北美和歐洲廢棄物收集車輛市場（2025-2030 年）

替代燃料技術和互聯互通正在推動變革性成長

重型車輛是溫室氣體排放的重要來源，佔全球交通運輸排放的四分之一。該行業的相關人員正致力於減少碳足跡。垃圾收集行業的營運特點使其特別適合使用電動廢棄物收集車。除了電動車外，聯網汽車和自動駕駛車輛的試驗計畫也在開發中。製造商正與解決方案供應商合作，制定全面的商業部署藍圖。

廢棄物管理產業旨在透過流程和車隊的脫碳來減少碳排放。為實現這一目標，各公司正計劃最佳化廢棄物收集時間表，並將車隊升級為排放排放或零排放動力傳動系統。此外，提高營運安全性、改善路線規劃以及勞動力短缺等因素預計也將推動該產業採用互聯自動駕駛技術和替代動力傳動系統。

本研究對廢棄物管理和廢棄物車輛產業的關鍵指標進行了全面分析，並檢驗了變革性變化對廢棄物車輛輪胎市場的影響，以及產業內原廠輪胎需求的演變。

研究週期為2024年至2030年，其中2024年為基準年，2025年至2030年為預測期。地理範圍涵蓋北美（美國和加拿大）和歐洲，特別關注歐盟四國（法國、德國、西班牙和義大利）。

報告摘要：廢棄物收集車輛市場

北美和歐洲的廢棄物車市場呈現出成熟的、以更新換代需求主導的行業結構，這得益於穩定的市政垃圾收集需求和長期服務合約。根據PDF文件中提供的銷售預測，預計2024年廢棄物車總銷量將達到15,242輛，到2030年將增加至16,455輛，在整個預測期內保持緩慢但穩定的成長。

關鍵市場趨勢與洞察

• 北美是銷售量最大的區域市場，這主要得益於都市固態廢棄物產生量大、廢棄物運輸車輛保有大規模以及私人廢棄物管理系統完善。
• 在美國，替代燃料廢棄物收集車輛和連網車隊技術的逐步引入正在影響車隊更新決策，但整體銷售成長仍然是漸進式的。
• 市場主要由替換主導，新車需求與車輛劣化、維護要求以及遵守不斷變化的排放氣體和安全標準密切相關。
• 在廢棄物收集車市場中，壓縮車（壓實車）仍然是最廣泛使用的收集車類型，這反映出它們適合在住宅和都市區進行垃圾收集。
• 歐洲是全球第二大區域市場（以銷售量計），其需求受排放氣體法規、永續性計劃和城市基礎設施限制的影響。

市場動態概述

2024年至2030年間，北美和歐洲的廢棄物收集車銷售量預計將以較低的個位數成長率成長，這印證了廢棄物收集車市場的成熟度。市場發展日益受到技術升級、法規遵循和營運效率提升的驅動，而非車隊規模的擴大。因此，預計在整個預測期內，廢棄物收集車市場將保持穩定的需求基礎。

市場概況及趨勢：廢棄物收集車市場

隨著都市區密度不斷增加、環境法規日益嚴格以及成本效益壓力增大，垃圾處理廢棄物廢棄物。過去，廢棄物車輛市場以需求穩定和車輛更換週期長為特徵，而如今，永續性目標和數位轉型措施正日益影響該市場。

推動廢棄物收集和運輸車輛市場發展的最顯著趨勢之一是轉型為替代燃料動力傳動系統。市政當局和私人營運商正在逐步引入壓縮天然氣 (CNG)、純電動和實驗性氫燃料電池垃圾收集車，以減少城市環境中的排放氣體和噪音。雖然柴油車仍佔多數，但電氣化正在加速發展，尤其是在充電基礎設施完善的人口密集城市。

互聯互通和遠端資訊處理技術正在重塑廢棄物車市場的營運模式。先進的車輛管理系統能夠實現即時車輛監控、預測性維護、路線最佳化和數據驅動的決策。這些技術有助於減少運作、提高燃油效率，並降低大規模廢棄物車隊的整體擁有成本。

