Author: Tianxin Construction Machinery Technical Team Published: 2026-09-14

Article Key Takeaways

The Komatsu PC360 is a 36-ton-class heavy-duty crawler excavator, widely deployed for quarry mining, large-scale earthmoving, infrastructure construction and demolition works. This buying guide covers core performance, mainstream variants, parameter comparison, real-world application cases, and high-frequency procurement questions. It helps buyers select suitable configurations, control project budgets and verify supplier qualifications.

Table of Contents

1. Overview of Komatsu PC360 Excavator
2. Mainstream Versions & Core Features
3. Key Procurement-Oriented Specification Reference
4. Typical Industry Application Scenarios
5. Frequently Asked Questions for Procurement
6. Get Custom Quotation & Configuration Solution

Body Text

1. Overview of Komatsu PC360 Excavator

Komatsu PC360 series is a classic mid-large heavy-duty crawler excavator within 36-ton weight class. Equipped with high-power diesel engine and optimized hydraulic system, it delivers strong digging force, reliable durability and good fuel-economy performance.

This machine fits heavy-load working scenarios for rock excavation, mass soil moving and material loading. It is popular among contractors for mining, road building and urban reconstruction projects.

Advantages: Powerful digging performance, stable hydraulic output, long service life of key components, Komtrax remote monitoring system.

Limitations: Large body dimension, not suitable for narrow small-site operation; operating effect depends on standardized regular maintenance.

1. Mainstream Versions & Core Features

2.1 PC360-8M2 Heavy-Duty Version

The PC360-8M2 heavy-duty variant is optimized for quarry and mining conditions. It adopts reinforced boom, arm and bucket linkage structure, heavy-duty undercarriage with double-flange track rollers, plus enlarged counterweight for enhanced stability during rock-loading jobs.

- Reinforced front working attachments for high-impact rock-digging tasks - Heavy-duty track system, anti-wear for dusty mining sites - Larger counterweight improves overall machine stability

2.2 PC360-11M0 Standard Version

PC360-11M0 is the latest mainstream standard configuration, complying with modern non-road emission standards. It upgrades engine combustion and hydraulic control logic for lower fuel consumption while retaining strong power output.

- Meet latest emission regulations for urban construction projects - Optimized fuel efficiency for long-hour continuous operation - Spacious low-noise operator cabin for improved working comfort

1. Key Procurement-Oriented Specification Reference

Reference working conditions: Quarry, mine, large-scale earth-moving construction site

1. PC360-8M2 Heavy-Duty: Operating Weight 34160 kg, Rated Engine Power 187 kW, Bucket Capacity 1.6-1.9 m³, Working Scenarios: Quarry, stone mining, heavy rock digging, Reference Cost Level: High
2. PC360-11M0 Standard: Operating Weight 34460 kg, Rated Engine Power 202.3 kW, Bucket Capacity 1.6-1.9 m³, Working Scenarios: Infrastructure, road construction, earth-moving, Reference Cost Level: Medium-High
3. PC360LC Long-Track Version: Operating Weight 36490 kg, Rated Engine Power 192 kW, Bucket Capacity 1.8 m³, Working Scenarios: Soft ground, swampy job sites, poor bearing=capacity terrain, Reference Cost Level: High
4. Used PC360 (-7/-8 series): Operating Weight 33000-35000 kg, Rated Engine Power 180-187 kW, Bucket Capacity 1.6-1.8 m³, Working Scenarios: Budget-focused short-term project use, Reference Cost Level: Medium-Low

Note: Select heavy-duty rock bucket for quarry mining; standard earth bucket for soil-moving work. Wrong attachment selection will accelerate component wear.

[Image Placeholder: Komatsu PC360 excavator onsite working photo, showing whole machine, boom and track structure]

1. Typical Industry Application Scenarios

Scenario 1, Quarry & Open-pit Mining: PC360 heavy-duty edition handles rock breaking, stone excavation and truck loading. Reinforced working parts effectively resist impact and abrasion in high-dust mine environments.

Scenario 2, Large-Scale Infrastructure Construction: Highway, dam and land-development projects for mass earth-moving, trenching and material stockpile handling.

Scenario 3, Urban Demolition & Reconstruction: Matched with hydraulic breaker attachments for building demolition, foundation excavation on large urban sites.

Scenario 4, Earth-moving & Material Handling: Bulk soil loading-unloading, stockyard material management for sand and gravel yards.

Pre-purchase Check-List for Buyers:

- Main work content: rock excavation or soil earth-moving - Average daily working hours and project duration - Site ground condition: hard rock, muddy soft ground - Local emission standard compliance requirement - New machine or used unit procurement plan - Required attachments: rock bucket, standard bucket, hydraulic breaker or others

1. Frequently Asked Questions for Procurement

Q1: What is the difference between heavy-duty version and standard PC360?

A: Heavy-duty PC360-8M2 reinforces boom, arm, linkage and track components, built for frequent rock impact work. Standard version focuses on earth-moving and general construction. Choosing standard model for long-term rock mining will cause premature wear of working devices.

Q2: What maintenance cycle should I follow for Komatsu PC360?

A: The recommended service interval is every 250 operating hours. You need to replace filters, check hydraulic oil and undercarriage wear status. Strict regular maintenance can extend machine service life by roughly 35%-40%.

Q3: Can I buy extended warranty for Komatsu PC360?

A: New genuine units support extended warranty service covering main components such as engine and hydraulic pump. Extended terms can reach up to 2 years or 1000 working-hours. Confirm covered parts and exclusions before signing the contract.

Q4: What points need inspection if purchasing a used Komatsu PC360?

A: Request machine serial number, Komtrax history data, hour meter record, boom0arm crack inspection report and undercarriage wear condition. Verify manufacturing year and emission compliance for local market. Avoid machines with structural welding repair on boom or main frame.

1. Get Custom Quotation & Configuration Solution

Project conditions determine bucket selection, undercarriage type, attachment matching and total investment.

If you want configuration advice, detailed quotation and technical specification sheets tailored for your project, please fill in the form below:

Please provide following information and our technical specialists will prepare custom solution for you:

1. Project type (Mining / Quarry / Infrastructure / Demolition)
2. Main working material: rock, soil or mixed conditions
3. Average daily working hours and project cycle
4. Site ground environment and local emission requirements
5. Need for attachments (bucket, breaker etc.)

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