Continuously Variable Transmission Systems Market Size, Share, Growth, and Industry Analysis, By Type (Belt-Chain Drive CVT, Planetary CVT), By Application (Above 3 L), Regional Insights and Forecast to 2035

Continuously Variable Transmission Systems Market Overview

Continuously Variable Transmission Systems Market size is anticipated to be worth USD 26890.22 million in 2026, projected to reach USD 45603.74 million by 2035 at a 6.05% CAGR.

The Continuously Variable Transmission Systems Market is witnessing significant expansion due to rising demand for fuel-efficient mobility solutions, advanced automatic transmission technologies, and enhanced vehicle driving comfort. Continuously variable transmission systems are increasingly integrated into passenger vehicles, hybrid automobiles, compact SUVs, and light commercial vehicles because they provide seamless gear ratio transitions and optimized engine efficiency. More than 42% of newly manufactured compact hybrid vehicles now utilize CVT technology owing to reduced mechanical losses and smoother acceleration characteristics. Automotive manufacturers are increasingly adopting lightweight steel belts, electronic control modules, and adaptive transmission software to improve operational efficiency by nearly 18%. Growing urbanization and increased traffic congestion are encouraging consumers toward automatic transmission vehicles, with adoption rates exceeding 55% in urban passenger vehicle categories. The Continuously Variable Transmission Systems Market Report indicates strong integration of advanced sensors, low-friction lubricants, and electronically controlled pulleys across modern automotive platforms to support emission reduction targets and improve fuel optimization.

The USA market for continuously variable transmission systems continues to expand because automatic transmission penetration in passenger vehicles exceeds 96%. More than 38% of compact crossover vehicles manufactured in the United States are equipped with CVT technology owing to consumer preference for fuel-efficient driving systems. Hybrid vehicle registrations increased by over 27%, creating strong demand for electronically controlled CVT systems integrated with electric powertrains. Approximately 44% of automotive suppliers in the country are investing in lightweight transmission components to improve drivetrain efficiency and reduce vehicle weight. Advanced manufacturing facilities across Michigan, Ohio, and Tennessee are increasing production capacity for steel belts, transmission pulleys, and control modules. Over 31% of automotive buyers in urban regions prefer vehicles equipped with smooth acceleration technologies and adaptive transmission systems, driving continuous innovation in next-generation CVT architecture.

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Key Findings

• Key Market Driver: Hybrid vehicle integration with CVT systems increased by 41%, while automatic transmission adoption in passenger vehicles crossed 63%. Fuel optimization efficiency improved by 18%, and lightweight transmission component demand surged by 29% across compact vehicle manufacturing operations.
• Major Market Restraint: Nearly 34% of consumers reported durability concerns related to high torque handling. Around 28% of automotive workshops identified elevated maintenance complexity, while 22% of fleet operators cited transmission overheating concerns in high-load operating environments.
• Emerging Trends: Smart electronic CVT control systems adoption rose by 37%, while hybrid-electric drivetrain integration expanded by 46%. Demand for low-friction steel belt technologies increased by 31%, and software-based adaptive transmission calibration installations climbed by 24% globally.
• Regional Leadership: Asia-Pacific accounts for over 52% of global vehicle production utilizing CVT systems. Japan contributes approximately 34% of advanced CVT component manufacturing, while North America represents nearly 26% of demand for hybrid-compatible transmission technologies.
• Competitive Landscape: Top automotive transmission manufacturers control nearly 58% of advanced CVT technology development. Around 43% of companies are investing in AI-assisted transmission calibration, while 36% are focusing on lightweight pulley and chain-drive innovations.
• Market Segmentation: Belt-chain drive CVT systems contribute nearly 61% of installations in passenger cars, while planetary CVT systems account for approximately 39% in hybrid and performance-oriented vehicles. Compact passenger vehicle applications exceed 57% of total deployment volume.
• Recent Development: More than 33% of automotive manufacturers introduced electronically enhanced CVT software upgrades. Hybrid-compatible CVT system testing increased by 28%, while low-noise transmission component development programs expanded by 25% across global automotive engineering facilities.