另一個關鍵趨勢是越來越重視自動化和安全性。自動化側裝式垃圾收集車、後裝式垃圾收集車和高級駕駛輔助系統正整合到現代廢棄物收集和運輸車輛中，以提高生產效率並解決勞動力短缺問題。原始設備製造商 (OEM) 也在努力改進駕駛室的人體工學設計和視野，以確保在擁擠的都市區安全作業。

從區域來看，北美地區由於廢棄物產生量大且廢棄物收集服務私有化，市場需求保持穩定；而歐洲則更加注重永續性、回收效率以及適合城市密集區域的緊湊型車輛設計。整體而言，廢棄物收集車市場正從以產量主導的產業向以價值主導的生態系統轉型，技術應用和全生命週期服務正成為長期成長的核心驅動力。

分析範圍：廢棄物收集車市場

本研究分析了全球廢棄物收集車市場，並專注於產業結構、技術應用和競爭動態。研究週期為2024年至2030年，其中2024年為基準年，2025年至2030年為預測期。所有市場價值均以美元計價。

本研究範圍涵蓋用於市政和商業廢棄物收集的廢棄物運輸車輛，包括廢棄物收集和運輸車輛市場的主要車輛類別（例如，壓縮式垃圾車和滾裝式垃圾車）。分析對象為部署在都市區、郊區和住宅用於廢棄物管理的中型和重型垃圾收集車。不用於核心廢棄物收集任務的專用車輛不在本研究範圍內。

從地理上看，該報告涵蓋北美和歐洲，反映了這兩個地區成熟的廢棄物管理生態系統，擁有完善的法規結構和大規模的車輛保有量。本評估著重於廢棄物收集和運輸車輛市場的車隊規模趨勢、技術趨勢和原始設備製造商 (OEM) 策略，而非詳細的細分市場收入組成。

調查方法結合了二手資料研究、原始設備製造商（OEM）資訊披露、行業資料庫以及對廢棄物管理運營商和製造商的專家訪談。預測數據基於歷史銷售趨勢、車輛保有量分析、宏觀經濟指標和監管趨勢。為與既定的廢棄物收集車輛市場分析範圍保持一致，本研究刻意未按細分市場或產業垂直領域進行收入細分。

收入與預測：廢棄物收集車輛市場

北美和歐洲廢棄物收集車市場的收入趨勢與潛在的銷售趨勢密切相關，顯示市場主導穩定，並以車輛更新換代為主導。銷售預測顯示，廢棄物收集車的交付將從2024年的15,242輛增加至2030年的16,455輛，預測期內的複合年成長率（CAGR）為1.3%。

此次銷售溫和成長凸顯了廢棄物收集車市場的成熟度。新車需求主要依賴計畫內的車隊更新換代，而非快速擴張。市政垃圾收集要求和長期服務合約提供了穩定的需求基礎，限制了年度採購量的波動。因此，預計整體市場支出將與銷售量的穩定成長同步，呈現逐步上升的趨勢。

銷售額的穩定成長也反映了車輛使用壽命的延長以及市政和私人廢棄物業者審慎的資本支出。採購決策更多地受到車輛老化、維護需求和法規遵循的影響，而非激進的產能擴張。因此，廢棄物收集和運輸車輛市場呈現可預測的需求模式，收入波動主要受車輛更新週期和技術升級週期的影響，而非車隊規模的重大變化。

總體而言，銷售預測表明，由於交付的逐步增加以及市政垃圾收集服務的重要性，廢棄物收集車市場到 2030 年將繼續保持穩定的支出趨勢。

市場區隔分析：廢棄物收集車輛市場

廢棄物收集和運輸車輛市場按車輛類型、車輛等級、應用和地區進行細分，反映了廢棄物收集和運輸車輛市場的營運多樣性。

按車輛類型分類，這包括垃圾車和滾裝式垃圾車。垃圾車在廢棄物都市區和住宅的垃圾廢棄物。這些車輛進一步分為前置裝載機、後裝式和側裝式，每種類型都針對特定的收集模式和垃圾量而設計。滾裝式垃圾車則用於處理工業廢棄物和建築廢棄物，並輔助散裝物料的搬運和貨櫃運輸。

依車輛類型分類，廢棄物收集車分為中型和重型兩大類。在北美，7級和8級車輛因其有效載荷高且適合長途收集路線，佔據了運作的主導地位。在歐洲，需求分佈更為均衡，中型廢棄物收集車的比例更高，這些車輛專為狹窄道路和歷史悠久的城區而設計。

