Straddle Carrier

Straddle carrier is a type of container handling equipment widely used in ports, container yards, and logistics terminals. It is mainly composed of a power system, electrical control system, hydraulic travel and steering mechanisms, hydraulic lifting and hoisting systems, automatic telescopic spreader, spreader transverse shifting device, operator cabin, along with auxiliary systems such as video monitoring and emergency protection devices.

With its advanced design, KINOCRANES straddle carrier can independently perform key container handling functions, including loading, unloading, horizontal transportation, stacking, and container transfer, without the need for additional equipment such as forklifts or reach stackers.

Due to its high efficiency, flexibility, and cost-effectiveness, KINOCRAENS straddle carriers are ideal for improving yard operations, port logistics efficiency, and container transportation management.

Straddle Carrier (Diesel Version) Parameters

Straddle Carrier (Electric Version) Parameters

Diesel Straddle Carrier Feature

• FEM Design Standard
  Finite Element Analysis (FEA) is applied during the design phase to ensure overall structural safety and reliability under stress.
• Imported Core Components
  High-quality imported components reduce failure rates and extend service life, ensuring long-term performance.
• World-Leading Control System
  Advanced programming technology enhances operational reliability and precision in both crane travel and lifting functions.
• Flexible Driving
  Multiple steering modes allow easy operation via cab or remote control, providing maximum maneuverability.
• Space-Saving Design
  A small turning radius reduces the required working space, making the equipment ideal for compact environments.
• Cost Efficiency
  No need for building tracks or paving concrete roads; the vehicle can operate smoothly on compacted surfaces, reducing infrastructure costs.

Electric Straddle Carrier Feature

• Zero Emissions
  Powered by batteries, the equipment produces no emissions during operation, making it environmentally friendly.
• Low Noise
  Quiet operation reduces noise pollution, creating a more comfortable and safer environment for personnel.
• Low Operating Costs
  Electricity costs are lower than fuel, resulting in reduced operating expenses for electric models.
• Low Maintenance Requirements
  Simple battery and motor maintenance reduces downtime and increases overall economic efficiency.
• Minimal Vibration
  Smooth operation with low vibration provides a more comfortable working environment for operators.
• No Diesel Odor
  Free from strong fuel odors, improving the comfort and safety of the workspace.

1. Intelligent Vehicle Control
The vehicle is controlled electronically, providing smarter and safer operation compared to traditional mechanical control.

2. Cab Monitoring System

• Enables the operator to monitor the surrounding environment, ensuring safe driving.
• Assists the operator in accurately aligning the spreader with containers for fast and precise handling.

3. Audible and Visual Alarms
Warning devices are distributed around the vehicle to prevent collisions during travel.

4. Protection Systems
Includes overspeed protection, overload protection, and overpressure protection to safeguard equipment and operations.

5. Emergency Stop Button
Located inside the cab, allowing the operator to quickly stop the vehicle in emergency situations.

6. Night Driving Lights
Ensures safe operation during nighttime or low-light conditions.

7. Hydraulic Cylinder Safety Lock
Equipped with a balance valve; even if an external hydraulic line fails, the cylinder will not drop unexpectedly.

8. Oil Temperature Alarm System
Prevents hydraulic system damage caused by excessive oil temperature.

9. Automatic Braking on Slopes
In case of failure while ascending or descending (e.g., hydraulic pipe rupture), the system automatically engages brakes to ensure safety.