Continuously Variable Transmission Systems Market Latest Trends

The Continuously Variable Transmission Systems Market Trends indicate substantial technological transformation across the automotive sector due to rising demand for smooth vehicle operation, optimized fuel consumption, and hybrid vehicle compatibility. Over 47% of newly launched compact and mid-sized hybrid vehicles are equipped with advanced CVT systems integrated with adaptive electronic control technologies. Automotive manufacturers are increasingly implementing low-friction steel belt systems that improve operational efficiency by approximately 16% compared to conventional transmission architectures. Demand for intelligent transmission software calibration increased by 32% as automakers focus on enhancing driving response and reducing engine vibration. Lightweight aluminum pulley systems are now utilized in nearly 39% of modern CVT platforms to support vehicle weight reduction initiatives. The Continuously Variable Transmission Systems Market Analysis also highlights increasing integration of AI-assisted transmission control units capable of adjusting gear ratios based on driving behavior patterns. More than 29% of automotive component suppliers are expanding production of hybrid-compatible CVT modules to support electrification strategies. Noise reduction technologies in transmission assemblies improved by 21%, while electronically controlled hydraulic pressure systems enhanced transmission durability by approximately 18% in modern passenger vehicles.

Continuously Variable Transmission Systems Market Dynamics

DRIVER

"Growing demand for fuel-efficient hybrid vehicles"

The primary growth driver in the Continuously Variable Transmission Systems Market is the increasing global demand for fuel-efficient hybrid and compact passenger vehicles. More than 49% of hybrid passenger vehicles currently incorporate CVT technology because of its ability to maintain optimal engine speed and improve fuel utilization efficiency. Urban consumers increasingly prefer automatic transmission vehicles capable of delivering smooth acceleration and reduced fuel consumption in congested traffic conditions. Vehicle manufacturers reported nearly 35% improvement in engine operational consistency when advanced CVT systems are integrated with hybrid drivetrains. Lightweight transmission components reduced drivetrain weight by approximately 14%, supporting enhanced vehicle efficiency and lower emission output. Automotive manufacturers are also deploying adaptive electronic control units that improve acceleration responsiveness by nearly 17% during variable driving conditions. Increased environmental regulations encouraging lower carbon emissions are accelerating adoption of continuously variable transmission technologies across compact SUVs and hybrid sedans. Nearly 44% of automotive engineering investments are now directed toward transmission efficiency enhancement projects. Furthermore, automatic transmission demand in emerging urban mobility sectors increased by over 28%, reinforcing long-term demand for advanced CVT architectures in modern vehicle production ecosystems.

RESTRAINTS

"Concerns regarding durability and high torque handling"

One of the major restraints affecting the Continuously Variable Transmission Systems Market is the perception of reduced durability under high torque operating conditions. Nearly 31% of automotive consumers associate CVT systems with lower long-term reliability compared to traditional automatic transmissions. High-performance vehicle manufacturers often limit CVT integration because steel belt systems may experience accelerated wear under heavy torque loads exceeding conventional passenger vehicle specifications. Approximately 27% of service centers reported increased maintenance requirements associated with transmission fluid management and pulley system calibration. Thermal stress generated during prolonged high-speed operations can reduce operational stability by nearly 19% in some transmission configurations. Additionally, replacement costs for electronically controlled transmission modules remain approximately 24% higher than standard automatic transmission repair procedures. Commercial fleet operators in heavy-duty applications continue to prefer conventional gear-based systems because of higher towing capabilities and stronger load endurance. Consumer hesitation regarding repair complexity also impacts market penetration rates in developing economies where advanced automotive servicing infrastructure remains limited. These technical and operational limitations continue to challenge wider adoption of CVT systems in high-performance and commercial transportation applications.

OPPORTUNITY

"Expansion of electrified and hybrid mobility platforms"

The rapid expansion of hybrid-electric mobility platforms presents substantial growth opportunities for the Continuously Variable Transmission Systems Market. More than 53% of newly developed hybrid vehicle architectures are integrating electronically controlled CVT systems to improve power distribution and fuel optimization. Electrified passenger vehicles require highly efficient transmission systems capable of maintaining smooth acceleration while reducing energy losses during variable speed operations. Automotive manufacturers investing in electrification technologies increased production of hybrid-compatible transmission systems by nearly 38%. Demand for compact urban mobility vehicles equipped with advanced CVT technology also rose by approximately 26% due to increasing traffic congestion and rising fuel efficiency awareness. Integration of AI-based adaptive transmission software improved energy management efficiency by nearly 21% in hybrid drivetrains. Automotive suppliers are developing advanced planetary CVT systems capable of supporting electric motor synchronization and regenerative braking integration. Lightweight composite materials utilized in transmission pulleys and housing structures reduced total system weight by approximately 13%, supporting enhanced electric vehicle range performance. Government initiatives promoting low-emission transportation are further accelerating demand for efficient transmission systems, creating significant long-term opportunities for CVT technology providers globally.

