Battery Capacity | Long-distance travel, frequent recharging | 30kWh (Lead-acid, Base) ▲ 45kWh (Lithium-ion, Advanced) (Industry standard: 40-60kWh per SAE J2990) | Base: Lower upfront cost. Advanced: 50% higher energy storage. | Base: Limited range (~100-150 miles). Advanced: Higher replacement cost. |
Battery Type | Cost-sensitive buyers, heavy load use | Lead-acid (Base) ▲ Lithium-ion (Advanced) (Industry standard: Lithium-ion per UL 2580) | Base: Cheaper initial purchase. Advanced: 3x longer lifespan. | Base: Heavier, shorter lifespan (2-3 years). Advanced: Sensitive to extreme temps. |
Drive Configuration | Off-road terrain, towing | RWD (Base) ▲ AWD (Advanced) (Industry standard: AWD for off-road per ISO 3833) | Base: Simpler/more affordable. Advanced: 40% better traction in mud/snow. | Base: Struggles with steep inclines. Advanced: Adds 200+ lbs curb weight. |
Motor Configuration | Performance driving, acceleration needs | Single motor (Base) ▲ Dual motors (Advanced) (Industry standard: Single motor for base models per SAE J1199) | Base: Lower maintenance. Advanced: 30% higher torque. | Base: 0-60mph in 12s. Advanced: Requires stronger cooling systems. |
Fast Charge Time | Commercial fleets, quick recharging | 3-5h (Base) ▲ 1.5-2h (Advanced) (Industry standard: 1-2h per IEC 61851) | Base: Affordable charging stations. Advanced: 60% faster charge. | Base: Inconvenient for time-sensitive operations. Advanced: Needs high-power chargers. |
Gearbox Type | Urban driving, off-road maneuvers | Manual/Automatic (Base) ▲ Continuously Variable Transmission (CVT) (Advanced) (Industry standard: CVT per ISO 8855) | Base: Familiar operation. Advanced: 20% smoother gear shifts. | Base: Requires clutch control. Advanced: Less robust under heavy loads. |