Hyundai construction equipment has become a trusted name across Southern Africa, offering contractors reliable, powerful mini excavators that perform exceptionally well in diverse working conditions. HPE Africa brings you a comprehensive range designed specifically for Southern African market demands, from compact urban sites to challenging rural terrain.
Key Takeaways
- Five Models Available: HX60G, HX60S, R35Z-9, R85A Smart Plus, and R150LS Smart Plus
- Operating Weights: Range from 3.5 tonnes (R35Z-9) to 14.2 tonnes (R150LS)
- Power Output: Models feature engines from 36.2kW to 105 HP for various applications
- Advanced Hydraulics: Load-sensing systems provide precise control and fuel efficiency
- Operator Comfort: Modern cabins with air conditioning, smart displays, and ergonomic controls
- Extended Maintenance: Service intervals up to 500-1000 hours reduce downtime
- Hi-Track System: Remote management capabilities for fleet monitoring
- Local Support: Comprehensive parts and service network throughout Southern Africa
HX60G Mini Excavators
The HX60G models feature Tier 2 engine technology that delivers optimal performance without sacrificing fuel economy. These machines set the standard in the compact excavator segment through intelligent cabin design and superior stability.
Engine Performance and Efficiency
Both models utilise Yanmar 4TNV94L engines providing reliable power delivery. The HX60G produces 36.3kW at 2200rpm. These engines achieve complete diesel combustion through advanced fuel filtration systems, reducing harmful emissions and extending durability. The multi-stage filtration handles South African dust and environmental challenges effectively.
LS Load Sensing System
The hydraulic system remains proportional to control lever movement, eliminating unnecessary energy waste and saving considerable fuel. This system distributes hydraulic flow regardless of load size, maintaining stable operation when working with breakers, hydraulic hammers, or specialised buckets. Contractors benefit from the system’s ability to handle multiple simultaneous actions whilst maintaining smooth operation.
Brand New Intelligent Cabin
The cabin features push-button ignition with password unlocking, five air conditioning vents, and an LED cluster display showing throttle speed, fault reminders, water temperature, engine speed, fuel level, and working hours. Entertainment features include radio, USB connectivity, and Bluetooth integration.
Feature | HX60G |
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Operating Weight | 5,850kg |
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Engine Power | 36.3kW / 2200rpm |
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Bucket Capacity | 0.25m³ |
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Max Digging Reach | 5,946mm |
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Max Digging Depth | 3,812mm |
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HX60S Mini Excavator
The HX60S delivers higher rated power at 48.5 HP at 2200 rpm with maximum torque of 201.1 N.m at 1400 rpm. This 6-tonne excavator excels in applications requiring extra digging force and structural strength.
Advanced Cooling and Power
Parallel cooling module layout increases efficiency through a new 7-leaf fan design operating more quietly with better performance. The improved system prevents overheating during extended operation in hot South African summers. Auto idle functionality reduces fuel consumption during inactive periods.
Reinforced Heavy-Duty Structure
Strong bushings and reinforced structural members allow the HX60S to withstand severe impact and pressure. The X-type centre frame and steel construction optimise strength for extended excavator life, reducing maintenance requirements and downtime.
Specification | Value |
Operating Weight | 5,720kg |
Engine Model | Yanmar 4TNV94L-ZXSHYBC |
Gross Power | 48.5 HP (36.2kW) @ 2200rpm |
Bucket Capacity | 0.21m³ |
Bucket Digging Force | 4,762 kgf / 46.7kN |
Arm Digging Force | 2,804 kgf / 27.5 kN |
R35Z-9 Zero-Tail Swing Mini Excavator
The R35Z-9 offers true zero-tail swing design, perfect for urban construction sites where space constraints require compact equipment. This 3.5-tonne machine navigates tight areas whilst delivering impressive performance.
Compact Design for Urban Work
Zero-tail swing allows operators to work close to buildings, along roadways, and in congested urban environments without rear-end contact concerns. Municipalities appreciate this design for pavement maintenance whilst plumbing contractors use these machines for trench work where space limitations make conventional excavators impractical.
Advanced Operator Environment
The 9-series cabin includes a sliding fold-in front window providing versatility for different working conditions. The ergonomic pedal layout reduces operator fatigue during extended shifts. Polymer shims reduce noise whilst providing wear resistance, and long-life filters extend service intervals to 1000 hours for hydraulic filters.