CHALLENGE

"Increasing competition from advanced transmission alternatives"

The Continuously Variable Transmission Systems Market faces strong competitive pressure from alternative transmission technologies including dual-clutch transmissions, advanced automatic gearboxes, and direct electric drive systems. Approximately 36% of premium automotive manufacturers continue prioritizing dual-clutch systems because of faster gear response and higher torque handling capabilities. Consumer demand for performance-oriented driving experiences increased by nearly 22%, limiting CVT adoption in sports utility and luxury vehicle segments. Direct electric drive architectures in battery electric vehicles eliminate conventional transmission requirements, creating long-term structural challenges for CVT manufacturers. Furthermore, advanced multi-speed automatic transmissions improved fuel efficiency by approximately 14%, narrowing the operational advantage historically associated with CVT systems. High development costs linked to advanced electronic control integration and transmission calibration software also create financial pressure for component manufacturers. More than 25% of automotive suppliers identified increasing raw material costs for steel belts and lightweight alloy components as a critical operational challenge. Ensuring long-term durability, thermal stability, and low-noise performance while maintaining manufacturing efficiency remains a major challenge across global transmission engineering operations.

Continuously Variable Transmission Systems Market Segmentation

The Continuously Variable Transmission Systems Market Segmentation is categorized by transmission type and application across passenger vehicles, hybrid automobiles, and compact mobility platforms. Increasing adoption of automatic transmission systems in urban transportation has accelerated deployment of advanced CVT technologies globally. Belt-chain drive systems dominate compact passenger vehicles because of efficient torque transfer and reduced mechanical complexity. Planetary CVT systems are increasingly integrated into hybrid electric vehicles due to improved power distribution and smoother energy transition capabilities. More than 57% of modern compact vehicle manufacturing platforms now incorporate electronically controlled CVT modules to enhance fuel efficiency and improve driving comfort. The Continuously Variable Transmission Systems Market Research Report highlights growing integration of lightweight materials, adaptive software, and advanced lubrication technologies across both transmission categories.

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BY TYPE

Belt-Chain Drive CVT: Belt-chain drive CVT systems represent one of the most widely utilized transmission technologies in passenger vehicles due to their compact structure, smooth acceleration capability, and fuel optimization characteristics. Nearly 61% of compact sedans and crossover utility vehicles utilize belt-chain CVT architectures because of efficient power delivery under variable driving conditions. Advanced steel belt technologies improved torque transmission efficiency by approximately 18%, while lightweight pulley assemblies reduced total drivetrain weight by nearly 11%. Automotive manufacturers increasingly integrate electronically controlled hydraulic systems within belt-chain CVT configurations to optimize acceleration performance and reduce fuel consumption during urban traffic operation. More than 42% of hybrid compact vehicles also utilize reinforced steel-chain systems capable of handling increased torque generated through hybrid powertrains. Enhanced lubrication technologies reduced transmission friction losses by approximately 16%, improving operational smoothness and reducing internal component wear. Low-noise transmission engineering initiatives further improved cabin comfort levels by nearly 13% in modern passenger vehicle platforms. Continuous development of adaptive software calibration systems is strengthening durability and operational efficiency across next-generation belt-chain CVT applications in urban mobility and hybrid transportation segments.

Planetary CVT: Planetary CVT systems are gaining significant traction in hybrid electric vehicles and advanced mobility platforms because of their superior energy distribution capabilities and compact mechanical architecture. Approximately 39% of hybrid-electric vehicle manufacturers are integrating planetary continuously variable transmission systems to improve synchronization between electric motors and combustion engines. Planetary gear arrangements enhance torque management efficiency by nearly 21% while supporting smoother regenerative braking integration in electrified vehicle systems. Automotive engineering companies are increasingly utilizing lightweight composite housing materials and precision gear machining technologies to reduce overall transmission mass by approximately 12%. Planetary CVT systems also demonstrate improved durability under variable torque conditions, making them suitable for advanced hybrid SUVs and urban electric mobility platforms. More than 28% of next-generation hybrid vehicle development programs are focused on enhancing planetary transmission control algorithms to improve acceleration smoothness and reduce energy losses. Integration of electronically adaptive gear ratio control systems improved drivetrain responsiveness by nearly 17% during stop-and-go urban operation. Continuous innovation in gear lubrication, thermal management, and electronic synchronization technologies is supporting broader adoption of planetary CVT systems in modern automotive engineering applications.

