Two-Wheeler Suspension System Market – Global Industry Size, Share, Trends, Opportunity, And Forecast, Segmented By Suspension (Front Suspension, Rear Suspension), By Product (Telescopic Forks, Mono Shock, Twin Shock Absorbers, Spring And Damper Units), By Vehicle (Motorcycles, Scooters, Electric Two-Wheelers), By Sales Channel (OEM, Aftermarket), By Region & Competition, 2020-2030F

Market Overview

The Global Two-Wheeler Suspension System Market was valued at USD 1.8 billion in 2024 and is expected to reach USD 2.6 billion by 2030 with a CAGR of 6.6% during the forecast period. The global two-wheeler suspension system market is undergoing considerable transformation due to evolving vehicle design philosophies and the shift toward enhanced ride quality. The growing popularity of electric two-wheelers is pushing manufacturers to reimagine suspension configurations that are not only lightweight but also responsive. As urban congestion increases, two-wheelers continue to be a preferred mode of transport, driving demand for smoother suspension systems that absorb shocks and improve rider comfort. For instance, According to SIAM, India’s two-wheeler market saw a 16.23% growth, reaching 18,437,528 units from January to November 2024, driven by stronger domestic demand supported by improved consumer sentiment, a healthy monsoon, and festive season momentum. As manufacturers innovate with suspension designs such as inverted forks and mono-shocks, the market is seeing a clear trend toward more premium features being offered even in budget models. 

The need to enhance safety and vehicle handling is pushing R&D in suspension technology. Manufacturers are incorporating semi-active and electronically adjustable suspension systems that adapt to different riding conditions. These systems enable two-wheelers to maintain better traction and offer more predictable performance across various terrains. Meanwhile, aftermarket demand for suspension upgrades is rising as end users look to personalize or enhance their vehicle performance. While conventional suspension systems dominate mass-produced vehicles, the transition to more advanced, adaptive systems is already evident in mid and high-end segments.

Market Drivers

Growth in Motorcycle Sales Worldwide

Increasing sales of motorcycles across urban and rural regions is a key factor driving demand for suspension systems. Motorcycles are increasingly used for daily commuting, logistics, and personal mobility, especially in countries where traffic congestion and fuel prices are major concerns. The increased vehicle load and prolonged usage durations require durable and effective suspension systems. As two-wheeler sales climb globally, particularly in emerging economies, the need for reliable front and rear suspension units becomes more critical. This growth in demand is boosting OEM production and aftermarket replacement of suspension components.

Electrification of Two-Wheelers

The rapid expansion of the electric two-wheeler segment is influencing the evolution of suspension design and functionality. Electric vehicles demand lighter components to maximize battery efficiency, prompting innovation in materials used in suspension systems. Suspension components must be compact and flexible enough to fit into newly designed electric frames while maintaining structural integrity. As electric scooters and motorcycles grow in popularity, demand rises for suspension systems that can adapt to the weight distribution and torque characteristics unique to electric drivetrains.

Advancement in Suspension Technologies

Technological innovations such as electronically adjustable suspension systems are reshaping the market landscape. These systems enable real-time adjustment of damping levels, improving ride quality based on road conditions and rider behavior. Such features, once exclusive to high-performance models, are increasingly being integrated into urban and commuter motorcycles. Enhanced rider experience, better shock absorption, and increased safety are driving the adoption of these advanced systems. R&D efforts are also focused on integrating sensors and IoT capabilities into suspension setups to improve predictive performance. In 2024 a new system was intrdouced by Tenneco Inc. under the new brand name DRiV™ advanced suspension technology, which is an electronically controlled damper. These dampers provide controllability of the vehicle’s movements to enable real-time tuning for better safety and comfort. The DRiV™ technology uses electronic control units in controlling the damping force in accordance to the specific driving conditions. Apart from increasing ride comfort, it also increases the vehicle stability and control thus making driving safer and more fun. The DRiV™ technology of Tenneco is one of the best examples of the company’s commitment to the development of automotive suspensions through the integration of electronics.

Rising Demand for Customization

Consumers are increasingly inclined toward customizing their motorcycles for performance and aesthetics. Aftermarket suspension components that offer enhanced ride feel or sportier performance are in high demand. This trend supports a robust aftermarket ecosystem where upgraded suspension systems become a key differentiator. Riders seek components that match their riding style, road conditions, or visual preferences, prompting suppliers to offer a broader range of products.

