Automotive Transmission Market Size & Share 2026 - 2035

Automotive Transmission Market Size

The global automotive transmission market size was valued at USD 183.5 billion in 2025 and is set to expand from USD 191.3 billion in 2026 to USD 311.5 billion by 2035, growing at an 5.6% CAGR from 2026 to 2035, according to latest report published by Global Market Insights Inc.
 

Global frameworks such as US CAFE, EU CO2 and pollutant standards, and aligned national rules continue to ratchet efficiency requirements, directly increasing demand for higher gear counts, smarter shift strategies, and hybrid-capable transmissions that help automakers hit fleet targets without eroding drivability. The regulatory direction is clear for the decade, anchoring OEM technology roadmaps and supplier capex toward transmissions that unlock engine efficiency and electrified modes where feasible.
 

As car buyers prioritize ease and refinement in traffic-heavy environments, automatic, DCT, and CVT solutions replace manuals even in budget segments, while premium buyers seek imperceptible shift transitions and adaptive logic tuned to their driving styles. This preference translates into sustained AT/DCT platform wins and the steady erosion of manual take rates across regions formerly dominated by stick shifts.
 

BEVs typically use single-speed reductions, but the sheer unit growth creates sizable demand for reduction gearsets, differentials, and integrated e-axles, with select high-performance EVs exploring multi-speed boxes for efficiency at high road speeds. The associated software, thermal, and NVH demands raise system complexity even as mechanical part counts fall, shifting value toward integrated modules and controls.
 

Income growth, urbanization, and road-network expansion in Asia, Latin America, and Africa add millions of first-time buyers annually, sustaining ICE-oriented transmission volumes while gradually increasing the mix of two-pedal solutions as customers trade up. That volume base underwrites continued investment and long production runs for mainstream transmissions through the 2030s.
 

In July 2024, AISIN announced a strategic partnership with BMW to manufacture next-generation e-axles for BMW’s upcoming electric vehicle platforms. The collaboration focuses on producing integrated electric drive units that combine motor, inverter, and reduction gearbox into a single compact system. This move reflects rising demand for high-efficiency electrified transmissions as automakers shift toward scalable EV architectures. The partnership demonstrates how electrification is reshaping the automotive transmission market, with suppliers transitioning from traditional gearboxes to integrated, software-enabled drivetrain systems that support performance, efficiency, and modular vehicle platforms.
 

Asia Pacific governments notably China and India use fiscal incentives, localization mandates, and industrial policy to attract transmission and e-axle manufacturing, which concentrates capacity and accelerates learning curves in the region. Combined with aggressive NEV targets and fast-growing domestic markets, these policies reinforce Asia Pacific’s status as the center of gravity for both conventional transmission and e-drive production scale-up.
 

Automotive Transmission Market Trends

Automated manual transmissions (AMTs) continue to scale in cost-sensitive passenger and commercial segments by automating clutch and shift operations on conventional manual gearboxes. This approach delivers much of the convenience of automatics at a significantly lower cost, making it especially attractive in emerging markets such as India. Regional differentiation is becoming more pronounced, with torque-converter automatics dominant in North America, DCTs and CVTs prevalent in Europe and Japan-aligned OEMs, and AMTs sustaining demand where affordability and simplicity are critical.
 

The electrification of urban delivery and vocational fleets is accelerating as battery costs decline and total cost of ownership increasingly favors electric powertrains for predictable duty cycles. Fleet operators and regulators are driving this shift through procurement commitments and emissions mandates, creating sustained demand for electrified commercial vehicles. Unlike passenger EVs, medium- and heavy-duty electric vehicles increasingly require two- or three-speed transmissions to balance launch torque, gradeability, and highway efficiency.
 

These multi-speed solutions enable smaller motors to operate efficiently across wider load ranges, improving overall system efficiency. Regional regulations further reinforce this trend, with zero-emission freight corridors and city-level mandates accelerating adoption. As a result, transmission suppliers are seeing new growth opportunities in electrified commercial drivetrains, even as conventional heavy-duty manuals and AMTs remain relevant in cost-sensitive or infrastructure-constrained markets.
 

