Electric Straddle Carrier
Electric straddle carrier as a container handling solution is designed for modern yard operations where containers need to be lifted, transported, and stacked in a continuous and efficient workflow without relying on separate handling equipment.
+Electric Straddle Carrier as a Container Handling Solution
+Purpose in Modern Port and Terminal Operations
+Replacement of Diesel Equipment for Cleaner and More Efficient Handling
+Typical Working Environments and Operational Value
+Buyer Focus: Operational Problems It Solves
Why Choose Electric Straddle Carrier
+Lower Operating Cost Compared to Diesel Units
+Reduced Maintenance Requirements
+Zero Direct Emissions for Port Compliance
+Suitable for Automation and Smart Terminal Systems
+Flexible Integration into Existing Yard Operations
What Operators Should Consider Before Switching
Before choosing electric straddle carriers, operators usually evaluate a few practical conditions. These points affect real performance more than specifications alone.
+Charging Infrastructure Availability
+Duty Cycle Requirements
+Yard Layout and Traffic Flow
+Power Supply Stability
In real projects, these factors are usually evaluated together. When properly planned, electric straddle carriers can operate smoothly within existing yard systems while reducing long-term operating pressure.
Product Introduction
An electric straddle carrier is a yard machine used to lift, carry, and stack shipping containers. It moves containers directly inside the terminal without needing separate lifting and transport equipment. In practical operations, it handles both tasks in one continuous cycle.
It is powered by a lithium battery system instead of a diesel engine. In daily use, this means the machine runs quietly, produces no exhaust on site, and relies on electric charging rather than fuel supply.
+Electric Straddle Carrier as a Container Handling Solution
+Purpose in Modern Port and Terminal Operations
+Replacement of Diesel Equipment for Cleaner and More Efficient Handling
+Typical Working Environments
+Buyer Focus: What Operational Problems It Solves
Technical Specifications Overview
| Model | Electric Straddle Carrier-35 | Electric Straddle Carrier-60 | Electric Straddle Carrier-80 |
| Capacity | 35t | 60t | 80t |
| Length×Width×Height | 7110×5100×6100mm | 9250×5700×6350mm | 1250×6000×6350mm |
| Effective Inner Width | 3100mm | 3750mm | 3750mm |
| Wheel Base | 6010mm | 6600mm | 7400mm |
| Level 2 Lift Height | 1550mm | 1750mm | 1750mm |
| Max.Lifting Height(Below spreader) | 6150mm | 6300mm | 6300mm |
| Min.Ground Clearance | 230mm | 310mm | 310mm |
| Tire Qty | 4 | 4 | 8 |
| Dead weight(not containspreader) | 21T | 35T | 45T |
| Permanent Magnet Synchronous Motor | 85KW | 105KW | 125KW |
| Lithium Battery | Lithium Iron Phosphate | ||
| Closed Travel Pump | Hytek/Danfoss/PMP | ||
| Empty-load max.speed | 115m/min | 80m/min | 80m/min |
| full toad max.speed | 80m/min | 50m/min | 50m/min |
| Turning Radius | 6950mm | 8900mm | 13000mm |
| Empty-load/full-load Gradeability | 6%/3% | ||
| Control mode | Cab(remote control optional) | ||
| Tires | Solid tire | ||
| Lifting Tools | Automatic Spreader | Oversized Load Spreader | |
| Remarks: Optional accessory brands. | |||
Technical Specifications Overview
+Dimensions & Structure
+Load Capacity
+Weight & Structural Design
Lifting System & Container Handling Capability
+Automatic Spreader System (Standard Configuration)
+Optional Oversized Load Spreader
+Lifting Height Stages and Working Range
+Compatible Container Types
+Buyer Focus: Container Type and Stacking Height Considerations
Performance & Working Efficiency
+Travel Speed
+Turning Ability and Maneuverability
+Gradeability (Slope Performance)
+Practical Insight: How Yard Layout Affects Real Productivity
Power System & Energy Solution
+Electric Drive System
+Battery System
+Energy Capacity
+Practical View: How the Power System Works in Daily Use
Charging Systems & Infrastructure Requirements
+Standard Charging
+Fast Charging Options
+Charging Time & Operation Planning
+Buyer Insight Section: What Buyers Must Prepare
Smart Control & Digital Management Systems
+Fleet Monitoring System
+Dispatch & Terminal Optimization
+Smart Charging Management
Operational Performance in Real Conditions
+Continuous Yard Operation Capability
+Stability Under Heavy Load Cycles
+Performance in High-Frequency Container Handling
+Adaptability to Mixed Container Traffic
+Integration with Terminal Workflow Systems
Safety & Reliability Features
+Solid Industrial Tires for Stable Ground Contact
+High-Strength Structural Frame Design
+Emergency Control Systems
+Stable Hydraulic and Travel Systems
+Operator Cabin Safety Design
Maintenance & Lifecycle Considerations
+Reduced Maintenance Compared to Diesel Equipment
+Battery Lifecycle Planning and Replacement Strategy
+Hydraulic System Inspection Intervals
+Tire Wear Management
+Software-Based Diagnostics Support
Buyer Selection Guide -How to Choose the Right Electric Straddle Carrier
When selecting an electric straddle carrier, the decision is not only about lifting capacity. In real container terminal, logistics yard, and industrial material handling operations, performance depends on how well the machine matches yard conditions, container flow, and long-term operating planning.
A correct selection ensures smooth daily operation, while a poor match often leads to bottlenecks, higher cost, or underused equipment.
+Yard Size and Turning Radius Requirements
+Daily Container Volume
+Required Stacking Height
+Power Availability and Charging Strategy
+Future Automation Requirements
+Budget and Lifecycle Cost Expectations
Frequently Asked Questions
In real electric straddle carrier selection and daily operation, buyers often focus on a few practical questions. These are not only technical concerns, but also directly related to yard efficiency, operating cost, and long-term reliability in container terminal and logistics yard environments.
+What is the difference between 35T, 60T, and 80T models?
+How long does the battery last per charge?
+What charging systems are required?
+Can it operate in automated terminals?
+What maintenance is required compared to diesel carriers?
+How many containers can it stack?
Contact to Get Tailor Solutions for Your Project
Choosing the right electric straddle carrier is not only about capacity or specifications. It depends on how your yard actually works every day-container flow, space, and operating schedule. A simple discussion can help avoid wrong selection and improve long-term performance.
Get a Tailor-Made Solution
Share your yard layout or basic project details
Get matched model selection (35T / 60T / 80T)
Receive advice on capacity, stacking height, and working flow
Check charging system and power requirements
Compare ROI and operating cost for your case
Each project is different. Some yards focus on high volume, others on limited space or specific container types. Because of this, a standard solution often does not give the best result in real operation.
A tailored plan helps make sure the equipment fits your yard, not the other way around.
