Global Cordless Lawnmower Market Size, Share, Trends and Forecasts 2031

Key Findings

• Cordless lawnmowers provide mobility, eco-friendly operation, and convenience for residential, landscaping, and commercial gardening applications.

• Rising adoption of battery-powered lawn equipment drives demand across both consumer and professional landscaping markets.

• Integration of brushless motors, advanced blade systems, and variable speed controls enhances cutting efficiency and runtime.

• Growing focus on sustainable gardening and emission-free equipment supports cordless mower adoption over gas-powered models.

• Expanding e-commerce platforms and DIY gardening culture are accelerating consumer accessibility worldwide.

• Lithium-ion battery advancements improve power density, fast charging, and tool compatibility across product ecosystems.

• Manufacturers introduce lightweight ergonomic designs and noise-reduction features to enhance user comfort.

• Professional landscaping companies increasingly adopt cordless lawnmowers to meet green regulations and cost-efficiency targets.

• Smart-enabled models with IoT features provide diagnostics, runtime analytics, and maintenance alerts.

• Regulatory shifts promoting low-noise and eco-friendly outdoor equipment fuel market expansion globally.

Cordless Lawnmower Market Size and Forecast

The global cordless lawnmower market was valued at USD 1.8 billion in 2024 and is projected to reach USD 3.9 billion by 2031, growing at a CAGR of 11.5% during the forecast period. Rising adoption of sustainable gardening solutions, innovations in lithium-ion battery systems, and growing landscaping services are key drivers of strong market growth.

Market Overview

Cordless lawnmowers are battery-powered mowing tools designed for efficient, eco-friendly, and noise-free grass cutting in residential, commercial, and landscaping applications. They eliminate dependency on fuel and cords, providing mobility, low maintenance, and reduced environmental impact. Consumers increasingly prefer cordless solutions due to their ease of use and compatibility with existing cordless tool platforms. North America and Europe lead in premium cordless mower adoption due to sustainability regulations, while Asia-Pacific emerges as a fast-growing region driven by urbanization and DIY gardening trends.

Future Outlook

The cordless lawnmower market will continue shifting toward smart-enabled, ergonomic, and eco-friendly designs. Integration of brushless motors, higher-capacity batteries, and connected features will drive differentiation among global brands. Regulations restricting fuel-powered garden equipment will accelerate adoption in developed markets. Manufacturers will explore recyclable materials and energy-efficient designs to align with global sustainability goals. Rising adoption among professional landscaping firms will further expand commercial applications, making cordless models a dominant category by 2031.

Cordless Lawnmower Market Trends

• Shift Toward Brushless Motor Technology
  Cordless lawnmowers are increasingly adopting brushless motors for higher torque, efficiency, and durability. These motors reduce maintenance requirements and extend tool lifespan, making them attractive for both residential and professional users. Premium brands are promoting brushless technology as a key differentiator. Enhanced performance supports mowing of tougher, thicker grass without compromising runtime. This shift establishes brushless systems as the industry standard.

• Rising Popularity of Eco-Friendly Gardening Solutions
  Environmental concerns and stricter regulations are driving consumers toward emission-free cordless lawnmowers. Homeowners prefer these models for their low noise, sustainability, and reduced carbon footprint. Landscaping companies use cordless systems to meet green compliance in urban areas. Eco-friendly features strengthen brand reputation and consumer loyalty. This trend accelerates the replacement of traditional gas-powered lawnmowers.

• Integration of Smart Features and IoT Connectivity
  Manufacturers are launching cordless lawnmowers with smart controls for battery diagnostics, cutting adjustments, and predictive maintenance. IoT-enabled models connect to mobile applications for performance monitoring. Digital features improve convenience and enhance mowing efficiency. Professional landscapers adopt smart-enabled models for operational management and fleet optimization. Digitalization reshapes competition in the cordless lawnmower industry.

• Expansion of DIY Gardening and Landscaping Activities
  The rise in urban gardening and DIY culture supports increased demand for cordless lawnmowers. Lightweight and affordable models appeal to homeowners managing their lawns independently. Online tutorials and influencer campaigns encourage consumer adoption. DIY users prioritize ease of use and maintenance-free operation. This trend broadens the market beyond professional landscaping companies.

• Advancements in Battery and Charging Technologies
  Lithium-ion innovations enhance energy density, runtime, and charging efficiency in cordless lawnmowers. Fast-charging systems reduce downtime for professional landscapers. Interchangeable batteries across tool platforms increase value for consumers. Manufacturers are focusing on compact yet powerful battery designs. Ongoing R&D in energy storage ensures continuous improvement in cordless mower performance.

Market Growth Drivers

• Growing Adoption of Cordless Power Equipment
  Cordless lawnmowers benefit from the global shift toward battery-powered tools in gardening and landscaping. Consumers prefer their mobility, quiet operation, and convenience over corded or fuel-driven options. Landscaping companies recognize their cost-efficiency and compliance with environmental standards. Battery ecosystems further support adoption through multi-tool compatibility. This broad adoption fuels sustained global demand.

• Sustainability and Green Regulations
  Stricter environmental laws restricting fuel-powered lawnmowers boost cordless alternatives. Governments in North America and Europe actively promote electric outdoor equipment adoption. Eco-conscious consumers are prioritizing zero-emission gardening solutions. Compliance with sustainability standards enhances brand positioning and customer trust. Regulatory support ensures long-term growth for cordless lawnmowers.