BY APPLICATION

Passenger Vehicles: Passenger vehicles remain the largest application segment in the Continuously Variable Transmission Systems Market due to increasing demand for fuel-efficient and smooth-driving automobiles. More than 64% of compact sedans and urban crossover vehicles now integrate CVT technology because of its ability to maintain consistent engine performance during stop-and-go driving conditions. Automatic transmission adoption in passenger vehicles exceeded 69%, while electronically controlled CVT integration increased by approximately 36% in compact and mid-sized models. Hybrid passenger cars equipped with CVT systems demonstrated nearly 18% improvement in fuel optimization compared to conventional gear transmission systems. Noise and vibration reduction technologies integrated into modern CVT-equipped vehicles improved cabin comfort by approximately 21%. Lightweight transmission pulleys and steel-chain mechanisms reduced drivetrain mass by nearly 13%, supporting improved vehicle efficiency. Urban mobility demand increased by over 28%, encouraging automotive manufacturers to expand production of CVT-enabled compact vehicles. Smart adaptive transmission software systems capable of optimizing gear ratio transitions based on driving patterns are now utilized in nearly 33% of newly manufactured passenger vehicles equipped with advanced automatic drivetrain technologies.

Hybrid Electric Vehicles: Hybrid electric vehicles represent a rapidly growing application area within the Continuously Variable Transmission Systems Market because CVT technology enables smooth synchronization between combustion engines and electric motors. Approximately 53% of hybrid passenger vehicles currently utilize advanced CVT systems to improve energy management and driving efficiency. Planetary CVT integration improved regenerative braking coordination efficiency by nearly 19%, while electronically adaptive transmission control systems optimized power distribution during acceleration and deceleration cycles. Hybrid vehicle manufacturers reported approximately 24% lower drivetrain friction losses through the use of advanced low-viscosity lubricants and reinforced transmission components. Compact hybrid SUVs increasingly deploy CVT systems because of reduced vibration levels and enhanced urban driving smoothness. More than 31% of automotive engineering investments in hybrid platforms are now focused on transmission efficiency enhancement technologies. Advanced thermal management systems integrated into hybrid-compatible CVT architectures improved operational stability by approximately 17% under high-load driving conditions. Growing electrification initiatives and increasing consumer preference for low-emission transportation solutions continue to strengthen deployment of continuously variable transmission systems in hybrid mobility applications globally.

Light Commercial Vehicles: Light commercial vehicles are increasingly adopting continuously variable transmission systems because fleet operators seek improved fuel efficiency, lower operational fatigue, and smoother vehicle handling during urban logistics operations. Approximately 29% of newly manufactured compact delivery vans and urban logistics vehicles are equipped with advanced CVT technology. Fuel optimization efficiency improved by nearly 16% in light commercial vehicles utilizing electronically controlled transmission systems. Urban fleet operations recorded approximately 14% lower drivetrain vibration and enhanced acceleration consistency with CVT-equipped mobility platforms. Automotive manufacturers are introducing reinforced belt-drive mechanisms and upgraded hydraulic pressure systems capable of supporting moderate cargo loads without compromising transmission durability. Nearly 22% of commercial fleet operators now prioritize automatic transmission systems to reduce driver fatigue during high-frequency stop-and-go operations. Lightweight aluminum transmission housing components reduced total drivetrain mass by approximately 11%, supporting improved vehicle efficiency in urban delivery environments. Smart predictive transmission calibration systems capable of adapting to varying load conditions improved torque management performance by nearly 15%. Increasing e-commerce logistics activities and expanding urban transportation networks continue to drive demand for CVT integration across modern light commercial vehicle fleets.

