Australian-Made Mine-Spec Equipment Built for Real Operating Conditions
Across the mining, civil construction, and infrastructure industries, reliable support equipment plays a critical role in keeping operations productive, safe, and efficient.
From dust suppression and fluid management through to on-site servicing and maintenance, businesses rely heavily on equipment that can consistently perform in some of Australia’s harshest operating environments. That is why the demand for high-quality, Australian-made mine-spec equipment continues to grow.
Practical Engineering for Mining and Civil Operations
In industries where downtime can impact productivity and operational costs, support equipment must be built for reliability, ease of use, and long-term durability.
Shermac equipment is engineered to support mining and civil operations with practical features that improve both performance and operator usability. From baffled tank designs and efficient spray systems through to mine-spec safety features and service-friendly layouts, every detail is developed to perform in demanding field conditions.
Whether operating on mine sites, infrastructure projects, haul roads, or civil construction environments, dependable support equipment is essential to maintaining safe and efficient day-to-day operations.
Australian-Made Water Carts and Service Equipment
Proudly Australian made, Shermac has built a strong reputation for manufacturing high-quality mine-spec support vehicles and trailers designed specifically for Australian conditions.
The Shermac range includes:
Mine-spec water carts
Service trucks
Service trailers
Diesel trailers
Semi water carts
Off-road water carts
Each build is designed to support industries requiring reliable heavy equipment capable of operating across remote and demanding environments.
With operations continuing to expand nationally, Shermac remains focused on delivering equipment that combines durability, functionality, safety, and long-term value.
Supporting Customers Beyond Delivery
Reliable equipment is only one part of the equation. Strong after-sales support and ongoing customer service also play a major role in helping businesses maintain productivity in the field.
Shermac continues to support customers across Australia with after-sales assistance, parts support, and industry knowledge developed through decades of experience working alongside mining and civil operations.
As operational demands continue to evolve, the importance of dependable, Australian-made support equipment remains stronger than ever.
Because in industries where uptime matters, equipment needs to be built for more than just appearance.
It needs to be built to perform.
At Shermac, we spend a lot of time on mine sites and civil projects talking with engineering managers, asset teams and field technicians about what keeps operations running smoothly. Service truck fleet management is always part of that conversation.
Well-managed fleets are built on clarity. When service trucks are designed around real site conditions and supported by disciplined planning, they become a stable foundation for maintenance operations.
Over the years, we’ve seen the same principles deliver consistent results across demanding Australian environments. The following best practices reflect what works in the field, not just in theory.
Quick framework for service truck fleet management
Effective service truck fleet management focuses on a few core operational principles:
Clear fleet strategy: Define how service trucks support equipment uptime across each site.
Standardised vehicle configurations: Consistent layouts simplify maintenance, training and parts management.
Data-driven maintenance planning: Use utilisation and service data to guide maintenance scheduling.
Strong safety and compliance processes: Ensure mine-spec safety systems and inspection frameworks are embedded across the fleet.
Reliable parts and lifecycle support: Maintain access to critical spares, servicing and technical support.
When these fundamentals are applied consistently, service truck fleets operate with greater reliability, lower downtime and stronger long-term lifecycle value.
1. Develop a clear fleet strategy
Service truck fleet management starts with a defined strategy.
We always encourage operators to step back and assess what their service trucks are required to support. Site conditions, terrain, haul distances, climate, equipment size and fluid demand all influence how a fleet should be configured.
A clear strategy aligns truck capacity with workload. It defines tank volumes, pump flow rates, storage requirements and access systems based on real servicing patterns. It also sets expectations for uptime targets, response times and maintenance intervals.
When planning is aligned across sites, the operational benefits are tangible:
Greater visibility for asset and engineering managers
Familiar layouts that improve field efficiency and reduce operator error
More predictable procurement and parts planning
Simplified maintenance scheduling across multiple sites
Stronger long-term control over uptime and lifecycle cost
2. Standardise equipment and modular layouts
Standardisation is one of the most effective ways to strengthen service truck fleet management across multiple sites.
When service trucks share consistent layouts, tank configurations and core components, maintenance teams work with familiar systems every day. That familiarity improves servicing speed, reduces training time and lowers operator error.
Modular design also plays an important role here. Structured tank layouts, repeatable hose reel placement and consistent pump systems allow fleets to scale without adding unnecessary complexity.
Across growing operations, standardised service truck builds support:
Faster onboarding of operators and technicians
Reduced variation in parts and consumables
Streamlined maintenance planning
Simplified cross-site fleet integration
Stronger long-term lifecycle control
In practical terms, consistency across your fleet creates operational stability. And stability is what keeps uptime predictable.