Regulatory Push for Enhanced Safety

Governments across regions are emphasizing motorcycle safety through stringent standards and regulations. This includes guidelines on braking and suspension performance, especially in higher speed segments. Suspension systems play a crucial role in maintaining vehicle stability, especially on uneven roads. Regulatory pressure has led manufacturers to integrate better-performing suspension units to meet these compliance requirements, thereby raising the baseline for product quality and technology integration.

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Key Market Challenges

High Cost of Advanced Suspension Systems

Modern electronically controlled suspension systems are expensive to design, develop, and integrate, which limits their widespread adoption in low-cost and entry-level two-wheelers. These systems often require additional sensors, electronic control units, and complex calibration processes. The high price point poses a challenge in price-sensitive markets, where consumers may prioritize cost over enhanced ride quality or technology. The prices of key raw materials such as steel, aluminum, and specialized polymers used in suspension manufacturing fluctuate frequently. These fluctuations impact production costs and profit margins, particularly for manufacturers operating with thin margins. Long-term supply contracts and diversification strategies are sometimes used to mitigate this, but price volatility remains a challenge in maintaining consistent output quality and cost efficiency.

Complex Design and Integration

Suspension systems must be precisely engineered to match the design and load distribution of the vehicle. This is particularly complex in the case of electric and hybrid two-wheelers, which often have unconventional layouts. The design and integration process requires close coordination between OEMs and component suppliers, increasing the time-to-market for new models and complicating the development cycle. Some high-performance suspension systems require regular maintenance to retain functionality. In regions with limited service infrastructure or technical awareness, these systems may underperform over time. Durability issues also arise in rough terrains or poor road conditions, especially if the suspension is not adequately protected or lubricated, which may lead to early replacement.

Key Market Trends

Integration of Smart Suspension Systems

Suspension systems are increasingly incorporating smart technologies such as sensors and electronic control units that adapt in real time. These systems analyze road conditions, speed, and rider input to adjust damping rates and improve ride quality dynamically. Smart suspension enhances both performance and safety, making it attractive for a wide range of users including commuters and sport riders.

Lightweight Material Adoption

With growing emphasis on fuel efficiency and electric vehicle range, manufacturers are shifting to lightweight materials such as carbon composites, aluminum alloys, and reinforced plastics in suspension system construction. These materials help reduce overall vehicle weight while maintaining structural integrity and durability, aligning with environmental and performance goals. Suspension system manufacturers are adopting sustainable practices such as recyclable materials, reduced water usage in production, and energy-efficient manufacturing processes. Environmental compliance is also leading to the adoption of cleaner coatings and lubricants. These efforts support long-term sustainability and align with broader automotive industry goals toward net-zero emissions. For instance, In 2024, KYB introduced carbon fiber-reinforced plastic suspension components, significantly reducing weight and enhancing performance.

Growth in Off-Road and Adventure Segments

The rising popularity of off-road, dual-sport, and adventure motorcycles is creating demand for more robust suspension systems. These segments require high-travel forks and heavy-duty rear shocks capable of handling rough terrains and unpredictable conditions. The trend is pushing manufacturers to develop modular suspension solutions suited for extreme use cases.

Rise of Subscription and Leasing Models

The increase in two-wheeler leasing and subscription-based ownership models is influencing suspension system demand patterns. Fleet operators prioritize components that require less maintenance and offer consistent performance. This trend favors the use of durable, low-maintenance suspension solutions that can handle diverse riders and usage conditions across extended cycles.

Segmental Insights

Front suspension systems, typically composed of telescopic forks or inverted forks, are engineered to absorb shocks encountered at the front wheel during motion. They contribute to overall steering stability, rider comfort, and braking effectiveness. Front suspension designs are evolving to accommodate modern two-wheeler geometries and the rising demand for more advanced damping control. Fork construction and tube diameters are being optimized to match diverse road types and usage conditions. In performance bikes and electric scooters, front suspension systems are also being enhanced to reduce unsprung weight and deliver more precise feedback.

Rear suspension systems in two-wheelers, which include dual shocks or mono-shocks, are primarily responsible for managing load distribution, handling rear wheel shocks, and ensuring traction. Their role becomes critical in passenger-loaded or cargo-carrying motorcycles. Rear suspension architecture is diversifying, with progressive spring rates and gas-charged designs being integrated for improved ride control. In commuter bikes, rear suspension systems are designed for comfort and longevity, while in sports and off-road models, focus is placed on adjustability, rebound control, and travel length. The trend toward modular chassis and frame designs in new two-wheelers is influencing the integration style and mounting configurations of both front and rear suspensions, prompting collaborative development across vehicle and component engineering teams.