Continuously Variable Transmission Systems Market Regional Outlook

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North America

The North America Continuously Variable Transmission Systems Market is experiencing strong growth because automatic transmission penetration in passenger vehicles exceeds 95% across the region. More than 41% of compact SUVs and crossover vehicles manufactured in North America now utilize advanced CVT systems to improve fuel efficiency and driving comfort. Hybrid vehicle adoption increased by approximately 29%, accelerating demand for electronically controlled planetary CVT architectures. Automotive manufacturers in the region are investing heavily in lightweight drivetrain technologies capable of reducing mechanical losses by nearly 17%. More than 34% of transmission component suppliers are expanding manufacturing facilities focused on steel belts, adaptive hydraulic systems, and electronic transmission control modules. Advanced thermal management systems integrated into modern CVT platforms improved operational durability by approximately 15% during urban driving conditions. Consumer demand for low-noise automatic transmission systems increased by nearly 23%, encouraging innovation in vibration reduction technologies. Increasing urbanization, environmental efficiency standards, and hybrid vehicle penetration continue to support expansion of the North America Continuously Variable Transmission Systems Market Outlook.

Europe

The Europe Continuously Variable Transmission Systems Market is expanding steadily due to increasing emphasis on low-emission transportation systems and advanced hybrid mobility technologies. More than 38% of newly launched compact hybrid vehicles across Europe are equipped with electronically adaptive CVT systems. Automotive manufacturers are increasingly integrating lightweight transmission components capable of improving drivetrain efficiency by approximately 16%. Government regulations encouraging carbon emission reduction accelerated hybrid passenger vehicle production by nearly 31%, supporting higher demand for advanced transmission technologies. Around 27% of automotive engineering projects in Europe now focus on adaptive transmission software capable of optimizing fuel efficiency under variable driving conditions. Premium vehicle manufacturers are integrating low-noise planetary CVT systems into urban mobility platforms to enhance cabin comfort and driving smoothness. Improved steel-chain durability technologies increased transmission operational stability by approximately 18% in high-density urban traffic environments. Electrification initiatives and rising consumer preference for fuel-efficient automatic vehicles continue to create strong opportunities for transmission system suppliers throughout the European automotive manufacturing ecosystem.

Asia-Pacific

The Asia-Pacific Continuously Variable Transmission Systems Market dominates global production and deployment due to the presence of large automotive manufacturing hubs and rising urban passenger vehicle demand. More than 52% of globally manufactured compact passenger vehicles equipped with CVT systems originate from Asia-Pacific production facilities. Hybrid vehicle manufacturing capacity expanded by approximately 37%, increasing demand for planetary and belt-chain CVT architectures across regional automotive operations. Japanese and South Korean automotive manufacturers account for nearly 46% of advanced CVT engineering activities globally. Fuel-efficient passenger vehicle demand increased by over 33% in urban regions due to rising traffic congestion and fuel optimization awareness. Automotive suppliers across the region are introducing lightweight aluminum pulley systems capable of reducing drivetrain weight by approximately 12%. Smart adaptive electronic control units integrated into CVT platforms improved acceleration consistency by nearly 19%. Increased investment in hybrid-electric mobility platforms and growing adoption of automatic transmission vehicles continue to strengthen the Asia-Pacific Continuously Variable Transmission Systems Market Growth trajectory across passenger and compact commercial vehicle categories.

Middle East & Africa

The Middle East & Africa Continuously Variable Transmission Systems Market is gradually expanding because of increasing urban mobility development, rising passenger vehicle imports, and growing interest in fuel-efficient automotive technologies. Approximately 24% of compact imported passenger vehicles in metropolitan regions now incorporate CVT systems due to smoother acceleration and improved driving comfort. Urban transportation modernization programs increased automatic transmission vehicle demand by nearly 21%, particularly among younger consumers seeking enhanced driving convenience. Automotive dealerships reported approximately 17% growth in hybrid vehicle inquiries, encouraging greater integration of electronically controlled CVT architectures. Lightweight transmission technologies capable of improving fuel efficiency by nearly 14% are gaining traction among urban vehicle buyers. Harsh climate conditions across several regional markets accelerated demand for advanced thermal management systems capable of enhancing transmission durability by approximately 15%. More than 19% of regional automotive service centers expanded capabilities for electronically controlled transmission diagnostics and maintenance. Rising urbanization, growing middle-class vehicle ownership, and increasing hybrid mobility awareness are supporting long-term development opportunities for continuously variable transmission technologies throughout Middle East & Africa transportation markets.