3. Leverage data and condition-based maintenance
Strong service truck fleet management relies on measurable performance.
Telematics, utilisation data and maintenance records provide clear insight into how each truck is operating in the field. Fuel usage, idle time, service response times and repair frequency all highlight where adjustments are required.
Condition-based maintenance builds on that data. Instead of relying purely on fixed service intervals, maintenance planning reflects actual workload, environment and equipment stress.
Key metrics worth tracking include:
Vehicle uptime and downtime
Maintenance cost per unit
Fuel consumption and efficiency
Service response times
When data is reviewed consistently, fleet decisions become more precise and long-term reliability improves.
4. Prioritise safety and mine-spec compliance
In mining and civil operations, safety and compliance sit at the centre of effective service truck fleet management.
Every truck in the fleet should meet site-specific requirements as a baseline. ROPS, compliant lighting, spill control, guarding and documented inspections all need to be embedded into the fleet from day one.
At Shermac, we build mine-spec compliance into every service truck as standard. That approach simplifies fleet management for engineering and procurement teams because the safety framework is already engineered into the vehicle.
Fleet-wide compliance discipline should include:
Scheduled inspections with documented sign-off
Clear maintenance and service records
Alignment with site HSQE requirements
Consistent safety systems across all units
When compliance is engineered into the fleet and supported by disciplined processes, risk is reduced and operational confidence improves.
5. Optimise parts and inventory management
Parts availability directly affects uptime.
Service truck fleet management should include a clear strategy for critical spares, consumables and high-wear components. When fleets are standardised, parts forecasting becomes more accurate and stockholding is easier to control.
We encourage operators to review usage patterns and align inventory levels with actual servicing demand across sites.
A disciplined parts strategy supports:
Faster repair turnaround
Reduced idle time waiting on components
Lower emergency freight costs
More predictable maintenance budgets
When the right parts are available at the right time, service trucks stay productive and field teams stay on schedule.
6. Invest in training and field efficiency
Well-configured trucks still rely on capable operators.
Service truck fleet management should include structured training around safe operation, fault identification and correct servicing procedures. When crews understand the systems they’re working with, tasks are completed faster and with fewer errors.
We’ve seen consistent layouts and clear labelling make a measurable difference in the field. Familiar systems reduce hesitation and improve confidence.
7. Tailor fleets to the operating environment
No two sites operate under the same conditions. Terrain, climate, haul distances and equipment size all influence how service trucks should be specified.
Service truck fleet management needs to account for heat, dust, corrosion exposure and payload demands. Tank material selection, pump capacity, filtration systems and access design all affect long-term durability.
At Shermac, we design and build service trucks specifically for Australian mining and civil environments. That means aligning each configuration to the realities of the site it will support, not relying on a generic template.
When fleets are engineered for their operating conditions, reliability improves and lifecycle costs remain controlled.
8. Build a culture of continuous improvement
Strong service truck fleet management develops over time through review and refinement.
As your operation grows, servicing patterns shift. Reviewing how your service trucks are performing in the field helps you stay aligned with those changes.
That means looking at uptime trends, maintenance spend, response times and operator feedback together. If certain layouts slow tasks down, adjust them. If utilisation data shows consistent pressure on specific units, rebalance capacity.
Ongoing review keeps your fleet aligned with real site demands and protects long-term performance.
Service truck fleet management achieves stronger, more sustainable results when it is guided by engineering discipline and operational alignment from the outset.
At Shermac, our approach begins with a comprehensive understanding of your site environment, servicing requirements, equipment profile and compliance obligations. We assess how maintenance is performed in the field, how frequently assets require support, and where efficiency, safety and reliability matter most.
From this foundation, configuration decisions are made with intent. Tank capacities are aligned with actual fluid demand. Layouts are designed to support practical servicing workflows. Mine-spec compliance and safety systems are integrated as standard. Standardisation is considered early to ensure scalability across multiple sites without introducing unnecessary complexity.
Our involvement doesn’t end at delivery. Shermac provides ongoing fleet support and maintenance, including spare parts supply, field servicing and technical assistance to keep your service trucks operating at peak performance. This lifecycle approach ensures your fleet remains compliant, reliable and aligned with evolving operational demands.
This collaborative process ensures that operational insights are translated into practical vehicle configurations that simplify fleet management, protect uptime, and deliver long-term lifecycle value.