Hybrid transmissions and integrated e-axle systems are becoming central to next-generation powertrains. Dedicated hybrid transmissions combine planetary gearsets, electric machines, and multi-clutch systems to enable electric-only, engine-only, and blended operating modes, delivering substantial fuel-efficiency gains in urban driving. At the same time, e-axles integrate motors, reduction gearing, differentials, and power electronics into compact modules that simplify vehicle integration and support scalable all-wheel-drive architectures.
 

For suppliers, this transition represents both disruption and opportunity. While demand for traditional multi-speed ICE transmissions gradually declines, growth in e-axles and hybrid systems creates higher-value content per vehicle. Success increasingly depends on expertise in power electronics, thermal management, and system integration, pushing transmission suppliers to invest in new capabilities or partnerships to remain competitive as electrification accelerates.
 

Automotive Transmission Market Analysis

Based on component, the automotive transmission market is divided into gear systems, clutch assemblies, torque converters, mechatronics & control units (TCU), axle & differential systems, and others. The gear system segment dominated the market accounting for around 33% in 2025 and is expected to grow at a CAGR of 5.5% from 2026 to 2035.
 

• Gear systems remain the mechanical core of the automotive transmission market, reflecting their ubiquitous role across automatic transmissions, manual transmissions, dual-clutch transmissions, automated manual transmissions, CVT auxiliaries, differentials, and EV reduction gearboxes. Planetary gearsets dominate modern torque-converter automatics, enabling wide spreads through selective element locking, while helical gearsets support low-noise and high-refinement requirements in manuals, DCTs, and AMTs.
   
• Manufacturing and materials science underpin the value of this segment. Powder metallurgy, precision forging, hard finishing processes such as grinding and honing, and micro-geometry optimization reduce losses and extend service life under high torque and duty cycles. Case-hardened steels such as 16MnCr5 and 20MnCr5 provide surface hardness in the 58–62 HRC range while maintaining core toughness to withstand shock loads.
   
• Surface treatments and shot peening enhance fatigue strength, enabling downsizing without compromising durability. These advancements support higher torque density in compact packages, a critical requirement for both downsized ICE platforms and space-constrained e-axles, with lifecycle expectations frequently exceeding 200,000 km in passenger vehicles.
   
• Electrification changes gear requirements rather than eliminating them. Single-speed EV drivetrains still require highly precise reduction gearsets capable of handling motor speeds of 15,000–20,000 rpm and instantaneous peak torque. This elevates demands on tooth profile accuracy, lubrication control, and NVH tuning. Hybrid systems further increase complexity by incorporating planetary gearsets and multiple clutches to blend torque sources seamlessly.
   

Based on transmission, the automotive transmission market is categorized into manual transmission (MT), automatic transmission (AT), continuously variable transmission (CVT), dual-clutch transmission (DCT) and automated manual transmission (AMT). Automatic Transmission (AT) segment dominates the market with around 52% share in 2025, and the segment is expected to grow at a CAGR of 6% between 2026 and 2035.
 

• Strong consumer preference for convenience and by efficiency gains enabled through multi-speed architectures and advanced electronic controls. Modern 8, 9, and 10 speed planetary automatics achieve wide ratio spreads that keep engines operating near optimal efficiency points across varied driving conditions. Torque-converter lockup strategies now minimize hydraulic losses in most driving scenarios, allowing automatics to meet or exceed the efficiency of manuals in real-world use.
   
• Advanced transmission control units apply predictive shift logic using driver behavior, route characteristics, and gradient inputs to reduce shift frequency and improve responsiveness. This results in smoother drivability and measurable fuel economy improvements compared with earlier-generation 4- and 6-speed units. As a result, automatics continue to displace manual gearboxes across both premium and mass-market vehicle segments.
   
