Automotive Leaf Springs Market Size, CAGR & Forecast, 2025-2035

Record Truck Demand in India and Lighter Parabolic Designs Lift Automotive Leaf Spring Revenue at 3.42% a Year

Valued at USD 5.38 Billion in 2025, the Automotive Leaf Springs market is set to reach USD 5.56 Billion in 2026 and USD 7.53 Billion by 2035, a 3.42% CAGR. Growth comes from commercial vehicle fleets in Asia, the steady move from multi-leaf to parabolic springs and the first serious volumes of composite springs.

A leaf spring is a stack of one or more curved steel or composite blades that carries the axle load, locates the axle and absorbs road shocks on trucks, vans, pickups, buses and trailers. Our scope covers conventional multi-leaf springs, parabolic and tapered leaf springs and glass fiber composite leaf springs, sold as complete spring assemblies with eyes, bushings, center bolts and clips, both to vehicle makers and in the aftermarket. We exclude coil springs, air springs, torsion bars, U-bolts sold separately and complete axle or suspension modules. Whole-market values are in USD Billion, and regional values in USD Million.

Composite leaf springs are the fastest-growing type at a 9.80% CAGR, from a small base, because a single composite blade can replace a multi-leaf steel pack and save most of its weight. Parabolic springs grow at 4.30%, while conventional multi-leaf springs grow at only 2.10%. The aftermarket grows at 3.85%, ahead of OEM fitment at 3.15%, because leaf springs on overloaded trucks crack and sag and are replaced several times over a vehicle's life.

Asia Pacific (APAC) holds 56.40% of 2025 value, anchored by truck and light commercial vehicle production in China and India. Africa is the fastest-growing region at a 4.70% CAGR, followed by the Middle East at 4.05% and APAC at 3.78%.

The Automotive Leaf Springs market sits close to the tire business: a sagging or broken spring changes ride height and axle alignment, which produces uneven tread wear on truck and trailer tires, and many fleets inspect springs during tire service. In India alone, SIAM reported record domestic commercial vehicle sales of 10.8 lakh units in FY26, up 12.6%, which feeds both new spring fitment and later replacement demand.

Composite and Parabolic Springs Outgrow Multi-Leaf Steel as Fleets Chase Payload

We segment the Automotive Leaf Springs market by type, vehicle type, position and sales channel. Segment growth ranges from 2.10% to 9.80%, a 7.70 percentage point spread that comes mainly from the shift away from heavy multi-leaf packs toward lighter designs. The table lists the 2025-2035 CAGR of every segment.

Composite Springs Grow at 9.80% While Multi-Leaf Packs Slow to 2.10%

Multi-leaf steel springs still make up most units because they are cheap, easy to repair and tolerant of overloading, which matters on Indian, African and Latin American roads. Their growth is limited to 2.10% as new truck and van platforms specify fewer leaves. Parabolic springs, which use two to four tapered leaves instead of eight to twelve flat ones, grow at 4.30% because they cut weight and improve ride without a big price premium. Composite springs grow fastest at 9.80%. IFC Composite has shown that one glass fiber blade can replace a five-leaf steel pack in light-duty vans, and SGL Carbon supplies composite springs for the Ford Transit, but cost keeps them a small share of units.

Buses and Light Commercial Vehicles Lead Vehicle Growth

Buses grow fastest at 3.95% as Indian state transport fleets and private operators add vehicles, and many low-cost buses in Asia and Africa still use leaf springs instead of air suspension. Light commercial vehicles grow at 3.70% on parcel delivery demand. Medium and heavy commercial vehicles grow at 3.55%, slower in North America and Europe where air suspension dominates drive axles, and faster in Asia. Pickup trucks and SUVs grow at 3.10%, and trailers and recreational vehicles at 2.90%, tied to slower trailer build cycles.

Rear Springs Carry Most of the Load and Grow at 3.48%

Rear springs account for most value because almost every leaf-sprung vehicle uses them on the rear axle, including pickups and vans that have independent front suspension. They grow at 3.48%. Front springs grow at 3.30%, as heavy trucks, tippers and buses keep front leaf springs while lighter vehicles move to coil springs or independent fronts.