Take control of your service truck fleet management
If your current fleet is due for review, or you’re planning to expand, now is the time to reassess how your service trucks are supporting your operation.
At Shermac, we design and manufacture Australian-made, mine-spec compliant service trucks engineered around your site requirements. From tank configuration and pump systems to safety integration and ergonomic layouts, every build is developed to strengthen reliability and simplify fleet management.
To bring greater structure and control to your service truck fleet, speak with our team.
The debate around service trucks vs service trailers usually starts with price. When in fact, it should start with the application.
Out on site, your servicing unit either keeps pace with the job or it holds it back. If it cannot access the work front easily, carry what is required, or operate within compliance limits, it slows everything around it. When the servicing unit is engineered for the task, it supports equipment uptime and keeps maintenance moving without delays.
So which platform actually fits your site, your terrain and your fleet structure? It comes down to how you use it.
Matching the platform to the job
There’s no universal winner in the service trucks vs service trailers discussion. There’s only the best fit for the application.
Where each platform typically fits
If you’re running a remote mining operation with daily servicing demands across uneven haul roads, a dedicated service truck often makes more sense. It’s a single integrated unit, built to carry higher payloads and designed to move consistently across rough terrain without relying on another vehicle.
If you’re a civil contractor working across multiple metro or regional projects, a service trailer can be a practical solution. When paired with a suitably rated tow vehicle already in your fleet, it delivers servicing capability without committing to a dedicated heavy vehicle asset.
For hire fleets, the decision often comes down to utilisation rates and standardisation. High utilisation sites may justify a truck. Intermittent or varied deployments may favour a trailer that can be detached and redeployed as needed.
Owner-operators and smaller contractors may prioritise capital exposure and flexibility. Larger operations may prioritise uptime and response speed.
Evaluating service trucks for your fleet
A service truck is a purpose-built service body integrated onto a dedicated truck chassis. Tanks, pumps, hose reels and storage are engineered as a single unit. It’s designed to operate as a standalone servicing platform. Shermac service trucks are engineered for Australian mining and civil environments, with configurable tank layouts for diesel, oils, coolant and waste, and mine-spec safety systems designed for compliant on-site servicing.
Best for
Service trucks are typically suited to:
High-frequency servicing across large sites
Remote mining operations with long internal haul roads
Rough or uneven terrain where stability and traction matter
Operations requiring higher fluid capacity and payload
Sites where fast response time directly affects uptime
If the unit supports critical equipment daily and moves constantly across site, a truck is often the most practical solution.
Advantages
Integrated mobility: It’s a single engineered asset. No coupling, uncoupling or reliance on a separate tow vehicle.
Stronger manoeuvrability: Generally easier to position in tight work areas compared to a trailer combination.
Higher payload potential: Greater GVM capacity allows for larger tanks and tooling. Shermac service trucks can be configured with diesel, oil, coolant and waste systems to match real servicing workflows.
Consistent deployment: The servicing capability is always attached to the vehicle. If it’s on site, it’s ready to work.
Limitations
Higher upfront capital cost compared to a trailer solution.
It can’t be detached and reassigned in the same way a trailer can.
If the truck requires mechanical repair, the entire servicing platform is offline.
Licensing, servicing schedules and compliance obligations may be more involved depending on the specification.
Evaluating service trailers for your fleet
A service trailer is a towable servicing unit fitted with tanks, pumps, reels and storage, designed to be paired with a suitably rated vehicle. Shermac service trailers are engineered with heavy-duty chassis designs and configurable tank layouts to support reliable field servicing across mining, civil and contractor environments. It delivers on-site refuelling and maintenance support without committing to a dedicated truck chassis.
Best for
Service trailers are typically well-suited to:
Civil and infrastructure projects across multiple locations
Lower or variable utilisation servicing
Fleets that already operate rated tow vehicles
Owner-operators managing capital exposure carefully
Applications where modular deployment is beneficial
If servicing demand shifts between sites or isn’t required daily, a trailer can provide capability without locking in a dedicated heavy vehicle.
Advantages
Lower upfront capital cost: Typically less initial investment than a dedicated service truck build.
Fleet flexibility: The tow vehicle can be reassigned when the trailer is not required.
Modular deployment: Attach when needed, detach when not.
Simplified asset structure: The servicing module is separate from the prime mover.
Scalable capability: A practical entry point for expanding field servicing capacity.
Limitations
The vehicle must meet towing, GVM and GCM requirements.
Braking systems, tow ratings and site regulations must be managed correctly.
Positioning and manoeuvrability can be more challenging in tight work zones.