Feature | Specification |
Operating Weight (Cabin) | 3,650kg |
Engine | Yanmar 3TNV88 (Tier 4) |
Rated Power | 27.3 HP (20.4kW) @ 2200rpm |
Max Digging Reach | 5,360mm |
Max Digging Depth | 3,150mm |
Tail Swing Radius | Zero (true zero-tail) |
R85A Smart Plus Mini Excavator
The R85A Smart Plus brings advanced technology and power to the 8-tonne class. This machine features a 76 HP Kirloskar engine and three selectable power modes, making it suitable for diverse applications across Southern African construction sites.
Three Power Mode System
Operators select between Power, Standard, and Economy modes depending on task requirements. Power mode delivers maximum performance for demanding operations. Standard mode balances power and fuel consumption for typical excavation. Economy mode prioritises fuel efficiency during light-duty tasks. The breaker mode adjusts hydraulic flow specifically for hydraulic hammer operation.
Shockless Valve Technology
A unique shockless valve provides smooth boom-down operation, reducing operator fatigue and extending structural component life. Traditional excavators experience jarring movements when lowering the boom, but this valve eliminates sudden stops, particularly benefiting operators working extended shifts.
Hi-Track Remote Management
The integrated Hi-Track system provides real-time machine monitoring through GPS technology. Fleet managers track equipment location, operating hours, fuel consumption, and maintenance schedules. Security features allow geo-fencing and alerts if machines move outside designated areas.
Specification | Value |
Operating Weight | 8,100kg |
Engine | Kirloskar 4R1040NA (76 HP) |
Gross Power | 76 HP @ 2200rpm |
Bucket Capacity | 0.32 – 0.70m³ |
Bucket Digging Force | 5,250 kgf |
Arm Digging Force | 3,943 kgf |
Drawbar Pull | 5,900 kgf |
R150LS Smart Plus Heavy Mini Excavator
The R150LS Smart Plus represents the premium end of Hyundai’s compact-to-medium excavator range. This 14.2-tonne machine delivers 105 HP and suits contractors requiring substantial digging forces and extended reach.
Powerful Engine Performance
The Hyundai HM 4.2 engine produces 105 HP at 2200rpm with maximum torque of 57 kgf.m at 1700rpm. This four-cylinder, turbocharged, water-cooled diesel provides reliable power for demanding excavation, loading, and earthmoving applications. Fuel efficiency remains competitive despite increased power output.
Fully Redesigned Operator Station
The spacious cabin features enhanced visibility through large windows and slim structural pillars. A multi-adjustable premium seat with air suspension reduces operator fatigue. The 7-inch smart display cluster shows maintenance management information, self-diagnostic codes, and machine operating parameters. Air conditioning comes as standard equipment.
Feature | Specification |
Operating Weight | 14,200kg |
Engine | Hyundai HM 4.2 |
Gross Power | 105 HP @ 2200rpm |
Bucket Capacity | 0.65 – 0.72m³ |
Bucket Digging Force | 11,290 kgf |
Arm Digging Force | 8,580 kgf |
Max Digging Reach | 9,700mm |
Max Digging Depth | 6,287mm |
Common Features Across Hyundai Mini Excavator Range
Load-Sensing Hydraulic Systems
Every model incorporates load-sensing hydraulic technology matching hydraulic flow to actual work requirements. This eliminates wasted energy, reducing fuel consumption by 10-20% compared to conventional systems. Operators notice smoother control response and reduced heat generation during extended operation cycles.
Operator Comfort Features
Suspension seats come standard, providing adjustable positioning and vibration isolation. Ergonomic control placement reduces wrist strain. Intuitive LCD clusters display critical machine information without cluttering the operator’s field of view. Multiple storage compartments, cup holders, and mobile phone charging points add convenience.
Durable Construction
Reinforced frames use high-strength steel optimised through finite element analysis. Strong booms and arms withstand severe impacts without deformation. X-type centre frames provide exceptional resistance to torsional bending, enhancing structural life under harsh working conditions.
Simplified Maintenance Access
Openable engine hoods provide ground-level access to daily check points. Centralised grease fittings reduce lubrication time. Extended maintenance intervals minimise machine downtime. Large LCD maintenance monitoring systems alert operators to upcoming service requirements.
HPE Africa Product Range and Services
HPE Africa serves as the authorised distributor for Hyundai construction heavy equipment throughout Southern Africa. The company maintains comprehensive parts inventory and factory-trained service technicians.
Comprehensive Parts Support
Genuine Hyundai parts ensure optimal machine performance and longevity. HPE Africa stocks high-wear components including bucket teeth, cutting edges, track shoes, filters, and hydraulic seals. Emergency parts delivery serves breakdown situations, minimising equipment downtime.
