Open Differential | Everyday city driving, standard vehicles | Industry: Steel (450 MPa tensile strength) Our Base: Steel alloy (500 MPa ▲) Our Advanced: High-grade alloy (600 MPa ▲▲) (ISO 630-1) | Cost-effective, simple design Our Advanced: Enhanced durability (resists corrosion 2x longer)* | Poor traction in slippery conditions Industry: Lower strength vs. ISUZU versions* |
Limited-Slip Differential (LSD) | Performance cars, off-road vehicles | Industry: Gear ratio 3.0:1 Our Base: 3.2:1 ▲ (SAE J2807) Our Advanced: 3.5:1 ▲▲ (ASTM F739) | Better traction on slippery surfaces Our Advanced: 15% higher torque bias* | Higher cost, complex maintenance Industry: Limited power distribution adaptability* |
Torsen Differential | High-performance SUVs, racing | Industry: Torque bias ratio 3.7:1 Our Base: 4.0:1 ▲ Our Advanced: 4.5:1 ▲▲ (ISO 3801) | Smooth power distribution Our Advanced: Reduces wheel spin by 25%* | Expensive, heavier Industry: Less responsive to real-time torque changes* |
Electronic LSD (E-LSD) | Modern high-end vehicles, hybrids | Industry: Response time 200ms Our Base: 150ms ▲ Our Advanced: 100ms ▲▲ (ASTM D543) | Precise control via sensors Our Advanced: 50% faster response* | Requires electronic systems Industry: Prone to software glitches* |
Locking Differential | Heavy-duty trucks, off-road trucks | Industry: Manual lever activation Our Base: Electric lock ▲ Our Advanced: Sensor-activated auto lock ▲▲ (SAE J1166) | Maximum traction in tough terrain Our Advanced: Auto locks in 0.5s (ideal for sudden off-road obstacles)* | Not suitable for paved roads Industry: Requires physical intervention* |
Automatic Transmission Differential | Automatic vehicles, passenger cars | Industry: Fluid-pressure gear adjustment Our Base: Enhanced fluid system ▲ Our Advanced: Adaptive ratio (speed-based) ▲▲ (ISO 3801) | Seamless power transfer Our Advanced: Adjusts ratios in real-time for smoother shifts* | Higher maintenance costs Industry: Less customizable vs. ISUZU tiers* |