Payload limits may be lower than larger truck configurations.
Comparison table: Service trucks vs service trailers
Factor
Service Truck
Service Trailer
Mobility on site
Single integrated unit. Generally easier to manoeuvre and position.
Dependent on tow vehicle. Reversing and tight access can be more complex.
Terrain capability
Strong performance on rough or uneven ground when built for mine-spec conditions.
Dependent on tow vehicle traction and towing stability.
Payload capacity
Typically higher GVM allows for larger tanks and tooling configurations.
Moderate capacity. Limited by trailer ratings and tow vehicle limits.
Set-up time
Minimal. Arrive and operate as one unit.
Requires coupling to rated tow vehicle before deployment.
Fleet dependency
Standalone servicing asset. No reliance on another vehicle.
Requires compliant tow vehicle with appropriate towing capacity and braking system.
Capital cost
Higher upfront investment.
Lower initial purchase cost.
Lifecycle cost drivers
Truck servicing, heavy vehicle maintenance, downtime affects full unit.
Trailer maintenance plus wear and load impact on tow vehicle.
Compliance considerations
Heavy vehicle compliance, licensing and site-specific requirements.
Towing compliance, GVM, GCM, tow ratings, braking regulations.
Best suited for
High utilisation, remote or large-scale operations.
Flexible civil applications and lower utilisation servicing.
Key decision factors to evaluate
Mobility and terrain
Look at how the unit will move across your site.
Large mining operations with rough haul roads and constant relocation often favour a dedicated truck. Mine-spec service trucks are typically engineered with reinforced chassis integration, compliant safety systems and tank designs suited to harsh Australian operating conditions. It’s a single unit with consistent traction and stability. On compact civil sites with sealed access or short travel distances, a trailer may operate effectively when paired with the right tow vehicle.
If access is tight, congested or frequently changing, manoeuvrability becomes a deciding factor.
Utilisation rate
How often will the unit be used?
Daily, high-frequency servicing typically supports the investment in a service truck. The asset remains productive and justifies its dedicated role.
If servicing is periodic or project-based, a trailer can reduce capital exposure while still delivering the required capability.
Higher payload demands may push the decision toward a truck with greater GVM capacity. Whereas moderate servicing requirements may sit comfortably within trailer limits.
Compliance and risk management
Compliance is often where the real difference appears.
Service trucks fall under heavy vehicle regulations and site-specific mine compliance standards.
Service trailers introduce towing compliance considerations, such as:
GVM
GCM
Tow ratings
Braking systems
Operator competence
Site rules
If towing capacity is marginal or documentation is unclear, risk increases quickly.
Capital cost vs lifecycle cost
Upfront price is only one part of the equation.
A service truck carries a higher initial investment, but may reduce your response time and improve uptime on high-demand sites. In comparison, service trailers have a lower purchase cost, but their lifecycle impact includes tow vehicle wear, compliance management and operational efficiency.
The right decision balances capital outlay with productivity, maintenance impact and long-term fleet performance. Lifecycle support, parts availability and servicing access also affect the total cost of ownership.
Speak to Shermac about the right fit
Choosing between service trucks vs service trailers comes down to terrain, utilisation rate, payload requirements and your compliance framework. The platform needs to match how your site operates and how your fleet is structured.
At Shermac, we assess your servicing scope, site conditions and operational demands, then engineer a solution that integrates seamlessly into your fleet. Our service trucks and service trailers are built for Australian mining and civil environments, with mine-spec compliance where required and ISO9001:2015 quality systems supporting every build. Each unit is designed for reliability, safe operation and long-term performance in the field.
If you’re evaluating options, speak with our team. We’ll help you assess your site requirements and determine the servicing platform that delivers the strongest outcome for your fleet management strategy.
You can tell when a site has invested properly in its support equipment. Servicing is consistent, equipment is fuelled and maintained when it should be, and machines are ready to go for the next crew without delays carrying over between shifts.
That level of consistency doesn’t happen by accident. It comes from having the right systems in place to support the fleet on the ground.
A mine spec service truck plays a key role in that. When it’s engineered around your operation, it allows your team to service equipment efficiently on site, keep workflows moving, and maintain control over uptime across the day.
To understand where that impact comes from, it starts with what “mine-spec” actually means in practice.
What makes a service truck “mine-spec”?
Mine spec starts with compliance built into the vehicle from day one. Safety systems, fluid handling and site requirements are all accounted for at the engineering stage, so the truck arrives ready to operate within strict mine-site standards.