從應用領域來看，由於生活垃圾的持續產生，市政廢棄物收集在廢棄物車市場佔據主導地位，而商業和工業廢棄物收集則構成次要領域，其需求尤其集中在滾裝式廢棄物車上。

按地區分類，北美在車隊規模和更換需求方面領先市場，而歐洲則優先考慮合規性、減少排放氣體和緊湊型車輛設計。細分市場趨勢表明，垃圾收集車市場正從單純的銷售成長轉向更高的客製化和技術差異化。

成長要素：廢棄物收集車市場

廢棄物廢棄物車市場受到多種結構性成長要素的支撐，這些因素塑造了市場的整體需求。

都市化和人口密度增加導致城市固態廢棄物量不斷成長，從而對高效的廢棄物收集和運輸車輛產生了持續的需求。城市基礎設施的擴張和智慧城市建設進一步加劇了車輛現代化改造的必要性。

永續性和循環經濟政策也是關鍵促進因素。北美和歐洲各國政府正在實施更嚴格的排放氣體法規和回收目標，加速推廣低排放氣體和電動廢棄物收集車輛。

廢棄物管理服務的私有化和外包也推動了車輛採購，私人營運商投資購買新車輛以提高營運效率和競爭力。此外，自動化和互聯技術的進步提高了生產力和安全性，增強了新一代廢棄物收集和運輸車輛的提案。

這些因素共同推動了整體廢棄物收集車輛市場的長期持續成長。

成長限制因素：廢棄物收集車市場

儘管市場需求穩定，但廢棄物收集和運輸車輛市場仍面臨許多限制因素。電動和先進廢棄物收集和運輸車輛的高昂初始投資成本限制了中小企業對其的採用。基礎設施的匱乏，尤其是充電和維護設施的不足，進一步阻礙了其普及。

市政層級的預算限制可能會延緩車輛更新周期，進而影響廢棄物收集車市場的短期需求。此外，監管的複雜性和各地區政策獎勵的不均衡也為原始設備製造商和營運商帶來了不確定性。

這些因素正在限制廢棄物收集車市場的成長，尤其是在資金有限的新興都市區。

競爭環境：廢棄物收集車市場

廢棄物收集車市場競爭激烈，但集中度適中，北美和歐洲累計20多家製造商，年收入超過10億美元。該市場的競爭格局受到以下因素的影響：長期存在的廢棄物設備製造商（OEM）、客戶轉換成本高昂，以及市政當局和大型私人廢棄物運營商主導的基於合約的採購模式。

廢棄物收集車市場的主要競爭因素包括車輛效率、耐用性、自動化功能、能源效率以及總擁有成本 (TCO)。原始設備製造商 (OEM) 也在售後服務支援品質、客製化柔軟性、經銷商和服務網路覆蓋範圍、品牌聲譽以及車輛初始價格方面展開競爭。隨著車隊營運商越來越重視運作和全生命週期性能，強大的售後支援和服務應對力已成為關鍵的競爭優勢。

廢棄物收集車市場的主要終端使用者群體是負責住宅、商業區和城市廢棄物收集的市政和私人廢棄物收集車營運商。這些業者重視那些擁有可靠性能、符合當地排放氣體法規並能夠支援長期車隊協議的供應商。

市場上的主要競爭對手包括彼得比爾特（Peterbilt）、福萊納（Freightliner）、馬克卡車（Mack Trucks）、梅賽德斯-奔馳（Mercedes-Benz）、斯堪尼亞（Scania）和曼恩（MAN），它們佔據了新推出的廢棄物收集車市場的大部分佔有率。其他值得關注的競爭對手，例如奧託卡（Autocar）、國際卡車（International）、達夫（DAF）、雷諾（Renault）、依維柯（Iveco）、日野（Hino）、五十鈴（Isuzu）和丹尼斯·伊格爾（Dennis Eagle），則在特定區域或應用領域佔據著強大的市場地位。

市場集中度因地區而異。北美市場高度集中，前三大公司佔據了約82%的市場總收入。而歐洲市場則高度分散，前三大公司僅佔約44%的營收佔有率。流通結構包括OEM直銷、零售經銷商網路、租賃協議和售後服務通路。近期廢棄物收集車市場未見重大收購案通報。

