Hyundai ROBEX290LC3 Excavator Key Specs and Transport Guide

In infrastructure development, mining operations, and large-scale earthmoving projects, excavators play a pivotal role. Selecting the right excavator is crucial for project success and economic efficiency. The Hyundai ROBEX290LC3 excavator has gained significant market attention for its exceptional performance, reliability, and versatility across various applications. However, purchasing and utilizing this model requires careful consideration of specifications, transportation costs, maintenance requirements, and optimization strategies. This comprehensive guide provides detailed information to support informed investment decisions.

Excavators, also known as digging machines, are earthmoving equipment that uses buckets to excavate materials above or below the operating surface, loading them onto transport vehicles or depositing them in stockpile areas. These machines are widely used in mining, construction sites, road projects, and water conservancy projects.

Excavators can be categorized by different standards:

• By power source: Diesel-powered or electric-powered models
• By mobility: Tracked or wheeled configurations
• By digging method: Front shovel, backhoe, dragline, or clamshell types
• By weight class: Small, medium, or large excavators

Hyundai Construction Equipment, a subsidiary of Hyundai Heavy Industries Group, specializes in engineering machinery development and manufacturing. The ROBEX series represents Hyundai's flagship excavator line, renowned globally for performance, quality, and advanced technology.

This medium-sized tracked excavator is designed for mid-scale earthmoving projects with these key characteristics:

• High-performance diesel engine delivering robust power output
• Advanced hydraulic system for precise control and energy efficiency
• Ergonomic cabin design with climate control and multifunctional displays
• Durable structural components using high-strength steel
• Service-friendly layout for reduced maintenance costs

• Operating length: ~10.5m (34'5")
• Operating width: ~3.6m (11'9")
• Operating height: ~3.8m (12'6")
• Operating weight: ~36.4 metric tons (80,220 lbs)

• Power output: 140-160 kW (190-220 hp)
• Rated speed: 2000-2200 rpm
• Fuel capacity: 500-600 liters

• Variable displacement piston pumps
• Maximum flow rate: 2 × 250 L/min
• Working pressure: 350 bar (5000 psi)

• Maximum digging depth: 7-8m
• Maximum reach: 10-11m
• Bucket capacity: 1.0-1.5 m³
• Digging force: 150-180 kN

Selection depends on machine dimensions, weight, distance, and route conditions:

• Flatbed trailers (most common)
• Lowboy trailers for oversized units
• Rail transport for long-distance bulk moves
• Maritime shipping for coastal/inland routes

• Machine dimensions and weight
• Transport distance
• Vehicle type requirements
• Loading/unloading procedures
• Route conditions and regulations
• Insurance requirements

• Fuel expenses
• Toll fees
• Labor costs
• Equipment rental fees
• Permit costs for oversized loads

• Select appropriate transport method based on project requirements
• Optimize routes using navigation tools
• Schedule transports during off-peak periods
• Work with reputable transport providers
• Implement GPS tracking for real-time monitoring
• Consider partial disassembly when cost-effective

• Fluid level inspections
• Air filter condition monitoring
• Hydraulic system leak detection
• Component lubrication

• Engine oil and filter replacement
• Hydraulic system servicing
• Cooling system maintenance
• Brake system adjustments

• Infrastructure development projects
• Mining operations
• Water management systems
• Construction site preparation
• Agricultural land development

Industry trends include:

• Increased automation and remote operation capabilities
• Transition toward electric powertrains
• Lightweight material adoption
• Modular design approaches
• Enhanced telematics integration

The Hyundai ROBEX290LC3 represents a balanced solution for medium-scale excavation requirements. Proper evaluation of technical specifications, logistical considerations, and maintenance requirements enables optimal equipment utilization and cost management throughout the machine's service life.