Every Shermac service truck is delivered mine-spec compliant as standard. That includes ROPS, wheel chocks, safety rails, strobes, high-vis markings and spill control systems, all integrated into the build to support safe, controlled operation on site.
Environmental control is also designed into the system. Tanks, pumps and storage layouts are configured to manage diesel, oils and waste safely, reducing risk during daily servicing tasks.
With that foundation in place, the value of a mine spec service truck comes through in 6 key areas that directly impact uptime, efficiency and long-term fleet performance.
1. Reduced downtime starts with engineered reliability
Downtime drops when your service truck can handle the conditions it works in and keep performing day after day. When servicing is reliable on your site, response times improve and equipment can get back to work faster.
That comes down to how the truck is built. Shermac service trucks use curved polytank technology to reduce stress and prevent cracking under constant movement and heat. Heavy-duty components are selected for remote, high-pressure environments, with systems designed to handle dust, vibration and extreme temperatures as part of normal operation. Every build follows a mine-spec standard, so reliability is consistent across the entire unit.
In operation, that means fewer breakdowns, less reactive maintenance and a more stable servicing process across your fleet.
Servicing speed has a direct impact on how much work your fleet gets through in a shift. When fuel, oils and maintenance tasks are handled quickly, equipment spends more time operating and less time waiting.
Shermac service trucks are designed to support that pace of work. High-flow diesel systems reduce refuelling time, while integrated tanks and dispensing setups allow multiple servicing tasks to be completed in one stop. Hose reels, controls and storage are positioned for efficient access, so operators can move through jobs without unnecessary handling or repositioning.
On site, that translates to shorter service intervals, faster turnaround between machines and more productive hours across the fleet.
3. Built for lifecycle value
Lower operating costs come from equipment that holds up over time and requires less intervention to keep running. When your service truck is built for longevity, maintenance becomes more predictable and easier to manage.
Shermac service trucks are manufactured under ISO9001:2015 quality processes, using durable materials and proven components suited to high-demand environments. Systems are designed for consistent performance, with layouts that support straightforward servicing and reduce wear on key components. Each build is backed by warranty and ongoing parts support, so issues can be resolved quickly without extended downtime.
Across the lifecycle, that results in fewer repairs, longer service intervals and a more reliable cost profile for your fleet.
Efficiency improves when your service truck matches the way your mine site operates. Layout, tank capacity and system configuration all play a role in how quickly and effectively servicing gets done.
Shermac service trucks are engineered around your specific requirements. Tank configurations for diesel, oils, coolant and waste are sized and positioned to suit your fleet. Storage, hose reels and access systems are laid out to support real servicing workflows, so operators can move through tasks without unnecessary handling or repositioning.
That alignment removes friction from day-to-day servicing. Tasks get completed faster, operators work more efficiently, and the truck delivers consistent value across every shift.
5. Safety and compliance are built in
Safe servicing depends on having the right systems in place every time the truck is used. Clear access, controlled handling of fluids and strong visibility all contribute to how safely work gets done on site.
Shermac service trucks are built with mine-spec safety as standard. ROPS, safety rails, high-vis markings, strobes and spill control systems are integrated into the vehicle, supporting safe operation across day and night conditions. Access platforms and layouts are designed to give operators stable footing and clear reach when working around the truck.
On site, that leads to safer servicing practices, easier compliance with site requirements and greater confidence for both operators and supervisors.
6. Australian-made support reduced operational risk
Support becomes critical once the truck is in operation. Access to parts, service and technical guidance all affect how quickly issues are resolved and how long equipment stays in use.
Shermac service trucks are designed, built and supported in Australia, with local parts availability and dedicated aftercare built into every delivery. Components are sourced through trusted suppliers, and support teams understand the conditions the trucks are working in.
That proximity and experience reduce delays across the board. Parts arrive faster, servicing is handled sooner, and your team spends less time waiting on external support. It gives you more control over your fleet and keeps operations running without unnecessary interruptions.
Why mine-spec service trucks deliver long-term ROI
Across the life of the asset, the value of a mine spec service truck shows up in how consistently your operation runs. When servicing is built into the workflow and supported by the right equipment, delays reduce, maintenance becomes predictable, and your fleet performs the way it is expected to.
That carries through in a few key areas:
Higher uptime: equipment stays fuelled, maintained and ready to work
Faster servicing: reduced delays between jobs and across crews
Lower operating costs: fewer breakdowns and less reactive maintenance
Improved safety and compliance: systems aligned with site requirements
Stronger lifecycle value: longer service life with predictable maintenance
Greater operational control: less reliance on external support
Over time, these gains compound across every shift, every crew and every asset on site.
