Automotive Supercharger Market Size, Share, Growth Analysis, By Components(Harmonic Balancers, Pulleys/Belts, Compressors, Intercoolers), By Power Source(Engine Driven, and Electric Motor Driven), By Technology(Centrifugal Supercharger, Roots Supercharger, and Twin-screw Supercharger), By Fuel(Gasoline, and Diesel), By Vehicle(Passenger Cars (PC), Commercial Vehicles (CV), and Motorcycles), By Sales(Original Equipment Manufacturers (OEM), and Aftermarket), By Region - Industry Forecast 2024-2031

Automotive Supercharger Market Drivers

Increased Demand for Heavily Equipped Luxury Vehicles to Drive Market Growth

• One of the quickest ways to improve the power output of a car engine is to add a supercharger to the engine. In-flight combustion engines often incorporate superchargers for their real-time energy delivery. The increasing use of automotive superchargers is due to improved engine efficiency and ease of installation, operation and maintenance. During the period under review, recent advances in automotive technology are also anticipated and increasing public awareness about these systems will boost the global automotive supercharger market CAGR.

Performance Improvements

• Automotive superchargers are sought after for their ability to increase engine performance by increasing horsepower and torque. This requirement is especially common among enthusiasts and sports car manufacturers aiming for optimal speed and acceleration. Stricter emissions regulations around the world are forcing automakers to look for technologies that improve fuel efficiency and reduce emissions. Superchargers offer a convenient solution by increasing engine performance without sacrificing power, helping manufacturers meet regulatory standards.

Automotive Supercharger Market Restraints

Strict Regulation on High Carbon Emission Problems Such as Switching to Gasoline Engines

• Government regulations have been introduced to switch from diesel-engine to petrol-engine vehicles due to increased carbon emissions. In addition, superchargers are more suitable for gasoline engines, which emit fewer emissions than diesel engines. Additionally, a supercharger, unlike a turbocharger, can improve a vehicle’s performance by delivering power in real time. Since then, because of the increasing environmental pollution, governments have focused on reducing air pollution.

Cost Considerations

• Vehicle superchargers can be expensive to manufacture, install and maintain. The high cost of superchargers, coupled with potential additional installation and aftermarket support costs, may deter budget-conscious customers from adopting this technology Supercharger systems to drive vehicle construction of existing systems poses compatibility challenges, especially reliability or security for older devices or ensuring seamless integration requires technical expertise and funding a greater closure.