Technical Service Capabilities
Factory-trained technicians perform warranty service, scheduled maintenance, and major repairs. Mobile service vehicles reach remote job sites for on-location repairs. Diagnostic equipment quickly identifies electronic and hydraulic system faults.
Hi-Mate Remote Management System
The Hi-Mate remote managing system provides real-time fleet monitoring and productivity analysis. GPS tracking shows machine locations and movement patterns. Operating hour meters feed directly into maintenance scheduling systems. Fuel consumption data identifies inefficient operation and training opportunities.
Selecting the Right Mini Excavator
Applications and Model Selection
The R35Z-9 suits urban construction, tight spaces, plumbing trenches, and municipal maintenance where zero-tail swing proves essential. The HX60G/HX80G models handle general construction, trenching, and applications requiring stable fuel-efficient operation. The HX60S provides extra power and reinforced durability for tougher digging.
Medium contractors needing powerful digging forces with telematics should consider the R85A Smart Plus. The R150LS Smart Plus tackles large-scale excavation, quarry support, and bulk earthmoving beyond typical mini excavator capabilities.
Working Conditions in Southern Africa
Gauteng’s high altitude affects engine performance, making turbocharged models advantageous. Coastal regions in KwaZulu-Natal and Western Cape require enhanced corrosion protection. Free State and Northern Cape operations in dry, dusty conditions benefit from superior air filtration and cooling systems.
Fuel Efficiency Considerations
Load-sensing hydraulics reduce fuel consumption across all models. Auto-deceleration systems on Smart Plus models provide additional savings during idle periods. Power mode selection allows operators to match fuel consumption to task requirements.
Frequently Asked Questions
How long does a motor grader last with proper maintenance?
A well-maintained motor grader typically provides 15,000 to 25,000 productive hours before requiring major overhaul or replacement. This translates to roughly 10 to 15 years of service for machines working standard annual hours. However actual lifespan depends enormously on maintenance quality, operating conditions and whether the machine works in abrasive materials that accelerate wear. Machines maintained through manufacturer-recommended service schedules and operated by trained personnel consistently reach the upper end of this lifespan range.
Can motor graders work on steep slopes safely?
Motor graders can work on side slopes up to approximately 30% (roughly 17 degrees) when proper safety procedures are followed. Beyond this gradient, rollover risk increases significantly and specialised equipment becomes necessary. When working slopes, operators position the machine to keep the uphill wheels as high as possible and avoid sudden articulation movements that could destabilise the machine. Many contractors establish maximum slope policies more conservative than equipment capabilities to maintain safety margins.
What blade width is best for road maintenance?
Road maintenance typically uses motor graders with 3.7 to 4.3 metre blade widths because these dimensions allow operators to grade standard road widths in one or two passes. Narrower blades suit confined spaces but require more passes to cover typical roads, whilst wider blades demand larger machines with proportionally higher operating costs. The HG190 falls into this practical middle range, offering enough blade capacity for efficient work without the size and cost penalties of the largest grader models.
Do motor graders require special operator licences in South Africa?
Yes, operating a motor grader in South Africa requires appropriate certification under the Occupational Health and Safety Act. Operators need to complete accredited training and obtain a competency certificate specific to motor grader operation. This training covers safe operating procedures, pre-start checks, basic maintenance and emergency responses. Employers must ensure operators hold valid certificates and that these certificates remain current through required refresher training.
What ground conditions are too soft for motor grader operation?
Motor graders struggle when ground moisture content exceeds approximately 15% above optimum compaction moisture, which typically occurs during extended rainy periods or in areas with high water tables. In these conditions, the machine’s weight causes excessive sinking and the blade creates more of a ploughing action than clean cutting. Waiting for surfaces to dry or using lighter equipment prevents damage to both the surface being graded and potential machine bogging. Experienced operators recognise when ground conditions have deteriorated beyond what grading can improve.
Can you grade in the rain or must you wait for dry conditions?
Light rain doesn’t necessarily stop grading operations, but heavy rain that saturates the surface makes effective grading impossible. The blade can’t cut cleanly through saturated material and instead creates a muddy mess that requires rework once conditions dry. Many contractors halt grading during active rainfall but resume work once rain stops, even if the surface remains somewhat damp. The decision depends on material type – gravelly soils drain quickly and can be graded sooner than clay-heavy soils that stay saturated for extended periods.