目錄

成長環境：轉型垃圾收集產業

• 分析範圍
• 分割
• 為什麼經濟成長變得越來越困難？
• 策略要務
• 三大策略要務對廢棄物收集產業的影響

垃圾收集生態系統

• 廢棄物管理產業概況：北美
• 歐洲廢棄物管理產業概覽
• 歐洲各國城市廢棄物產生量：歐洲
• 廢棄物運輸市場概況：廢棄物管理公司
• 界定廢棄物管理業
• 競爭環境
• 主要競爭對手

垃圾收集產業促進因素

• 成長指標
• 成長促進因素
• 成長限制因素
• 預測考慮因素和調查方法：銷售量和車輛擁有量
• 假設與調查方法：輪胎尺寸估算
• 銷售量預測
• 按國家/地區分類的銷售預測
• 按車型分類的銷售預測
• 歐洲按車型分類的銷售預測
• 車輛運行預測
• VIO預測：北美
• VIO預測：歐洲
• 預測討論
• OEM銷售佔有率
• 按地區分類的OEM銷售佔有率
• 銷售佔有率分析

垃圾收集公司的競爭分析

• 垃圾車及車身製造商市場地位圖
• 按車輛類別分類的OEM市場地位圖：北美
• 歐洲OEM市場地位圖（依總重分類）：
• 原始設備製造商和卡車車身製造商
• 按原始設備製造商 (OEM) 和類型分類的垃圾車車型（北美）：彼得比爾特
• 北美地區按原始設備製造商 (OEM) 和類型分類的垃圾車車型：馬克卡車
• 按原始設備製造商 (OEM) 和類型分類的垃圾車車型（北美）：福萊納
• 歐洲垃圾車品牌及車型（按OEM和類型分類）：丹尼斯·伊格爾
• 歐洲垃圾車車型（按原始設備製造商和類型分類）：Busi集團
• 歐洲垃圾車品牌及類型：Faun（Kirchoff集團）
• 歐洲垃圾車廠商及車型：賓士
• 歐洲垃圾車品牌及車款：MAN
• 歐洲垃圾車品牌及車型：斯堪尼亞
• 北美最暢銷車型
• 暢銷型號：歐洲
• 暢銷型號：歐盟四國

垃圾車分割和輪胎尺寸估算

• 垃圾車細分
• 按車輛總重 (GVWR) 停車
• 輪胎尺寸演進：北美
• 輪胎尺寸的演變：歐洲
• 北美垃圾運輸車共享（按輪圈和輪胎尺寸分類）：
• 垃圾車共享（按輪圈和輪胎尺寸分類）：歐洲
• 按輪圈和輪胎尺寸分類的垃圾車停放位置（北美洲）：轉向輪胎/前軸輪胎
• 垃圾車輪圈和輪胎尺寸指南（北美）：驅動輪胎/後軸輪胎
• 垃圾車輪圈和輪胎尺寸指南（歐洲）：轉向輪胎/前軸輪胎
• 垃圾車輪圈和輪胎尺寸指南（歐洲）：驅動輪胎/後軸輪胎
• 垃圾車駕駛室尺寸：北美和歐洲

互聯互通與替代動力傳動系統，2024-2030 年

• 連網汽車市場概況：北美
• 歐洲連網汽車市場概覽
• 互聯生態系統
• OEM提供的先進連線映射
• 互聯解決方案的演進：北美
• 互聯解決方案的演進：歐洲
• OEM整合連線解決方案：功能詳情
• 聯網汽車安裝基數
• 淨零排放目標：全球概覽
• OEM替代動力傳動系統藍圖- 北美
• 歐洲 OEM 替代動力傳動系統藍圖
• 替代動力傳動系統藍圖：天然氣
• 替代動力傳動系統藍圖：電池電動
• 替代動力傳動系統藍圖：燃料電池電動
• 替代動力傳動系統：壓縮天然氣
• 替代動力傳動系統：電池電動
• 替代動力傳動系統：氫燃料電池電動
• 替代動力傳動系統：應用案例分析