The Aftermarket Grows at 3.85% on Overloading and Older Fleets

OEM fitment grows at 3.15%, linked to truck and van production. The aftermarket grows faster at 3.85% because leaf springs fatigue, crack and lose camber, especially on overloaded vehicles, and are replaced many times in a truck's life. In the United States, the light vehicle fleet averages a record 12.9 years, which keeps pickup spring replacement steady, and suppliers such as Eaton Detroit Spring and Dendoff Springs focus on this demand.

Market Trends

Indian Suppliers Are Adding Capacity for Record Truck Demand

Jamna Auto Industries, the largest leaf spring maker in India, approved a Rs 47 crore brownfield plant in August 2026 at its subsidiary Jai Suspensions in Adityapur, Jharkhand, with 1,500 MT of monthly capacity and production planned for December 2027. The decision followed FY26 total income of Rs 3,181 crore, up from Rs 2,277 crore a year earlier, and record commercial vehicle sales in India. More capacity close to truck plants in East India shortens supply lines for both OEM and aftermarket customers.

Parabolic Designs Are Replacing Conventional Packs

Vehicle makers are moving new truck and van platforms from multi-leaf to parabolic and tapered springs to gain payload. A parabolic spring with fewer leaves weighs less and has less inter-leaf friction, which gives a softer ride when the truck is empty. This is why parabolic springs grow more than twice as fast as conventional springs in our forecast, at 4.30% against 2.10%.

Composite Springs Are Moving From Vans Toward Heavier Vehicles

Glass fiber composite springs are already in series production on vans such as the Mercedes-Benz Sprinter and Ford Transit, and IFC Composite has shown a composite spring for 40-ton trucks that is about 400 kg lighter than steel. Electric vans and trucks, which carry heavy batteries, make the weight saving more valuable because every kilogram saved can be used as payload. Cost and repairability remain the main barriers in developing markets.

Steady Global Output Keeps OEM Demand Moving

OICA reported in April 2026 that global vehicle production rose 3.9% to 96.4 million units in 2025, with Asia Pacific output up 7.6% to about 59.2 million. Europe fell 0.8% and the Americas fell 2.1%, which matches our view that new spring demand is shifting toward Asia while North America and Europe rely more on replacement.

Restraints and Challenges

Air Suspension Takes Share on Heavy Trucks and Coaches

In North America and Europe, most new Class 8 tractors and coaches use air suspension on drive and trailer axles, which reduces leaf spring content per vehicle. Air suspension is also spreading on premium buses in India and China. This substitution is the main reason heavy vehicle demand grows below the market average in mature regions.

Tariffs and Weak North American Truck Orders

A 25% U.S. tariff on imported medium and heavy duty trucks and covered parts took effect on November 1, 2025, on top of the 25% tariff on light vehicle parts that began in May 2025. At the same time, ACT Research reported only 224,000 North American Class 8 orders for all of 2025. Importers of springs from India, Mexico and China face higher costs while truck builders order cautiously.

Quality Failures Lead to Recalls

Leaf spring hardware failures can cause loss of axle control. In October 2025 Forest River recalled 21 Entourage recreational vehicles because a bolt could contact the truss support and fail, letting the rebound clip detach so the leaf spring could fan out (NHTSA recall acknowledgment). Recalls of this kind push buyers toward suppliers with stronger testing and traceability.

Spring Steel Price Swings

Spring steel accounts for a large part of leaf spring cost, so changes in steel prices and steel trade measures move margins quickly. Smaller aftermarket spring makers often cannot pass increases through at once, and composite springs remain more expensive than steel even after recent cost reductions.