• In North America, automatic transmissions account for more than 98 percent of passenger vehicle sales, aligned with a strong preference for SUVs and pickups that benefit from torque-converter robustness. Europe has transitioned rapidly from manual dominance toward automatic and dual-clutch systems, driven by consumer comfort expectations and regulatory incentives that favor optimized shift strategies. In Asia-Pacific, rising incomes and urban congestion are accelerating adoption of automatic transmissions, particularly among first-time buyers upgrading from entry-level vehicles.
   
• Electrification further strengthens the relevance of automatic transmission architectures in hybrid vehicles. Integrated motors, clutches, and powerflow management require automated control to ensure seamless transitions between electric, hybrid, and combustion modes. Combined with cylinder deactivation, stop-start systems, and mild-hybrid integration, advanced automatics enable OEMs to meet tightening fuel economy regulations while maintaining performance and drivability.
   

Based on vehicle, the automotive transmission market is divided into passenger vehicles and commercial vehicles. Passenger vehicles segment dominated the market and was valued at USD 130.8 billion in 2025.
 

• High volumes across cars, crossovers, SUVs and the broad spread of transmission technologies used to serve diverse price points and performance expectations. Japanese OEMs have long leveraged CVTs for efficiency in compact segments, European marques popularized DCTs for crisp shift feel and performance, and North American lineups entrenched planetary ATs in mainstream and truck-based applications. This technology heterogeneity drives a sustained emphasis on refinement, economy, and packaging flexibility in the largest vehicle category.
   
• Cost dynamics have shifted in favor of automatics as regulations and consumer total-cost-of-ownership considerations move center stage. Higher gear-count automatics improve certified and real-world fuel performance, lifting residual values and narrowing the historic upfront price gap with manuals through scale and shared platforms. In markets with elevated fuel prices, lifetime fuel savings from optimized shift strategies often outweigh initial premiums, reinforcing the pivot toward two-pedal solutions even in segments once dominated by stick shifts.
   
• Electrification introduces a dual effect. BEVs simplify single-speed gear reductions, reducing mechanical complexity but raising expectations for NVH and efficiency at high shaft speeds, while hybrids employ dedicated hybrid transmissions that are more sophisticated than conventional units, often increasing per-vehicle transmission value.
   

Based on propulsion, the automotive transmission market is divided into ICE and electric vehicle. The ICE segment dominated the market and was valued at USD 151.4 billion in 2025.
 

• ICE segment is supported by large installed vehicle fleets, ongoing production in developing economies, and continued optimization to meet tightening emissions and economy rules. Wide-ratio automatic gearboxes, optimized lubrication circuits, low-friction bearings, and thermal management that coordinates engine and transmission warm-up all contribute to 6–10% fuel-economy gains versus legacy six-speed benchmarks in standardized cycles. Engine–transmission integration now blends predictive and adaptive controls so torque delivery, shift events, and thermal targets align with real-time conditions.
   
• Policy continues to drive optimization. New emissions and durability requirements push additional efficiency improvements, wider ratio spreads, and further reductions in parasitic losses even as electrification accelerates. OEMs also deploy damping and clutch control strategies to support cylinder deactivation and low-RPM operation without drivability penalties, increasing software and calibration complexity within the transmission system. These efficiency-driven enhancements sustain ICE transmission investment despite long-term electrification trends.
   
• Strategically, suppliers must balance near-term revenue from ICE platforms with capital redeployment toward electrified systems as policy, charging infrastructure, and battery cost trajectories vary by region. This dual-track strategy favors flexible manufacturing, modular architectures, and shared engineering resources capable of supporting both advanced ICE transmissions and next-generation electric drivetrains through the 2030s. The result is a gradual but steady shift in portfolio mix rather than an abrupt displacement of conventional transmission technologies.
   

China dominated Asia Pacific automotive transmission market with revenue of USD 35.1 billion in 2025.
 