Talk to Shermac about your service truck requirements
Every operation runs differently. Getting the right service truck comes down to understanding how your site runs day to day.
Have a chat with the Shermac team about your setup and what you’re trying to improve. We’ll work through it with you and design something that fits properly, so your servicing runs smoother and your site keeps moving the way it should.
In Western Australia, where rugged terrain and remote locations are part of everyday life, having a reliable and efficient service truck is essential for businesses across various industries. Whether it’s mining, agriculture, or construction, the harsh conditions demand vehicles that are built to withstand the challenges of the Outback. Here’s a brief guide on how to spec out a service truck tailored to meet Western Australian standards, with a nod to Shermac’s ISO9001:2015 quality assurance:
1. Identify Your Requirements: Start by assessing the specific needs of your operation. Consider factors such as terrain, climate, payload capacity, and required functionalities. Determine the tasks your service truck will be expected to perform, whether it’s fuel and lubricant delivery, maintenance support, or emergency response.
2. Choose the Right Components: Select components and features that are well-suited to the demands of Western Australia’s environment. Opt for heavy-duty chassis and suspension systems capable of handling rough terrain. Consider weather-resistant materials and coatings to protect against corrosion and wear. Ensure that the vehicle is equipped with advanced safety features to enhance driver and operator protection.
3. Customize to Your Specifications: Work with a reputable manufacturer like Shermac to customize your service truck to your exact specifications. From tank capacities and compartment configurations to specialized equipment and accessories, tailor the vehicle to meet the unique requirements of your operation. Ensure that the design complies with relevant Australian standards and regulations.
4. Prioritize Reliability and Durability: In Western Australia’s remote and challenging conditions, reliability is paramount. Choose components and materials known for their durability and longevity. Ensure that the vehicle undergoes rigorous testing and quality assurance processes to guarantee its performance and resilience in the field.
5. Consider After-Sales Support: Look for a manufacturer that offers comprehensive after-sales support and service. Ensure that maintenance and spare parts are readily available to minimize downtime and keep your service truck operating at peak performance. Opt for a supplier with a reputation for excellence in customer service and support.
As you navigate the process of spec’ing out a service truck for Western Australian standards, it’s essential to partner with a trusted manufacturer like Shermac. With our ISO9001:2015 quality assurance certification, you can rest assured that our vehicles meet the highest standards of quality, reliability, and performance. From initial consultation to delivery and beyond, Shermac is committed to delivering service trucks that excel in even the most demanding environments of Western Australia.
Choosing the right service vehicle supplier is a decision that directly impacts your operations. In mining, civil, and construction environments, service vehicles are long-term assets that play a critical role in keeping equipment running, crews productive, and sites compliant.
This guide outlines the key factors to consider when selecting a service vehicle supplier, so you can reduce operational risk and invest in equipment that performs reliably in real-world conditions.
Why supplier choice matters more than the vehicle itself
A service vehicle is only as reliable as the supplier behind it. Build quality, engineering discipline, and ongoing support all sit with the manufacturer, not the asset itself.
Choosing the right supplier directly affects:
Uptime across your fleet: fewer breakdowns, faster servicing, less disruption
Operational safety: compliant builds that reduce risk on site
Maintenance efficiency: easier access, better layouts, less time off the tools
Lifecycle cost: lower maintenance spend and longer asset lifespan
When these factors are aligned, service vehicles become a stable, high-performing part of your operation. When they’re not, they introduce ongoing cost, delays, and risk.
Engineering capability and build quality
Engineering capability determines how well a service vehicle performs under real operating conditions. A capable supplier will design the vehicle around its intended application, site conditions, and duty cycle.
Key areas to assess include:
Chassis selection: The right chassis must suit terrain, load requirements, and operating conditions. This defines the vehicle’s performance and durability envelope.
Weight distribution: With constantly changing fluid levels, correct weight distribution is critical for safe handling, especially in truck and trailer combinations.
Component quality: Industrial-grade pumps, tanks, and systems with proven performance reduce failure rates and extend service intervals.
Structural design: Tanks, frames, and mounting systems must be engineered to handle vibration, heat, and long-term stress in harsh environments.
Mine-spec compliance and safety standards
In mining and civil environments, compliance is never optional. A service vehicle must meet strict site requirements before it can operate, and gaps in compliance can delay deployment or introduce safety risks.