垃圾收集業的成長機遇

• 成長機會一：都市化與人口密度
• 成長機會2：電氣化
• 成長機會3：互聯與自主技術

附錄與後續步驟

Alternate Fuel Technologies and Connectivity are Driving Transformational Growth

Heavy-duty vehicles contribute significantly to greenhouse gas emissions, accounting for a quarter of global transportation sector emissions. Stakeholders in this industry focus on reducing their carbon footprint. The operational nature of the refuse hauler industry makes it particularly suitable for electric refuse trucks. In addition to electric vehicles, pilot programs for connected and autonomous vehicles are being developed. Original equipment manufacturers are collaborating with solution providers to establish comprehensive roadmaps for commercial rollout.

The refuse industry aims to lower carbon emissions by decarbonizing its processes and vehicle fleets. To achieve this, companies plan to enhance waste collection schedules and upgrade their fleets to low or zero-emission powertrains. Additionally, factors such as operational safety, improved route planning, and labor shortages are expected to drive the adoption of connected, autonomous, and alternative powertrains in the industry.

The research offers a comprehensive analysis of waste management and key metrics in the refuse truck industry. It also examines the effects of the transformational changes on the market for refuse truck tires. Additionally, the study investigates the evolution of demand for original equipment tires within the industry.

The study period is 2024-2030, with 2024 as the base year and 2025-2030 as the forecast period. Geographic coverage includes North America (the United States and Canada) and Europe, with a particular focus on EU4 (France, Germany, Spain, and Italy).

Report Summary: Refuse Hauler Market

The Refuse Hauler Market across North America and Europe reflects a mature and replacement-driven industry structure, supported by consistent municipal waste collection requirements and long-term service contracts. According to the unit sales forecast presented in the PDF, total refuse hauler unit sales stood at 15,242 units in 2024 and are projected to increase to 16,455 units by 2030, indicating modest but steady growth over the forecast period.

Key Market Trends & Insights

• North America represents the largest regional market by unit volume, supported by high municipal solid waste generation, a large installed base of refuse haulers, and a well-established private waste management ecosystem.
• In the United States, gradual adoption of alternative fuel refuse haulers and connected fleet technologies is influencing fleet replacement decisions, although overall unit growth remains incremental.
• The market is predominantly replacement-led, with new vehicle demand closely tied to fleet age, maintenance requirements, and compliance with evolving emissions and safety regulations.
• Within the Garbage Collection Vehicle Market, packer trucks remain the most widely deployed refuse hauler type, reflecting their suitability for residential and urban waste collection operations.
• Europe represents the second-largest regional market by unit sales, with demand shaped by emissions regulations, sustainability initiatives, and urban infrastructure constraints.

Market Dynamics Overview

From 2024 to 2030, refuse hauler unit sales across North America and Europe are expected to grow at a low single-digit rate, underscoring the mature nature of the Garbage Truck Market. Market evolution is increasingly driven by technology upgrades, regulatory compliance, and operational efficiency improvements rather than expansion in fleet size. As a result, the Refuse Hauler Market is expected to maintain stable demand fundamentals throughout the forecast period.

Market Overview & Trends: Refuse Hauler Market

The Refuse Hauler Market is undergoing a gradual but structural evolution as waste management operators adapt to rising urban density, environmental regulations, and cost-efficiency pressures. Traditionally characterized by stable demand and long vehicle replacement cycles, the Garbage Truck Market is now increasingly influenced by sustainability targets and digital transformation initiatives.

One of the most prominent trends shaping the Garbage Collection Vehicle Market is the transition toward alternative fuel powertrains. Municipalities and private operators are progressively adopting compressed natural gas (CNG), battery-electric, and pilot hydrogen fuel cell refuse trucks to reduce emissions and noise in urban environments. While diesel-powered vehicles continue to dominate fleet volumes, electrification is gaining momentum, particularly in densely populated cities with supportive charging infrastructure.

Connectivity and telematics are also redefining operational models in the Refuse Hauler Market. Advanced fleet management systems enable real-time vehicle monitoring, predictive maintenance, route optimization, and data-driven decision-making. These technologies help operators reduce downtime, improve fuel efficiency, and lower total cost of ownership across large garbage truck fleets.