• China is the world’s largest vehicle producer and a central hub for both conventional and electrified transmission demand. With annual production exceeding 27 million vehicles, the market has rapidly transitioned away from manual gearboxes toward automatic, CVT, and DCT solutions, particularly in urban environments. Electric and plug-in hybrid vehicles now account for a significant share of new sales, driving strong demand for reduction gears, differentials, and integrated e-axle systems.
   
• Industrial policy continues to shape the market. National programs emphasize localization of advanced powertrain manufacturing and incentivize domestic development of transmission and electrification technologies. These measures, combined with large-scale domestic demand and cost advantages, position China as a global center for e-drive production and cost optimization, sustaining its leadership role in the automotive transmission landscape.
   
• Domestic suppliers have rapidly moved up the value chain, evolving from licensed manufacturing to in-house design of gear sets, control software, and integrated e-drive modules. High production volumes and tight supplier–OEM integration enable rapid iteration, cost reduction, and localization of advanced transmission technologies.
   
• Furthermore, China’s regional manufacturing clusters support aggressive expansion of both conventional and electrified drivetrain capacity. Local governments actively facilitate infrastructure, talent development, and supply-chain integration, enabling quick ramp-up of new transmission platforms.
   

US automotive transmission market will grow tremendously with CAGR of 4.6% between 2026 and 2035.
 

• The United States is among the largest single-country transmission markets, reflecting sustained light-vehicle sales and a product mix skewed toward SUVs and pickups that typically use higher-content automatics with towing-friendly calibration and cooling. Automatic penetration exceeds in U.S. passenger vehicles, aligning with strong consumer preference for two-pedal drivetrains and supporting continued adoption of 8-, 9-, and 10-speed units across mainstream nameplates. A dense aftermarket and an aging vehicle parc averaging over 12 years further sustain replacement and service demand alongside OEM volumes.
   
• Policy tailwinds remain supportive. Fuel economy and emissions regulations encourage the adoption of multi-speed automatics, hybrid transmissions, and increasing e-axles, while federal incentives accelerate domestic EV and battery manufacturing. Localization requirements under regional trade frameworks further influence supply-chain decisions, favoring transmission and e-drive production in the U.S., Mexico, and Canada, often near major OEM assembly hubs to enable just-in-time manufacturing and cost efficiency.
   
• Full-size pickups and large SUVs dominate sales, and these platforms demand robust torque-handling transmissions with advanced cooling, reinforced gearsets, and high-capacity torque converters. This sustains demand for heavy-duty automatic transmissions with 8–10 speeds and advanced calibration logic, particularly as OEMs push higher output engines and electrified powertrains into traditionally work-oriented vehicle segments.
   
• At the same time, the U.S. market is emerging as a center for electrified drivetrain innovation, particularly in pickups, vans, and commercial fleets. Transmission suppliers are increasingly integrating e-motors, power electronics, and reduction gearing into modular e-axle platforms tailored for North American duty cycles. This shift supports new investment in domestic manufacturing and strengthens the strategic importance of the U.S. as both a consumption and engineering hub for next-generation drivetrain systems.
   

The automotive transmission market in Germany will experience robust growth during 2026-2035.
 

• Germany anchors Europe’s transmission technology ecosystem, hosting globally influential suppliers and premium OEMs that define benchmarks in multi-speed automatics, dual-clutch systems, and hybrid-capable platforms. A strong engineering culture, deep precision manufacturing base, and coordinated public–private R&D investment sustain innovation across both ICE and electrified drivetrains. The country’s premium vehicle mix elevates per-vehicle transmission value and reinforces its central role in European automotive value creation.
   
• European regulatory pressure drives a dual focus: extracting incremental efficiency gains from internal combustion powertrains while accelerating deployment of electrified and hybrid systems to meet tightening CO₂ standards. Suppliers increasingly deploy modular e-drive architectures and high-voltage systems that serve both performance and efficiency goals. These capabilities position Germany as a reference point for scalable transmission and e-drive technologies across the broader European market.
   
