Aerial Work Platform (AWP) Aftermarket Size - By Regional Outlook, Growth Potential, Competitive Market Share & Forecast, 2025 – 2034

Aerial Work Platform Aftermarket Size

The global aerial work platform aftermarket size is expected to record a robust growth trajectory from 2025 to 2034, fueled by the surging adoption of sustainability initiatives, integration of smart technologies, and stricter safety mandates introduced by regulatory authorities worldwide.
 

The aftermarket for AWPs supplies critical parts and upgrades designed to enhance worker safety, operational efficiency, and environmental sustainability. For instance, In March 2020, Genie launched its new Lift Tools 13-ft. (4-m) platform, designed to enhance efficiency and comfort for boom lift operators on job sites worldwide. Engineered for use with the Genie S-65 Xtra Capacity (XC) boom lift, the platform measures 13 feet in length and 3 feet (0.91 m) in width, supports up to 600 lb. (270 kg), and is rated for two occupants. It provides operators with a significantly larger working area, allowing them to complete tasks more quickly and with fewer interruptions.
 

As industries increasingly focus on environmental stewardship and digital transformation, aftermarket solutions now integrate telematics, predictive maintenance tools, and eco-friendly components to enhance the lifespan and performance of AWP equipment. However, certain challenges could limit market expansion. High integration costs of IoT and AI-powered aftermarket systems, economic volatility impacting construction spending, and the ongoing shortage of skilled maintenance technicians may restrain growth. Additionally, the complexity of adapting legacy AWPs to meet new safety and emissions standards could pose hurdles for aftermarket service providers.
 

Aerial Work Platform Aftermarket Trends

The rising wave of infrastructure modernization and smart city initiatives, particularly across the Asia Pacific and Middle East regions, will create significant opportunities for AWP aftermarket players. Governments across China, India, Saudi Arabia, and Southeast Asia are heavily investing in infrastructure upgrades, boosting the demand for sophisticated and safer lifting solutions.
 

Simultaneously, the rapid digitization of construction equipment is catalyzing the adoption of advanced telematics systems, remote diagnostics, and real-time monitoring capabilities. As fleets become more connected, aftermarket providers are responding with predictive analytics solutions that help construction firms minimize downtime and extend the operational life of AWPs. Additionally, the drive toward zero-emission construction sites is accelerating the demand for electric-powered upgrades, lithium-ion battery retrofits, and eco-friendly replacement parts.
 

In North America and Europe, stringent worker safety regulations, such as the updated ANSI A92 standards and EU Machinery Directive, are increasing the need for advanced sensors, fall arrest systems, load monitoring technologies, and automated safety features in AWPs. Consequently, the aftermarket segment for retrofitting safety upgrades is experiencing notable growth.
 

Aerial Work Platform Aftermarket Analysis

The sensors segment is anticipated to dominate the AWP aftermarket landscape from 2025 to 2034. Sensors such as proximity alarms, anti-entrapment devices, tilt detectors, and load sensors are gaining traction as construction sites prioritize proactive risk mitigation. The adoption of AI-based sensor solutions capable of predicting potential machine failure is further enhancing workplace safety and equipment uptime. Companies like Skyjack and Haulotte are increasingly integrating smart sensors into their aftermarket kits, offering predictive diagnostics and automated alerts. The growing importance of data-driven maintenance strategies, particularly in large rental fleets, is set to amplify demand for sensor-driven aftermarket offerings over the forecast period.
 

Among applications, the boom lifts aftermarket segment will continue to witness substantial growth through 2034. Boom lifts remain indispensable across high-rise construction, maintenance, utilities, and industrial facilities due to their versatile reach, maneuverability, and load capacity. The emergence of hybrid and fully electric boom lifts to support net-zero construction goals is fueling the aftermarket need for battery replacements, electric drive motors, and retrofitted energy-efficient components. Additionally, the expansion of data centers, warehousing, and logistics sectors globally is boosting the demand for specialized boom lift modifications, customization options, and software upgrades aimed at enhancing safety and operational flexibility. Technological enhancements such as remote diagnostics, wireless fleet management, and automatic load calibration in boom lifts will continue to drive the requirement for aftermarket services, maintenance, and parts upgrades.
 

North America is forecasted to capture a significant share of the aerial work platform aftermarket revenue by 2034, driven by the region's strong emphasis on worker safety regulations, green construction trends, and digital transformation. In the United States and Canada, the growing trend of equipment rentals rather than ownership is necessitating frequent maintenance, periodic upgrades, and enhanced safety features to keep rental fleets competitive and compliant. Major rental companies are increasingly investing in telematics-enabled maintenance programs and AI-driven condition monitoring, creating a lucrative aftermarket ecosystem.
 

Meanwhile, Asia Pacific will emerge as the fastest-growing regional market, propelled by rapid urbanization, industrialization, and mega-infrastructure projects under initiatives like China’s Belt and Road Initiative and India’s Smart Cities Mission. The surge in high-rise building construction and public infrastructure developments is driving the widespread adoption of aerial work platforms, thus creating substantial aftermarket opportunities for parts suppliers, maintenance providers, and retrofitting specialists.
 

Aerial Work Platform Aftermarket Share

Notable aerial work platform aftermarket participants include:

• Genie
• MEC Aerial Work Platforms
• JLG Industries
• AE Filters
• Mitra Setia Group
• Curtiss-Wright
• TVH
• SkyGuard
• Provincial-Lift
   

Strategic partnerships, mergers, and product innovation remain key growth strategies among leading market players aiming to capture a larger aftermarket share and sustain long-term competitiveness.
 

The global aerial work platform aftermarket features a highly competitive landscape characterized by a mix of international giants and regional specialists offering a comprehensive range of parts, services, upgrades, and maintenance solutions. Curtiss-Wright continues to strengthen its leadership position with cutting-edge aftermarket innovations. In 2024, the company unveiled a suite of AI-powered predictive maintenance tools tailored for aerial lift applications, offering early fault detection, automated reporting, and dynamic service scheduling — all integrated into a cloud-based platform.
 

Other key players are focusing on expanding their digital services portfolio, emphasizing remote diagnostics, fleet health monitoring, and parts delivery automation to provide customers with superior service agility and uptime assurance.
 

Aerial Work Platform Aftermarket News

In February 2024, Perkins showcased its advanced power solutions, a new industrial engine, and its aftermarket services and expertise at the ARA Show, aiming to help rental equipment providers and customers address challenges such as skilled labor shortages, evolving emissions and noise regulations, and the shift toward equipment electrification.