Growth Drivers

Record Commercial Vehicle Sales in India and Wider Asia

SIAM said in September 2026 that domestic commercial vehicle sales in India reached an all-time high of 10.8 lakh units in FY26, up 12.6%, while commercial vehicle exports rose 3.4% to about 95,000 units. Almost every Indian light, medium and heavy truck and most buses ride on leaf springs, often parabolic springs on the front axle and multi-leaf packs at the rear. Jamna Auto Industries reported FY26 total income of Rs 3,181 crore, roughly 40% higher than FY25, and is building new capacity in Jharkhand. OICA data show Asia Pacific vehicle production rose 7.6% in 2025, with India at 6.49 million units. We estimate that Asian commercial vehicle growth contributes about +1.2% of annual growth to the Automotive Leaf Springs market, and it is the reason APAC grows at 3.78%.

Lightweighting for Payload and Electric Vans

Fleet operators are paid by the tonne, so every kilogram removed from the suspension is extra payload. Parabolic springs save a large share of the weight of a conventional pack, and composite springs save even more: IFC Composite's light-duty spring for the Sprinter was about 20 kg, or 80%, lighter than its steel predecessor. Electric vans from Ford, Mercedes-Benz and Stellantis carry heavy battery packs, and their makers are under pressure to protect payload, which favors lighter springs. Because a parabolic or composite spring sells at a higher price than a multi-leaf pack, this mix shift raises value even when unit volume is flat. Lightweighting adds roughly 0.9 percentage point to the yearly growth rate and explains the 9.80% CAGR for composite springs.

Older Fleets and Heavy Duty Replacement

The Auto Care Association reported in June 2026 that the average age of U.S. light vehicles hit a record 12.9 years and that the U.S. aftermarket grew 3.9% in 2025, with 5.4% growth expected in 2026. Older pickups, vans and work trucks need new springs after years of load cycles, and in Asia, Africa and Latin America overloading shortens spring life to a few years. Aftermarket specialists such as Eaton Detroit Spring and Dendoff Springs in North America and Olgun Celik in Turkey supply replacement springs across many vehicle generations. Replacement demand is worth an estimated +0.8% on the market's annual growth and keeps the aftermarket ahead of OEM fitment at 3.85%.

Opportunities

Composite Springs for Electric Light Commercial Vehicles

Electric van and pickup programs launching through 2030 will need suspensions that save weight without hurting load capacity. Suppliers that can bring down the cost of composite springs and offer them in high volume can win platform awards that run for seven years or more.

Local Production for Tariff-Exposed Markets

U.S. tariffs on truck parts make spring production in the United States, Mexico and Canada more attractive. Suppliers with plants in North America can win business from truck and trailer builders that want to reduce tariff exposure.

Asia Pacific Holds Over Half of Leaf Spring Value While Africa Grows Fastest

Asia Pacific (APAC)

In 2025, Asia Pacific (APAC) accounted for 56.40% of the Automotive Leaf Springs market, worth USD 3,034.32 Million, and it is projected to reach USD 4,397.42 Million by 2035 at a 3.78% CAGR. China and India are the largest truck and light commercial vehicle producers in the region, India sold a record 10.8 lakh commercial vehicles in FY26, and suppliers such as Jamna Auto Industries, NHK Spring, Daewon Kang Up and THACO Industries serve the market.

North America

In 2025, North America held a 16.20% share, equal to USD 871.56 Million, and grows at 2.65% to USD 1,132.11 Million by 2035. Pickups and vans keep rear leaf springs, the fleet averages a record 12.9 years, and Rassini and Hendrickson supply many truck makers, while a 25% tariff on truck parts since November 2025 raises import costs.

Europe

Across the continent, Europe represented 14.10% of 2025 revenue, or USD 758.58 Million, and is expected to reach USD 952.26 Million by 2035, the slowest regional rate at 2.30%. European production fell 0.8% in 2025 and air suspension dominates heavy trucks, but Europe leads composite spring use on vans through suppliers such as IFC Composite, Mubea and SGL Carbon.

Latin America

In 2025, Latin America took 7.30% of the market, worth USD 392.74 Million, and grows at 3.55% to USD 556.68 Million by 2035. Brazil produced 2.64 million vehicles in 2025 and has a large fleet of leaf-sprung trucks and buses running on rough roads, which raises replacement rates.