• Germany’s transmission ecosystem benefits from deep systems engineering expertise and a strong supplier–OEM feedback loop that accelerates innovation cycles. Close collaboration between OEMs, Tier 1 suppliers, and research institutions enables rapid validation of new transmission architectures, materials, and control strategies. This ecosystem advantage supports the development of high-efficiency multi-speed automatics, performance-oriented dual-clutch systems, and integrated hybrid modules that set global benchmarks for refinement and durability.
   
• German manufacturers are repositioning transmission platforms to remain viable in a progressively electrified market. Modular architecture allows shared components across ICE, hybrid, and electric platforms, preserving scale economies while reducing development risk. This adaptability enables German suppliers to maintain technological leadership even as volumes gradually shift from conventional gearboxes toward electrified drivetrains and e-axle systems.
   

The automotive transmission market in Brazil will experience significant growth between 2026 & 2035.
 

• Manual transmissions still exceed half of new-vehicle fitment, but AT and AMT penetration is rising in B- and C-segment models as buyers trade up for comfort and as OEMs push efficiency with higher ratio counts and smarter calibration. Limited hybrid penetration to date nonetheless sets the stage for growth in DHT and EVT solutions as import duties and localization rules evolve.
   
• A unique differentiator is Brazil’s flex-fuel system scale: more than 90% of light vehicles can operate on varying gasoline and ethanol blends, which in turn shapes transmission fluids, friction materials, and component compatibility specifications for durability under ethanol’s properties. Mercosur arrangements support regional sourcing and export programs, encouraging supplier footprints that can serve Brazil and neighboring markets from shared capacity.
   
• OEMs increasingly balance cost and feature content by offering multiple transmission options across trims, allowing consumers to access automatics without significant price escalation. This strategy supports gradual penetration of ATs and AMTs while maintaining volume through entry-level configurations. As interest rates stabilize and credit access improves, higher-value transmission variants are expected to gain share, particularly in urban centers.
   
• From a manufacturing perspective, Brazil remains attractive due to its established supplier base, skilled workforce, and proximity to regional markets. Transmission suppliers increasingly design localized platforms that reuse global architectures while adapting gear ratios, cooling, and calibration for Brazilian driving conditions and fuel blends. This localization approach helps mitigate currency volatility and import exposure, strengthening Brazil’s role as both a consumption and export base for transmission systems across Latin America.
   

The automotive transmission market in South Africa is expected to experience robust growth between 2026 & 2035.
 

• South Africa functions as sub-Saharan Africa’s manufacturing and export hub, building roughly 600,000 vehicles annually with a sizable share destined for Europe and other right-hand-drive markets. Domestic sales skew to entry and mid segments where manual transmissions remain prevalent, while export programs for premium models embed advanced automatics and hybrid-ready systems, elevating average transmission content per export unit.
   
• Policy has been pivotal to sustaining the sector’s scale. The Automotive Production and Development Programme links incentives to local content and export performance, which supports continued investment despite power and logistics constraints that can raise operating costs and disrupt schedules. Looking forward, South Africa’s renewable potential and critical minerals base offer optionality for EV supply chains, including future e-drive and component localization as global OEMs diversify sourcing.
   
• While local demand favors cost-efficient manual and entry-level automatic transmissions, export-oriented production supports higher-spec powertrains aligned with European standards. This dual structure allows suppliers to amortize investment across multiple vehicle classes, improving plant utilization and supporting long-term competitiveness.
   
• Looking forward, electrification presents both challenges and opportunities. Infrastructure constraints currently limit large-scale EV adoption domestically, but export programs are increasingly aligned with electrified platforms destined for Europe and other regulated markets. As global OEMs seek diversified and geopolitically resilient supply chains, South Africa’s established manufacturing base, trade access, and improving energy mix position it as a strategic location for future transmission and e-drive component localization.
   

