Automotive hydrostatic fan drive system is an engine cooling system for heavy vehicle. It provides desired cooling for a wide-range of applications ranging from forestry and agriculture machinery to buses and construction equipment. Automotive hydrostatic fan drive system maintains optimal operating temperature for combustion engines, under various conditions irrespective of the speed of the combustion engine. It allows mobile equipment, commercial vehicles, trucks, buses, and coaches to meet the stringent guidelines regarding emission, and noise.

The increasing dominance of innovations in manufacturing and construction, the need for an increasing number of machines, the growing demand for consumer appliances, and forging machines across all geographies have enabled the industry to focus on improvement in productivity and product innovation. The competitive nature of the automotive, aerospace, IT, and defense industries has led to these sectors demanding high-quality, value-added output through efficient design and stronger sealing and pressure-control abilities. APAC-based vendors are modernizing their sealing and joining products, as the entry of large multinational vendors into these regions has made the industry highly competitive.

Vehicle electrification is associated with a range of electric powered technologies majorly used to drive the vehicle. The range of technologies gets the power from electricity source and perform the task to attain the desired output. The vehicle electrification market has witnessed significant growth over the years, owing to increase in inclination toward electrically driven technology in the automotive to reduce the weight, enhance fuel efficiency, and optimize output requirements. Vehicle electrification is gaining traction as it is substitute solution to traditional hydraulic and mechanical systems.

Automotive software refers to the firmware and middleware operating system used for running in-vehicle embedded applications. Automotive software is generally a set of instructions that helps the user interact with underlying in-vehicle hardware and also perform control functions in a vehicle. Use of automotive software not only improved dashboard functions but also played an important role in improving safety systems, infotainment, control systems, and many other car features. Automotive software includes telematics, infotainment, powertrain, body control and comfort, communication, advanced driver assistance systems (ADAS) software

The demand for cleaner fuels has been increasing exponentially in colder regions as cleaner fuels have lower freezing points and lower densities. Due to these reasons, the automobiles that use fuel have increased the demand for cleaner fuels as they help eliminate the start-up problems during cold seasons. Countries such as Canada and the U.S. face these difficulties as the temperature during winters reaches as low as -10oC. Cleaner fuels also result in more efficient engine performance, which is a concerning matter, especially in cold seasons, when there is a minimal but effective contraction in the engine. This contraction leads to lowered performance due to ineffective fuel combustion and power generation. Countries such as Canada have implemented “Clean Fuel Standards,” which define the allowed impurity levels in the fuels. This also helps in reducing greenhouse effects as the engines become more efficient. The standards implemented in 2016, were aimed at controlling the carbon emissions by fuel economy.

Commercial understanding of each product category through pricing analysis, market potential, and key growth factors Demand forecast of products in scope across their specific propulsion type within electric ATV and UTV. Propulsion types included in the report: hybrid electric vehicles (HEVs) and battery electric vehicles (BEVs) Product benchmarking and pricing analysis for electric ATV and UTV Examination of the future adoption scenario of different product technologies of the leading innovation areas in the electric vehicle industry and the pricing trends for the products in scope

A recreational vehicle, often abbreviated as RV, is a motor vehicle or a towable unit that is designed as temporary living quarters for traveling, recreation, camping, and seasonal use. RVs are available with motor power is known as motorhomes and as trailer units that can be mounted or towed by other vehicles. Various types of towable RVs available include travel trailers, folding camping trailers, fifth wheels, and sports utility trailers. The retail price of an RV may range from $5,000 for towable units, such as folding trailers, to $500,000 for motorhomes. There is a wide variety of RV models available in the market, which is appealing to a wide range of consumer preferences and income levels.

Honeycomb sandwich is a structure with three layers, which offers high strength, stiffness, corrosive resistance, and minimum raw material requirement. Increase in space and aviation activities across the world drives the market growth. These materials are widely used in the construction, automotive, and marine industries, as they provide remarkable mechanical properties and are lightweight, thus conserving fuel and reducing the weight of the marine vehicle. However, capitalintensive nature due to high cost of production and raw materials hampers the growth of the honeycomb sandwich material market. Meanwhile, 3D printing of honeycomb panels is expected to provide lucrative opportunities to the honeycomb material manufacturers.

Vehicle-to-everything (V2X) is a wireless communications technology that aims to enable data exchange between a vehicle and its surroundings. In a V2X ecosystem, vehicles, mobile devices, and roadside equipment, among others, generate and exchange data, allowing them to alert the users about driving and environment conditions on the road. By leveraging V2X communications, the driving experience of drivers, pedestrians, and other vehicles is enhanced by the prevention of crashes, enhancement in traffic flow, reduction in transit trip times, and reduction in greenhouse gas emissions.

Automakers worldwide are moving toward electrifying their fleets, but it does not mean that every future car or truck will need to be plugged in. Instead, the first wave of this advancement is 48-volt technology. This new technology includes the benefits such as decreased emissions and improved acceleration. In addition, the new onboard battery systems provide extra power to run infotainment and advanced safety systems in vehicle. Moreover, the 48-volt systems are an easy way for automakers to improve performance, fuel economy, and even durability. Most cars today contain the typical 12-volt electrical system that relies on an alternator to convert the engine’s power into electrical current. That current charges the vehicle’s starter battery and runs all the vehicle’s electrical components, including lighting, infotainment, and safety systems. But 12-volt systems are becoming inadequate for modern vehicles. Further, many parts in the vehicle nowadays require electrical power, advanced safety technology, and convenience features. This is the main reason automakers, including Fiat Chrysler Automobiles (FCA), Mercedes-Benz, and Volkswagen, have started designing vehicles using 48- volt systems.