Another key trend is the increasing focus on automation and safety. Automated side loaders, rear loaders, and advanced driver-assistance systems are being integrated into modern garbage collection vehicles to improve productivity and address labor shortages. OEMs are also enhancing cab ergonomics and visibility to support safer operations in congested urban areas.

Regionally, North America exhibits strong demand stability due to high waste generation and privatized waste collection services, while Europe emphasizes sustainability, recycling efficiency, and compact vehicle designs suitable for narrow city streets. Overall, the Refuse Hauler Market is transitioning from a volume-driven industry to a value-driven ecosystem, where technology adoption and lifecycle services are becoming central to long-term growth.

Scope of Analysis: Refuse Hauler Market

This study analyzes the global Refuse Hauler Market with a focus on industry structure, technology adoption, and competitive dynamics. The study period spans 2024-2030, with 2024 as the base year and 2025-2030 as the forecast period. All market values are expressed in US dollars.

The scope includes refuse haulers used for municipal and commercial waste collection, covering key vehicle categories such as packer trucks and roll-off trucks within the Garbage Collection Vehicle Market. The analysis encompasses medium- and heavy-duty garbage trucks deployed for urban, suburban, and residential waste management applications. Specialized vehicles outside core refuse collection operations are excluded.

Geographically, the study covers North America and Europe, reflecting mature waste management ecosystems with established regulatory frameworks and significant vehicle fleets. The assessment focuses on fleet size evolution, technology trends, and OEM strategies rather than detailed segment-level revenue attribution within the Garbage Truck Market.

The methodology integrates secondary research, OEM disclosures, industry databases, and expert interviews with waste management operators and manufacturers. Forecasts are developed using historical unit sales trends, vehicle parc analysis, macroeconomic indicators, and regulatory developments. Segment-level or industry-specific revenue splits are intentionally excluded to maintain consistency with the defined analytical scope of the Refuse Hauler Market.

Revenue & Spending Forecast: Refuse Hauler Market

The revenue trajectory of the Refuse Hauler Market across North America and Europe is closely aligned with underlying unit sales trends, which indicate a stable, replacement-driven demand environment. According to the unit sales forecast, refuse hauler deliveries increased from 15,242 units in 2024 and are projected to reach 16,455 units by 2030, representing a compound annual growth rate (CAGR) of 1.3% over the forecast period.

This modest growth in unit volumes highlights the mature nature of the Garbage Collection Vehicle Market, where new vehicle demand is largely tied to scheduled fleet replacement rather than rapid expansion. Municipal waste collection requirements and long-term service contracts provide consistent baseline demand, limiting volatility in annual procurement volumes. As a result, overall market spending is expected to follow a gradual upward trend in line with incremental increases in unit deliveries.

The steady progression in unit sales also reflects extended vehicle lifecycles and cautious capital spending by municipal and private waste operators. Procurement decisions are influenced by fleet age, maintenance requirements, and regulatory compliance rather than aggressive capacity expansion. Consequently, the Garbage Truck Market demonstrates predictable demand patterns, with revenue movement primarily shaped by replacement timing and technology upgrade cycles rather than significant changes in fleet size.

Overall, the unit sales forecast indicates that the Refuse Hauler Market will continue to exhibit stable spending dynamics through 2030, supported by incremental growth in deliveries and the essential nature of municipal waste collection services.

Market Segmentation Analysis: Refuse Hauler Market

The Refuse Hauler Market is segmented based on vehicle type, vehicle class, application, and geography, reflecting the operational diversity of the Garbage Collection Vehicle Market.

By vehicle type, the market includes packer trucks and roll-off trucks. Packer trucks dominate demand within the Garbage Truck Market due to their extensive use in urban and residential waste collection. These vehicles are further categorized into front loaders, rear loaders, and side loaders, each designed for specific collection patterns and waste volumes. Roll-off trucks serve industrial and construction waste applications, supporting bulk material handling and container transport.

By vehicle class, refuse haulers span medium- and heavy-duty categories. In North America, Class 7 and Class 8 vehicles account for the majority of the active fleet due to their high payload capacity and suitability for large collection routes. In Europe, demand is more evenly distributed, with a higher share of mid-sized garbage collection vehicles designed for narrow streets and historic city centers.