• Rise in Professional Landscaping Services
  Professional landscaping firms increasingly adopt cordless lawnmowers to meet cost-efficiency and eco-friendly requirements. Low noise and zero emissions make cordless systems suitable for urban and commercial spaces. Long-runtime models support continuous operations for professional applications. Landscaping contracts and municipal projects fuel professional-grade adoption. This demand segment significantly strengthens market expansion.

• Technological Improvements in Battery and Motor Efficiency
  Lithium-ion battery innovations deliver extended runtime, faster charging, and improved durability. Brushless motor integration enhances performance and tool lifespan. Standardized battery platforms reduce operational costs for users owning multiple tools. Safety enhancements in battery systems minimize overheating and voltage risks. Continuous innovation strengthens cordless lawnmower competitiveness.

• Expanding E-Commerce and Retail Availability
  Online platforms offer wide product variety, competitive pricing, and doorstep delivery, making cordless lawnmowers more accessible. E-commerce marketplaces provide reviews and tutorials to guide consumer decisions. Digital promotions and subscription-based sales models attract DIY gardeners. Retail expansions increase availability in both developed and emerging regions. E-commerce significantly boosts global cordless mower adoption.

Challenges in the Market

• High Initial Costs for Premium Models
  Advanced cordless lawnmowers with brushless motors and large-capacity batteries remain expensive compared to fuel or corded alternatives. Budget-conscious consumers often hesitate to invest in premium models. Financing solutions and rental schemes are being explored to reduce this barrier. Economies of scale may gradually lower costs. Price sensitivity continues to limit wider adoption.

• Runtime Limitations for Large-Scale Use
  Battery runtime restricts performance in large lawns and professional landscaping projects. Frequent recharges interrupt mowing efficiency. Professionals demand higher-capacity batteries or quick-swapping systems for continuous operations. Runtime limitations hinder competitiveness against fuel-powered models. Extending runtime remains a critical area of innovation.

• Competition from Fuel-Powered and Corded Lawnmowers
  Traditional lawnmowers remain dominant in large-scale applications due to unlimited runtime and high power output. Cordless mowers must differentiate through eco-friendliness, noise reduction, and portability. Consumer loyalty to established fuel-based equipment slows cordless penetration. Manufacturers emphasize digital features and sustainability advantages to counter competition. Market rivalry remains a challenge to growth.

• Maintenance and Durability Concerns
  Cordless lawnmowers face blade wear, motor strain, and reduced performance in rugged mowing conditions. Professional landscapers require high durability for extended operations. Manufacturers are introducing advanced blade systems and protective casings. Aftermarket services are critical to maintain customer satisfaction. Durability challenges influence long-term adoption rates.

• Raw Material Supply Chain Risks
  Dependence on lithium-ion batteries, electronic components, and steel blades exposes manufacturers to supply chain volatility. Fluctuating material costs increase production expenses. Geopolitical disruptions affect availability of critical battery components. Companies are investing in recycling initiatives to mitigate risks. Supply chain instability remains a long-term challenge for cordless lawnmower manufacturers.

Cordless Lawnmower Market Segmentation

By Product Type

• Walk-Behind Lawnmowers

• Ride-On Lawnmowers

• Robotic Cordless Lawnmowers

• Specialty Cordless Lawnmowers

By Application

• Residential Lawns

• Commercial Landscaping

• Municipal/Public Gardens

• Sports Grounds & Golf Courses

By End User

• DIY Homeowners

• Professional Landscaping Firms

• Municipal Authorities

• Agricultural and Horticultural Users

By Region

• North America

• Europe

• Asia-Pacific

• Latin America

• Middle East & Africa

Leading Key Players

• Husqvarna Group

• Robert Bosch GmbH (Bosch Power Tools)

• Deere & Company

• Honda Power Equipment

• Makita Corporation

• Ryobi Limited (Techtronic Industries)

• STIHL Group

• Black & Decker Corporation (Stanley Black & Decker)

• Worx (Positec Group)

• Greenworks Tools

Recent Developments

• Husqvarna Group launched robotic cordless lawnmowers with AI-powered navigation for large gardens.

• Bosch Power Tools introduced lightweight walk-behind cordless lawnmowers with improved runtime.

• Deere & Company unveiled commercial-grade cordless ride-on lawnmowers for landscaping contractors.

• Makita Corporation released brushless cordless lawnmowers compatible with multi-tool battery platforms.

• Ryobi Limited expanded its affordable DIY cordless lawnmower lineup targeting urban households.

This Market Report will Answer the Following Questions

• What is the projected global market size of cordless lawnmowers by 2031?

• How are battery and motor advancements shaping future product design?

• Which regions will lead adoption of cordless lawnmowers in residential vs. commercial sectors?

• What are the major challenges faced in large-scale landscaping applications?

• How does competition with fuel-powered and corded mowers impact adoption rates?

• What role does e-commerce play in consumer accessibility and market penetration?

• Who are the leading global players and their competitive strategies?

• How do sustainability regulations influence cordless lawnmower adoption globally?

• What are the growth opportunities in robotic and smart-enabled lawnmowers?

• How is supply chain volatility affecting pricing and production cycles?