / Rear 4.00-12 Flat-Top Industrial Tires

Structural Engineering for Daily Industrial Use

Reinforced Steel Cargo Body

Steel door core + steel floor structure

Integrated stamping design for structural rigidity

Thickened industrial-grade steel materials

Designed for long-term fatigue resistance

This structure ensures stable performance under continuous warehouse duty cycles.

Automotive-Grade Corrosion Protection

Every vehicle features:

Full-body automotive-grade cathodic electrophoresis coating

This process provides:

Uniform anti-corrosion protection across structural components

Extended service life in humid or semi-industrial environments

Reduced long-term structural degradation

This is not a cosmetic coating. It is structural durability protection.

Operational Advantages of Standardization

1.Immediate Deployment

L-STD covers the majority of warehouse duty cycles out of the box. No post-purchase engineering adjustments required.

2.Predictable Maintenance Logic

Standardized components reduce:

Spare-parts diversity

Maintenance variability

Technician retraining requirements

Fleet operators benefit from stable maintenance planning and lower lifecycle uncertainty.

3.Effortless Fleet Scaling

Identical configuration across vehicles means:

Faster driver training

Simplified spare-parts inventory

Consistent vehicle behavior across shifts

Scaling the fleet becomes a repeatable process — not a new engineering project.

Where L-STD Performs Best

Warehouse receiving-to-shipping transport

E-commerce fulfillment internal transfers

Factory material movement

Logistics park shuttle transport

Project-based fleet deployment

When to Consider Other Configurations

If your operation requires:

Continuous high-temperature resistance

Double-shift heavy loading

Payload beyond 500 kg

We recommend reviewing:

L-HT (High-Temperature Configuration)L-HD (Heavy-Duty Configuration)

Each is engineered for different stress conditions — not higher or lower quality levels.