Application-wise, municipal solid waste collection represents the primary use case across the Refuse Hauler Market, supported by consistent household waste generation. Commercial and industrial waste collection forms a secondary segment, particularly for roll-off garbage trucks.

Geographically, North America leads the Garbage Collection Vehicle Market in terms of fleet size and replacement demand, while Europe emphasizes regulatory compliance, emissions reduction, and compact vehicle design. Segmentation trends indicate increasing customization and technology differentiation rather than purely volume-driven growth within the Garbage Truck Market.

Growth Drivers: Refuse Hauler Market

The Refuse Hauler Market is supported by several structural growth drivers shaping demand across the Garbage Collection Vehicle Market.

Urbanization and population density growth are increasing municipal solid waste volumes, driving sustained demand for efficient garbage collection fleets. Expanding urban infrastructure and smart city initiatives further reinforce fleet modernization needs.

Sustainability and circular economy policies represent another major driver. Governments across North America and Europe are implementing stricter emissions regulations and recycling targets, accelerating the adoption of low-emission and electric garbage trucks within the Garbage Truck Market.

Privatization and outsourcing of waste management services are also boosting vehicle procurement, as private operators invest in newer fleets to improve operational efficiency and contract competitiveness. Additionally, advancements in automation and connectivity are improving productivity and safety, increasing the value proposition of next-generation refuse haulers.

Collectively, these drivers support consistent long-term growth across the Refuse Hauler Market.

Growth Restraints: Refuse Hauler Market

Despite stable demand, the Refuse Hauler Market faces several constraints. High initial investment costs for electric and advanced garbage collection vehicles limit adoption among small and mid-sized operators. Infrastructure gaps, particularly charging and maintenance facilities, further slow deployment.

Budget constraints at the municipal level can delay fleet replacement cycles, affecting short-term demand in the Garbage Truck Market. Additionally, regulatory complexity and uneven policy incentives across regions create uncertainty for OEMs and operators.

These factors moderate growth in the Garbage Collection Vehicle Market, particularly in emerging urban areas with limited funding.

Competitive Environment: Refuse Hauler Market

The Refuse Hauler Market is characterized by a competitive yet moderately consolidated landscape, with more than 20 active manufacturers generating over USD 1 billion in annual revenue across North America and Europe. Competition within the Garbage Collection Vehicle Market is shaped by long-standing OEM presence, high customer switching costs, and contract-driven procurement models dominated by municipal and large private waste operators.

Key competitive differentiation in the Garbage Truck Market is driven by vehicle efficiency, durability, automation capabilities, and energy efficiency, alongside total cost of ownership (TCO). OEMs also compete on aftersales support quality, customization flexibility, dealer and service network coverage, brand reputation, and upfront vehicle pricing. As fleet operators increasingly prioritize uptime and lifecycle performance, strong aftermarket support and service responsiveness have become critical competitive levers.

The primary end-user vertical across the Refuse Hauler Market consists of municipal and private refuse and garbage truck operators responsible for residential, commercial, and urban waste collection. These operators favor suppliers with proven reliability, compliance with regional emissions regulations, and the ability to support long-term fleet contracts.

Leading competitors in the market include Peterbilt, Freightliner, Mack Trucks, Mercedes-Benz, Scania, and MAN, which together account for a substantial share of new refuse hauler deployments. Other notable competitors-such as Autocar, International, DAF, Renault, Iveco, Hino, Isuzu, and Dennis Eagle-maintain strong regional or application-specific positions.

Market concentration varies significantly by region. In North America, the top three competitors account for approximately 82% of total market revenue, indicating high consolidation. In contrast, Europe remains more fragmented, with the top three players holding around 44% of revenue. Distribution structures include OEM-direct sales, retail dealer networks, leasing arrangements, and aftermarket service channels. No major acquisitions have been reported recently in the Refuse Hauler Market.