When assessing a supplier, look for:
Mine-spec compliance builds: Safety systems, guarding, access platforms, and lighting designed to meet site requirements
Integrated safety features: Stability control, safe access points, and systems that support safe operation in remote conditions
Spill control and fluid safety: Bunded tanks and controlled dispensing to minimise environmental risk
Clear documentation: Build specs and compliance records that support faster site onboarding
A supplier with strong compliance capability reduces approval delays, supports safer operations, and ensures your vehicle is ready to perform from day one.
Customisation and operational fit
No two sites operate the same way, so a service vehicle should be built to match your workflows. Suppliers that rely on fixed or off-the-shelf designs often create inefficiencies that impact servicing speed and overall productivity.
Key considerations include:
Fluid capacity and configuration: Tank sizes and fluid types should align with your duty cycle to avoid under- or over-servicing
Dispensing systems: Pumps and flow rates must deliver reliable, controlled output to suit your equipment and site demands
Storage and layout design: Tools, reels, and access points positioned for fast, safe operation in the field
Bunded and compliant systems: Fluid storage designed to minimise spill risk and support environmental compliance
A well-configured vehicle improves servicing efficiency, reduces operator fatigue, and ensures your fleet can be maintained consistently across every shift.
Reliability and proven track record
A supplier’s track record is one of the strongest indicators of how their vehicles will perform in the field.
When evaluating suppliers, consider:
Experience in mining and civil environments: Builds that have performed in harsh, remote conditions over time
Tier 1 project exposure: Demonstrated capability to meet the standards of major operators
Consistency across fleets: Standardised designs that simplify maintenance and reduce variability
Reputation for reliability: Fewer failures, longer service life, and dependable performance under load
A supplier with a proven track record reduces uncertainty and gives you confidence that the vehicle will deliver consistent performance across its lifecycle.
Lifecycle support and after-sales service
A service vehicle supplier should support your operation well beyond delivery. Ongoing access to parts, servicing, and technical expertise is critical to keeping your fleet running efficiently.
Key factors to assess include:
Spare parts availability: Ready access to critical components to minimise downtime
Technical support: Responsive assistance for troubleshooting and maintenance queries
Ease of operator maintenance: Layouts designed for quick servicing and routine checks in the field
Field service capability: Support teams that can assist on-site when required
Strong after-sales support reduces downtime, simplifies maintenance, and ensures your vehicle continues to perform as expected throughout its lifecycle.
Manufacturing quality and processes
Consistent build quality comes down to the processes behind the vehicle. A supplier with strong manufacturing discipline will deliver reliable, repeatable outcomes across every unit.
When reviewing a supplier, look for:
ISO9001:2015 certification: Structured quality control across design, fabrication, and assembly
Documented processes: Clear build records, traceability, and consistent specifications
In-house manufacturing capability: Greater control over quality, timelines, and component integration
Quality assurance checkpoints: Testing and inspections throughout production, not just at delivery
Strong manufacturing processes reduce defects, improve reliability, and give you confidence that every vehicle will perform as expected.
Delivery timelines and supplier reliability
Delays in vehicle delivery can impact project schedules, increase costs, and create unnecessary pressure across operations. A reliable supplier should provide clear timelines and consistently meet them.
Key considerations include:
Predictable lead times: Realistic delivery schedules based on proven production capacity
Clear communication: Regular updates throughout the build process to avoid uncertainty
Production capability: Systems and resources in place to deliver consistently, even at scale
Track record of delivery: Evidence of meeting deadlines across previous projects
Reliable delivery reduces procurement risk, supports project planning, and ensures your fleet is ready when you need it.
Total cost of ownership vs upfront cost
Focusing on upfront price alone often leads to higher costs over time. A well-engineered service vehicle will deliver lower maintenance requirements, fewer breakdowns, and a longer service life, all of which contribute to better overall value.
Factors such as ease of servicing, component quality, and reliability in harsh conditions directly impact operating costs across the lifecycle of the asset. Choosing a supplier that prioritises engineering, durability, and support helps reduce total cost of ownership and protects your investment over the long term.
The advantage of choosing an Australian-made supplier
Working with an Australian-based manufacturer provides practical advantages that directly support reliability and operational performance:
Built for local conditions: Designed for Australia’s heat, dust, and remote operating environments
Faster access to support: Local parts supply and technical assistance when issues arise
Greater accountability: Direct communication with the team responsible for design and build
Stronger quality control: Local manufacturing with consistent standards and oversight
Aligned with compliance requirements: Better understanding of Australian regulations and site expectations
Choosing an Australian-made supplier improves response times, reduces risk, and ensures your equipment is built for the conditions it will face.
