What Are the Differences Between Air Cushion Vehicles and Ordinary Vehicles?

[ArielAnn]

The main differences between air cushion vehicles and ordinary vehicles lie in the driving method, ground pressure, and stability. Driving Method: Compared to manual or electric drives, air cushion pallet trucks use an air source for driving, which is labor-saving, clean, environmentally friendly, and does not require a power source, making them safer and more suitable for dusty, flammable, or explosive environments. Ground Pressure: Air cushion pallet trucks can hover above the ground during transportation, exerting minimal pressure on the ground and preventing floor scratches. Stability: Air cushion pallet trucks provide shockproof and stable transportation with low operational resistance, making them both labor-saving and reliable for moving precision equipment. An 8-ton load air cushion pallet truck has a body height of just 53mm, making it easier to fit into low spaces.

[MacEmmanuel]

I've been driving regular cars for my daily commute, but only after trying a hovercraft did I realize how big the difference is. Regular cars rely on wheels to run steadily on roads, making them convenient for daily commuting with low noise and simple handling—just turn the steering wheel for precise maneuvers. Hovercrafts, however, are different. They use an air cushion to hover above the ground or water, gliding like on a water surface, capable of crossing swamps or lakes, making them ideal for flood rescues or seaside tours. But hovercrafts are as noisy as a plane taking off, tricky to control with a tendency to drift, and turning requires fan-like adjustments, which can overwhelm beginners. They also guzzle fuel and have expensive maintenance costs, making them unsuitable for average households. I feel regular cars are stable and practical, while hovercrafts offer novelty and adventure—the choice depends on the purpose. For everyday ease, I still prefer regular cars for their hassle-free convenience.

[DelDylan]

From a technical perspective, hovercraft operate on a far more unique principle. They utilize large fans underneath to generate an air cushion for lift, enabling them to glide over water or soft terrain without wheels, whereas conventional vehicles rely entirely on tires and suspension systems to move on hard surfaces. Hovercraft engines are more powerful as they handle dual tasks of lift and propulsion, naturally consuming more energy, while regular cars are optimized for fuel efficiency. In terms of handling, hovercraft steer by adjusting fan direction, often resulting in unstable drifting, whereas conventional vehicles offer much more precise control via steering wheels. Structurally, hovercraft have more mechanical components, such as fans and seals that are prone to failure, making maintenance complex; standard vehicles use standardized parts for simpler upkeep. Overall, hovercraft suit specialized environments, while conventional cars remain the mainstream choice for daily use.

[SanJack]

Regular vehicles are restricted to roads and cannot traverse water, whereas hovercrafts can glide directly over water or swamps, offering superior terrain adaptability. This proves extremely useful for wilderness exploration or disaster rescue missions, significantly expanding mobility freedom. However, while hovercrafts perform well on water, they are impractical on hard surfaces due to excessive swaying, loud noise, and discomfort. Conventional vehicles provide more stability, quietness, and safety on roads. Energy-wise, hovercrafts consume more power and generate slightly higher pollution levels.