Automotive Transmission Market Share

• The top 7 companies in the market are Aisin, ZF Friedrichshafen, Magna International, Hyundai Transys, BorgWarner, Schaeffler and JATCO. These companies hold around 27% of the market share in 2025.
   
• Aisin: Leverages deep integration with the Toyota Group and unmatched scale in automatic and hybrid transmissions, enabling cost-efficient, high-reliability powertrain solutions. Strong expertise in CVTs, hybrid systems, and e-axles positions Aisin as a leader in high-volume, efficiency-driven transmission manufacturing.
   
• ZF Friedrichshafen: Offers one of the broadest transmission portfolios globally, spanning conventional, hybrid, and electrified drivetrains. Its strength lies in advanced engineering, software-defined drivetrains, and scalable modular platforms that support premium, performance, and commercial vehicle applications worldwide.
   
• Magna International: Differentiates through system-level integration, combining transmissions, e-drives, electronics, and vehicle integration capabilities. Strong co-development relationships with OEMs and flexible manufacturing enable rapid customization and deployment of electrified powertrain solutions.
   
• Hyundai Transys: Benefits from deep vertical integration within the Hyundai Motor Group, enabling fast development cycles, cost competitiveness, and high-volume production. Strong capabilities in automatic, hybrid, and emerging e-axle systems support mass-market and global vehicle platforms.
   
• BorgWarner: Excels in electrification and powertrain components, with strong competencies in torque management, power electronics, and hybrid systems. Its balanced exposure across ICE and EV technologies enables a smooth transition toward electrified drivetrains while maintaining near-term revenue stability.
   
• Schaeffler: Combines precision mechanical engineering with advanced electrification and bearing technologies to deliver high-efficiency drivetrain solutions. Its strength lies in hybrid modules, e-axles, and integrated systems supported by strong R&D and manufacturing depth.
   
• JATCO: Specializes in continuously variable transmissions with strong global scale and deep expertise in efficiency optimization. Close alignment with Nissan and strong manufacturing presence in Asia enable cost-effective production and sustained leadership in CVT technology.
   

Automotive Transmission Market Companies

Major players operating in the automotive transmission industry include:

• Aisin
• Allison Transmission
• BorgWarner
• Eaton
• GKN Automotive
• Hyundai Transys
• JATCO
• Magna International
• Schaeffler
• ZF Friedrichshafen
   
• Aisin: Global leader with broad AT, CVT, and hybrid portfolios and expanding e-axle programs supported by deep Toyota ties and a diversified customer base; global plants across Asia, North America, and Europe support localization.
   
• ZF Friedrichshafen: Technology leader in 8-speed automatic transmissions, dual-clutch systems, commercial vehicle transmissions, and modular e-drive systems; global engineering and manufacturing networks underpin premium and high-volume wins.
   
• Magna International: Systems integrator with dual-clutch heritage, AWD modules, and rapidly scaling e-axle offerings including 800-volt architectures and multi-speed hybrid systems.
   
• BorgWarner: Evolved from turbocharger and AWD roots into full electrified propulsion, including e-motors, inverters, and integrated e-drives; maintains strong positions across North America, Europe, and China.
   
• Schaeffler: Combines clutches, torque converters, and precision components with integrated e-axle solutions following the Vitesco integration, uniting mechanical and power-electronics expertise.
   
• Hyundai Transys: Primary supplier to Hyundai Motor Group across automatic, dual-clutch, CVT, and hybrid systems, with growing external awards as capabilities scale globally.
   
• JATCO: Global CVT specialist serving Nissan and other OEMs, with deep expertise in high-ratio CVT efficiency, durability, and cost-optimized manufacturing.
   
• Allison Transmission: Dominant supplier of heavy-duty automatic transmissions for buses, vocational trucks, and defense applications, now expanding into electrified vocational powertrains.
   