Middle East

In 2025, the Middle East accounted for 3.40% of global value, or USD 182.92 Million, and is projected at USD 272.07 Million by 2035, a 4.05% CAGR. Turkey builds trucks, buses and vans and hosts spring makers such as Olgun Celik, and pickup ownership in the Gulf adds aftermarket demand.

Africa

On the continent, Africa held a 2.60% share in 2025, worth USD 139.88 Million, and is the fastest-growing region with a 4.70% CAGR to USD 221.42 Million by 2035. Vehicle sales in Africa rose 22% in 2025 to 1.29 million units, and widespread overloading of trucks and minibuses keeps spring replacement frequent.

Recent Developments

• In September 2026, SIAM reported record domestic commercial vehicle sales in India of 10.8 lakh units for FY26, up 12.6%, with commercial vehicle exports up 3.4% to about 95,000 units.

• In August 2026, Jamna Auto Industries approved a Rs 47 crore brownfield leaf spring plant at Jai Suspensions in Adityapur, Jharkhand, with 1,500 MT of monthly capacity and production planned for December 2027.

• In May 2026, Jamna Auto Industries reported FY26 consolidated total income of Rs 3,181 crore and net profit of Rs 237.0 crore, up 42% from FY25.

• In April 2026, OICA reported that global vehicle production rose 3.9% to 96.4 million units in 2025, with Asia Pacific output up 7.6% to about 59.2 million.

• In January 2026, ACT Research reported that North American Class 8 net orders totaled just 224,000 units in 2025, although December orders rose 16% to 42,684 units.

• In October 2025, Forest River recalled 21 Entourage recreational vehicles because a failed bolt could let the rebound clip detach and the leaf spring fan out, and the United States set a 25% tariff on medium and heavy duty trucks and covered parts from November 1, 2025.

Regional Spring Makers Dominate Volume While a Few Specialists Lead in Composites

The Automotive Leaf Springs market is fragmented and regional. Leaf springs are heavy and bulky, so most are made close to truck and van plants, and each major vehicle-producing country has one or two large suppliers plus many small aftermarket workshops. A smaller group of companies leads in composite springs and in engineered suspension systems for heavy trucks.

Large Regional OEM Suppliers

Jamna Auto Industries is the largest leaf spring maker in India, supplying conventional and parabolic springs and lift axles to Tata Motors, Ashok Leyland and other truck makers, and it reported FY26 total income of Rs 3,181 crore. Rassini of Mexico is a leading supplier of leaf springs for North American light trucks and also serves heavy trucks and the South American truck industry. NHK Spring of Japan makes leaf springs through its Indian subsidiary and other plants, alongside coil springs and stabilizers, and reported automotive suspension spring sales of JPY 167.4 billion for the year to March 2026. Daewon Kang Up in Korea and THACO Industries in Vietnam supply Hyundai, Kia and regional truck makers.

Heavy Truck Suspension Specialists

Hendrickson supplies leaf spring, air and mechanical suspensions for trucks, trailers and buses in North America and Europe, and its springs are often sold as part of complete suspension systems. Olgun Celik in Turkey is a major parabolic and conventional spring exporter to Europe and the Middle East. Sogefi of Italy makes suspension components, including springs and stabilizer bars, and reported 2025 revenue of EUR 984.8 million.

Composite Spring Leaders

IFC Composite in Germany has mass-produced glass fiber reinforced epoxy leaf springs since 2005 and supplies the Mercedes-Benz Sprinter. SGL Carbon makes composite leaf springs for the Ford Transit. Mubea, known for lightweight springs and stabilizers, also develops fiber composite suspension springs. These companies compete on weight saving, fatigue life and the ability to scale production while lowering cost.

Aftermarket Brands

Eaton Detroit Spring and Dendoff Springs supply replacement springs for older pickups, vans, trucks and classic vehicles in North America. Competition in the aftermarket rests on catalog breadth, delivery speed and the ability to make custom springs in small batches, while price competition from imports is strong in developing markets.