Table of Contents

Growth Environment: Transformation in the Refuse Hauler Industry

• Scope of Analysis
• Segmentation
• Why is it Increasingly Difficult to Grow?
• The Strategic Imperative 8™
• The Impact of the Top 3 Strategic Imperatives on the Refuse Hauler Industry

Ecosystem in the Refuse Hauler Industry

• Waste Management Sector Overview: North America
• Waste Management Sector Overview: Europe
• Municipal Waste Generated by Country: Europe
• Refuse Hauler Market Overview: Waste Management Operators
• Waste Management Sector Definitions
• Competitive Environment
• Key Competitors

Growth Generator in the Refuse Hauler Industry

• Growth Metrics
• Growth Drivers
• Growth Restraints
• Forecast Considerations and Methodology: Unit Sales and Vehicle Parc
• Assumption and Methodology: Tire Size Estimation
• Unit Sales Forecast
• Unit Sales Forecast by Country
• Unit Sales Forecast by Vehicle Classification
• Unit Sales Forecast by Vehicle Classification: Europe
• Vehicles in Operation Forecast
• VIO Forecast: North America
• VIO Forecast: Europe
• Forecast Discussion
• OEM Unit Sales Share
• OEM Unit Sales Share by Region
• Sales Share Analysis

Refuse Hauler Competitive Analysis

• Market Position Mapping of Refuse Truck and Body Manufacturers
• OEM Market Position Mapping by Vehicle Class: North America
• OEM Market Position Mapping by GVW: Europe
• OEMs and Truck Body Manufacturers
• Refuse Hauler Models by OEM and Type (North America): Peterbilt
• Refuse Hauler Models by OEM and Type (North America): Mack Trucks
• Refuse Hauler Models by OEM and Type (North America): Freightliner
• Refuse Hauler Models by OEM and Type (Europe): Dennis Eagle
• Refuse Hauler Models by OEM and Type (Europe): Busi Group
• Refuse Hauler Models by OEM and Type (Europe): Faun (Kirchoff Group)
• Refuse Hauler Models by OEM and Type (Europe): Mercedes-Benz
• Refuse Hauler Models by OEM and Type (Europe): MAN
• Refuse Hauler Models by OEM and Type (Europe): Scania
• Highest-Selling Models: North America
• Highest-Selling Models: Europe
• Highest-Selling Models: EU4 Countries

Refuse Hauler Segmentation and Tire Size Estimation

• Refuse Hauler Segmentation
• Vehicle Parc by GVWR
• Tire Size Evolution: North America
• Tire Size Evolution: Europe
• Share of Refuse Hauler Parc by Rim and Tire Dimension: North America
• Share of Refuse Hauler Parc by Rim and Tire Dimension: Europe
• Refuse Hauler Parc by Rim and Tire Dimension (North America): Steer Tires/Front Axle Tires
• Refuse Hauler Parc by Rim and Tire Dimension (North America): Drive Tires/Rear Axle Tires
• Refuse Hauler Parc by Rim and Tire Dimension (Europe): Steer Tires/Front Axle Tires
• Refuse Hauler Parc by Rim and Tire Dimension (Europe): Drive Tires/Rear Axle Tires
• Refuse Hauler Cab Dimensions: North America Vs Europe

Connectivity and Alternate Powertrains, 2024-2030

• Connected Vehicle Market Overview: North America
• Connected Vehicle Market Overview: Europe
• Connected Ecosystem
• Advanced Connectivity Feature Mapping by OEM
• Evolution of Connected Solutions: North America
• Evolution of Connected Solutions: Europe
• OEM-Integrated Connectivity Solutions: Feature Breakdown
• Connected Vehicle Installed Base
• Net-Zero Targets: Global Snapshot
• OEM Alternate Powertrain Roadmap: North America
• OEM Alternate Powertrain Roadmap: Europe
• Alternate Powertrain Roadmap: Natural Gas
• Alternate Powertrain Roadmap: Battery Electric
• Alternate Powertrain Roadmap: Fuel Cell Electric
• Alternate Powertrain: Compressed Natural Gas
• Alternate Powertrain: Battery Electric
• Alternate Powertrain: Hydrogen Fuel Cell Electric
• Alternate Powertrain: Use Case Analysis

Growth Opportunity Universe in the Refuse Hauler Sector

• Growth Opportunity 1: Urbanization and Population Density
• Growth Opportunity 2: Electrification
• Growth Opportunity 3: Connected and Autonomous Technologies

Appendix & Next Steps

• Benefits and Impacts of Growth Opportunities
• Next Steps
• List of Exhibits
• Legal Disclaimer