• Eaton: Leader in commercial vehicle AMTs and hybrid systems, delivering integrated drivetrain solutions optimized for duty cycles, reliability, and fleet total cost of ownership.
   
• GKN Automotive: Specialist in driveline and electric AWD systems, including advanced torque-vectoring and e-drive architectures that enhance vehicle dynamics and packaging efficiency.
   

Automotive Transmission Industry News

• In March 2024, SUBARU and AISIN agreed to jointly develop and share production of e-axles for Subaru’s next generation of battery electric vehicles. The collaboration targets optimized electric drivetrains tailored to Subaru’s vehicle architecture and performance requirements. This partnership underscores how OEM–supplier co-development is becoming essential as automakers seek tighter integration of electric propulsion systems while controlling cost, complexity, and time to market.
   
• In March 2024, Schaeffler and Vitesco Technologies entered into a merger agreement to expand their combined electrified powertrain capabilities. The transaction brings Schaeffler’s mechanical and drivetrain expertise with Vitesco’s strengths in power electronics and electric propulsion. The combined portfolio strengthens capabilities in e-axles, hybrid modules, and integrated drivetrain systems, positioning the group to address growing demand for electrified and software-enabled powertrains.
   
• At CES 2024, Magna unveiled its next-generation eDrive platform, showcasing an integrated electric drive unit designed for scalability across multiple vehicle segments. The system combines motor, inverter, and gearing into a compact architecture optimized for efficiency, performance, and modular deployment. The launch reflects Magna’s strategy to deliver flexible electrified powertrain solutions that can be rapidly adapted across OEM platforms and global markets.
   
• In February 2024, Magna announced it had been awarded a program to supply a specialized eDrive system based on its 800-volt eDS Duo architecture. The solution targets high-performance electric applications and demonstrates growing OEM demand for higher-voltage systems that enable faster charging, improved efficiency, and enhanced driving dynamics. This award reinforces Magna’s positioning in premium and performance-oriented EV platforms.
   
• In 2024, Magna also secured a hybrid transmission program centered on its DHD Duo architecture, addressing a market need for multi-speed hybrid drivetrains. The system is designed to support high-efficiency hybrid powertrains with improved torque delivery and scalability, with production planned to begin in 2025. This development highlights continued investment in hybrid technologies as automakers balance electrification with transitional powertrain strategies.
   

The automotive transmission market research report includes in-depth coverage of the industry with estimates & forecasts in terms of revenue ($Bn) and shipment (Units) from 2022 to 2035, for the following segments:

Market, By Transmission

• Manual transmission (MT)
• Automatic transmission (AT)
• Continuously variable transmission (CVT)
• Dual-clutch transmission (DCT)
• Automated manual transmission (AMT)

Market, By Component

• Gear systems
• Clutch assemblies
• Torque converters
• Mechatronics & control units (TCU)
• Axle & differential systems
• Others

Market, By Vehicle

• Passenger vehicles
  • Hatchback
  • Sedan
  • SUV / Crossover
• Commercial vehicles
  • Light commercial vehicles (LCV)
  • Medium commercial vehicles (MCV)
  • Heavy commercial vehicles (HCV)

Market, By Propulsion

• Internal combustion engine (ICE)
• Electric vehicles
  • Hybrid electric vehicles (HEV)
  • Plug-in hybrid electric vehicles (PHEV)
  • Battery electric vehicles (BEV)

Market, By Sales Channel

• OEM
• Aftermarket

The above information is provided for the following regions and countries:

• North America
  • US
  • Canada
• Europe
  • Germany
  • UK
  • France
  • Italy
  • Spain
  • Russia
  • Nordics
  • Benelux
• Asia Pacific
  • China
  • India
  • Japan
  • Australia
  • South Korea
  • Philippines
  • Indonesia
  • Singapore
• Latin America
  • Brazil
  • Mexico
  • Argentina
  • Chile
• MEA
  • South Africa
  • Saudi Arabia
  • UAE