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Regional Insights

In 2024, Asia-Pacific emerged as the dominant region in the two-wheeler suspension system market, driven by high two-wheeler penetration, favorable climate for year-round riding, and strong OEM and supplier ecosystems. A large portion of the population across South and Southeast Asia relies on motorcycles and scooters for daily transport, creating a sustained demand for suspension systems in both new vehicle production and the aftermarket. Domestic manufacturing policies, combined with urbanization and expanding middle-class income, have encouraged the development and purchase of two-wheelers at various price points, each with distinct suspension requirements. According to the International Energy Agency (IEA), electric two-wheelers in the Asia-Pacific accounted for over 85% of global e-two-wheeler stock in 2023, led by China, India, and Vietnam.

Demand in Asia-Pacific is also influenced by the rapid adoption of electric scooters and lightweight motorcycles, particularly in urban areas where last-mile connectivity is crucial. This shift is prompting innovation in suspension systems to suit the unique torque, load, and chassis distribution of electric drivetrains. Consumer expectations for comfort, fuel efficiency, and low-cost maintenance are pushing component makers to balance performance and affordability through targeted R&D. Market activity remains high due to competitive pricing, rapid vehicle turnover rates, and a growing preference for improved ride quality, especially in traffic-dense urban corridors. For instance, in March 2024, the Ministry of Industry of Indonesia reported a significant rise in the number of electric vehicles (EVs) within the country during 2023. Notably, the quantity of two-wheeled electric vehicles experienced a remarkable increase of 262 percent, climbing from 17,000 units in 2022 to 62,000 units in 2023. This surge can be largely attributed to government support initiatives aimed at facilitating the purchase of two-wheeled EVs.

Recent Developments

• In February 2025, Endurance Technologies Limited secured significant new contracts from major OEMs such as TVS, Hero MotoCorp, and Suzuki. The company received orders worth INR 72 crore from TVS for inverted front forks and rear mono shocks, while Hero MotoCorp placed orders totaling INR 175 crore for various suspension components. Additionally, Suzuki commissioned Endurance to supply front forks for an upcoming scooter model, with production expected to begin in FY25.
• In February 2025, Gabriel India Limited entered into a Technical Assistance Agreement with TracTive Suspension BV, a Netherlands-based firm. This partnership grants Gabriel exclusive rights to manufacture, market, and distribute TracTive’s advanced suspension adjustment technologies within India. The collaboration aims to strengthen Gabriel’s capabilities in application engineering and localized production, especially in the field of electronically adjustable suspension systems.
• In December 2023, KYB Corporation introduced a new electronically controlled suspension system tailored for electric two-wheelers. The advanced system can adapt in real-time to road conditions and rider inputs, enhancing both comfort and handling. This development aligns with the growing electric mobility trend and the demand for lightweight, adaptive suspension technologies. Following its launch, KYB reported a 20% increase in demand, indicating strong market uptake.

Key Market Players

• Endurance Technologies Ltd.
• Gabriel India Limited
• Hitachi Astemo, Ltd.
• KYB Corporation
• Marzocchi Motor
• Ohlins Racing AB
• Showa Corporation
• Tenneco Inc.
• WP Suspension GmbH
• ZF Friedrichshafen AG

Report Scope:

In this report, the Global Two-Wheeler Suspension System Market has been segmented into the following categories, in addition to the industry trends which have also been detailed below:

• ·      Two-Wheeler Suspension System Market, By Vehicle:

o    Motorcycles

o    Scooters

o    Electric two-wheelers

• ·     Two-Wheeler Suspension System Market, By Product:

o    Telescopic forks

o    Mono shock

o    Twin shock absorbers

o    Spring and damper units

• ·     Two-Wheeler Suspension System Market, By Suspension:

o    Front suspension

o    Rear suspension

• ·    Two-Wheeler Suspension System Market, By Sales Channel:

o    Aftermarket

o    OEM (Original Equipment Manufacturer)

• ·    Two-Wheeler Suspension System Market, By Region:

o    North America

  §  United States

  §  Canada

  §  Mexico

o    Europe & CIS

§  Germany

§  France

§  U.K.

§  Spain

§  Italy

o    Asia-Pacific

§  China

§  Japan

§  India

§  South Korea

o    Middle East & Africa

§  South Africa

§  Saudi Arabia

§  UAE

§  Turkey

o    South America

§  Brazil

§  Argentina

Competitive Landscape

Company Profiles: Detailed analysis of the major companies presents in the Global Two-Wheeler Suspension System Market.

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Global Two-Wheeler Suspension System Market report with the given market data, TechSci Research offers customizations according to the company’s specific needs. The following customization options are available for the report:

Company Information

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