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Air suspension on Volvo Truck FMX. Advantages and disadvantages.

Our focus was on the new rear air suspension. By itself, it is certainly not news, in this case it was specially adapted for the off-road cargo segment. We can see that all the vulnerable parts of the suspension, such as shock absorbers, stabilizers and air bellows are retracted inward and are located above the axle beam. Ask why the garden was fenced? The answer is: increased ground clearance, clearance up to 300 mm and, as a result, increased cross-country ability - times. Provides excellent longitudinal and lateral stability of the truck both when driving and when unloading - two. Vibrations to the body are reduced, driving comfort is improved - three. Also, this suspension is very durable and rarely fails. According to tacomatruck.repair service specialists, the air suspension on these Volvo trucks is very rarely repaired at the service station. This is the strength of these trucks. Many drivers are skeptical about air suspension, but Volvo proves otherwise. The stabilizers are connected to the frame in the most rigid place, which gives the structure special rigidity and compactness. The lack of elements behind the bogie allowed for a shorter rear overhang and moved the tipper axle even closer to the rear bogie. The process of tipping the body is facilitated, the dump truck is more stable and stable when unloading. Four airbags per axle and powerful stabilizers, they can be seen in the picture, do not give a shadow of doubt in the calculations of Volvo Trucks engineers. Air suspension is available for 4 × 2, 6 × 4 and 8 × 4 trucks. In contrast to the traditional 4-axle 2 + 2 dump trucks, Volvo Trucks presented several new models with a 3-axle rear bogie for comparison. Option, as in the photo, when there are two driving axles behind, plus a third swivel and supporting one. The Swedes called this arrangement of the axes "tridem". To my surprise, even I noticed the pluses. A truck with a tridem between the first and fourth steering axles has a distance of about six meters - this is the minimum turning radius that the car is capable of. In this case, a truck with the traditional 2 + 2 formula will not be enough. It is important - with such an arrangement of the axes, the leaders will always be more loaded. With deteriorating road conditions, a tridem dump truck will always be in a better position. Climbing a steep climb, I noticed that the 2 + 2 walking in front of me was prone to frequent slipping on dry loose soil, at the same time, my three-axle cart did not give even a hint of slipping. The thing is that the air suspension has the ability to redistribute the load function along the axles and in this case it worked automatically. My rear axle just unloaded in favor of the driving axles, so that's it! Again, the economy on fuel and tires has not been canceled, because in the unloaded state the rear axle does not work. Volvo Trucks' designers are not trying to change the world, they are simply changing their trucks, and the new Volvo FMX is closer to the driver than ever.

Hyundai Making Big Hydrogen Push With Cheaper Fuel Cells For Trucks, Drones And Sports Car

Hyundai Motor, which is readying a new line of battery-powered vehicles, says hydrogen is essential for cutting carbon emissions from transportation, especially heavy-duty trucks, and intends to roll out a cheaper, smaller fuel cell system to power every commercial vehicle model it makes—as well as drones, emergency vehicles, homes, trains, ships and a sports car. The Korean industrial giant, which has previously committed billions of dollars to commercialize hydrogen-powered trucks, said it will introduce a next-generation fuel cell system in 2023 that’s 50% cheaper, 30% smaller and twice as powerful as the current version. Every truck, bus and commercial vehicle it produces will also be offered with a fuel cell powertrain by 2028, and the company said its hydrogen-power system will reach cost parity with battery packs by 2030. “Countries and companies are developing feasible carbon-neutral solutions to help combat global warming. Hyundai Motor Group’s solution to this problem is to encourage a shift in the energy paradigm to hydrogen,” Group Chairman Euisun Chung said today in a video presentation. “Hydrogen is a powerful solution to combating climate change.” Hyundai joins automotive and trucking rivals including Toyota, Hino, General Motors, Daimler, Volvo, Cummins and newer upstarts such Nikola and Hyzon in lining up behind hydrogen as a better electric-vehicle option for heavy, long-range vehicles than batteries owing to weight savings and faster refueling. Yet big challenges remain: the technology has to overcome high costs for fuel cells stacks and hydrogen tanks that make the vehicles more expensive than those powered by carbon-based fuels or batteries. Additionally, the supply of “green” hydrogen fuel sourced from renewable energy and water, or sourced from waste materials, needs to expand dramatically to ensure maximum carbon reduction. Hyundai's next-generation fuel cell modules are 50% cheaper, 30% smaller and twice as powerful as its current version. HYUNDAI MOTOR