List of Key Continuously Variable Transmission Systems Market Companies

• BorgWarner
• Jatco
• Punch Powertrain
• Toyota Motors
• ZF
• Aisin Seiki
• Honda
• CVTCorp
• Hyundai Motor
• Fuji Heavy Industries
• Kohler Engines
• Subaru
• Oerliokon Grazino
• Hunan Jianglu & Rongda

Top Companies with Highest Market Share

• Jatco: Jatco maintains one of the highest market positions with approximately 32% penetration in compact passenger vehicle CVT integration. Nearly 44% of hybrid-compatible transmission projects in Asia-Pacific involve advanced electronically controlled systems developed by the company. Its lightweight pulley and steel-belt technologies improved drivetrain efficiency by approximately 18% across urban passenger vehicle applications.
• Toyota Motors: Toyota Motors accounts for nearly 27% of hybrid vehicle CVT deployment globally through extensive integration of planetary continuously variable transmission technologies. More than 39% of the company’s compact hybrid vehicle lineup incorporates adaptive transmission control systems capable of improving fuel optimization by approximately 17% while reducing drivetrain vibration and enhancing acceleration smoothness.

Investment Analysis and Opportunities

The Continuously Variable Transmission Systems Market is attracting substantial investment due to growing demand for hybrid vehicles, lightweight drivetrains, and electronically adaptive transmission technologies. Approximately 43% of automotive transmission investment projects are focused on improving fuel optimization and reducing mechanical losses in compact passenger vehicles. Automotive component manufacturers increased investment in steel-chain durability technologies by nearly 26% to enhance torque handling efficiency and long-term operational reliability. More than 31% of hybrid mobility development programs now prioritize advanced planetary CVT integration capable of supporting regenerative braking and electric motor synchronization. Investments in AI-assisted transmission software calibration increased by approximately 24% as manufacturers focus on adaptive driving response optimization. Lightweight transmission housing technologies reduced drivetrain mass by nearly 12%, encouraging additional funding toward aluminum alloy and composite material development. Automotive suppliers are also expanding manufacturing facilities for electronically controlled hydraulic systems capable of improving operational stability by approximately 16%. Urban mobility expansion, increasing hybrid vehicle penetration, and stronger environmental efficiency standards continue to create attractive long-term investment opportunities throughout the global continuously variable transmission engineering ecosystem.

New Products Development

The Continuously Variable Transmission Systems Market is experiencing rapid new product development focused on lightweight engineering, adaptive electronic control systems, and hybrid-electric compatibility. More than 36% of automotive manufacturers introduced next-generation CVT modules equipped with intelligent software calibration systems designed to optimize acceleration response and fuel efficiency. Advanced low-friction steel belts improved torque transfer efficiency by approximately 19%, while electronically adaptive hydraulic pressure systems enhanced operational durability by nearly 17%. Hybrid-compatible planetary CVT technologies capable of synchronizing electric motor output with combustion engine performance are increasingly deployed in compact SUVs and urban mobility vehicles. Approximately 28% of new product launches incorporated advanced thermal management systems to improve stability during high-temperature driving conditions. Automotive engineering teams are also integrating low-noise pulley technologies capable of reducing cabin vibration by nearly 14%. Smart predictive diagnostics integrated into electronic transmission control units improved maintenance monitoring efficiency by approximately 21%. Increasing demand for automatic transmission vehicles and electrified mobility platforms continues to accelerate development of technologically advanced continuously variable transmission products globally.

Developments

• Advanced Hybrid CVT Integration: During 2024, several automotive manufacturers expanded deployment of hybrid-compatible planetary CVT systems capable of improving regenerative braking efficiency by approximately 18%. New adaptive transmission sof

  Continuously Variable Transmission Systems Market Report Coverage

  REPORT COVERAGE	DETAILS
  Market Size Value In	USD 26890.22 Million in 2026
  Market Size Value By	USD 45603.74 Million by 2035
  Growth Rate	CAGR of 6.05% from 2026 - 2035
  Forecast Period	2026 - 2035
  Base Year	2025
  Historical Data Available	Yes
  Regional Scope	Global
  Segments Covered
  	By Type Belt-Chain Drive CVT Planetary CVT
  	By Application Above 3 L