Double differential steering is an advanced mechanism used in vehicles and heavy machinery to improve manoeuvrability and control. It enhances turning efficiency by distributing power between wheels, making it ideal for off-road vehicles, construction equipment, and robotics.
How Double Differential Steering Works
This system uses two differentials to regulate wheel movement independently. By adjusting torque distribution, it allows smooth turns without wheel skidding. The system consists of:
- Primary Differential: Distributes power to both wheels.
- Secondary Differential: Adjusts the rotational speed of each wheel to enhance turning precision.
- Control System: Regulates power flow based on steering input.
Advantages of Double Differential Steering
- Improved Manoeuvrability: Ensures smooth and controlled turns, especially in tight spaces.
- Reduced Tire Wear: Prevents excessive friction by balancing wheel speeds.
- Better Stability: Distributes torque efficiently to maintain vehicle balance.
- Enhanced Efficiency: Reduces energy loss in power transmission.
- Ideal for Heavy-Duty Applications: Widely used in tanks, industrial machinery, and autonomous vehicles.
Applications in Modern Vehicles
Guangzhou Zhongli Intelligent Equipment Technology Co., Ltd. integrates double differential steering in various intelligent vehicles and machinery. Its precision control makes it a preferred choice for:
- Construction Equipment for efficient site navigation.
- Autonomous Vehicles for seamless direction control.
- Military Tanks for enhanced mobility on rough terrain.
Double differential steering is a crucial technology that improves vehicle manoeuvrability, efficiency, and durability. With its widespread applications, it continues to play a significant role in intelligent transportation and industrial automation.