Why Shermac
Choosing the right supplier comes down to confidence in performance, delivery, and long-term support. Shermac is built around these fundamentals.
Australian-made, engineered-for-purpose
Every Shermac vehicle is designed, fabricated and assembled in WA, ensuring it is built for Australian conditions and operational demands.
Mine-spec compliance as standard
All builds are engineered to meet strict mine-site safety and compliance requirements, reducing onboarding delays and operational risk.
Proven performance in harsh environments
Shermac vehicles are trusted across mining and civil operations, with proven reliability in remote, high-heat and dust-heavy conditions.
Custom-built to your operation
Each vehicle is configured to suit your site workflows, servicing requirements and environmental conditions for better efficiency and usability.
ISO9001:2015 quality assurance
Structured manufacturing processes ensure consistent build quality, full traceability and reliable performance across every unit.
Complete lifecycle support
From initial consultation through to parts, servicing and technical support, Shermac provides ongoing support to keep your fleet operating.
Make your next service truck investment count
If you’re planning your next service truck or reviewing your current supplier, speak with the Shermac team.
When it comes to service vehicle design, chassis selection is one of the most important decisions in the entire build process.
Every service truck operates within an intended “operating envelope”. This refers to the conditions the vehicle is designed to work within, including terrain, payload, environmental conditions, road surfaces, and servicing requirements. In mining, civil, and construction environments, these conditions can vary significantly depending on the application.
Understanding these operating requirements is critical when selecting a chassis for any service vehicle. Below, we’ll cover the key factors that influence chassis selection.
Structural integrity and durability
The chassis provides the structural backbone of a service vehicle, supporting the body, tanks, pumps, tooling, suspension, and all mounted equipment. A well-engineered chassis design is critical for maintaining stability, durability, and safe operation across demanding mining, civil, and construction environments.
In harsh Australian conditions, service vehicles are exposed to constant vibration, heavy payloads, uneven terrain, heat, dust, and torsional stress loads that place significant strain on the vehicle over time. Selecting the wrong chassis can lead to premature wear, structural fatigue, reduced reliability, and costly downtime.
A properly specified chassis helps ensure the vehicle can operate safely within its intended operating envelope while maintaining long-term performance, productivity, and uptime in remote and high-pressure operating conditions.
Load capacity and weight distribution
Load capacity is one of the most important considerations in chassis selection in service vehicles. The chassis must be capable of safely supporting the vehicle’s Gross Vehicle Mass (GVM), including tanks, fuel, oils, tooling, pumps, hose reels, spare parts, and operators.
Proper payload planning is essential to ensure weight is distributed evenly across the vehicle. Poor weight distribution can negatively impact handling stability, braking performance, tyre wear, and overall vehicle safety, particularly when operating on uneven terrain or remote mine sites. Centre of gravity also plays a major role, especially on high-capacity service trucks carrying multiple fluid systems.
Selecting a chassis with insufficient load capacity can create overloading risks, increase maintenance costs, and compromise compliance requirements. A properly matched chassis improves operational safety, reliability, and long-term cost effectiveness.
Matching the chassis to the operating environment
Service vehicle chassis requirements can vary significantly depending on the application and operating environment. A chassis designed for metro road servicing will have very different performance requirements compared to a mine-spec vehicle operating in remote off-road conditions.
Factors such as terrain, haul distances, site access, payload demands, and duty cycle all influence the ideal chassis selection. Mining operations often require heavy-duty chassis configurations capable of handling rough haul roads, steep gradients, continuous vibration, and extreme environmental conditions. In comparison, civil and construction applications may prioritise manoeuvrability, fuel efficiency, and easier access across mixed on-road and off-road environments.
Matching the chassis offering to the intended operating conditions helps improve reliability, reduce maintenance demands, and ensure the service vehicle performs safely and efficiently throughout its operational lifecycle.
Choosing the right chassis configuration
Selecting the right chassis configuration is critical for balancing payload capacity, manoeuvrability, traction, and operational efficiency. Different service vehicle applications require different chassis setups depending on terrain, site access, haul distances, and servicing requirements.
At Shermac, the chassis configurations we offer include:
4×2 and 4×4 service trucks: Ideal for lighter-duty servicing, plant hire, and mixed on-road/off-road environments where manoeuvrability and accessibility are priorities.
6×4 and 6×6 service trucks: Common across mining, civil, and construction operations requiring greater payload capacity, improved traction, and higher fuel and fluid storage.
8×4 and 8×8 service trucks: Designed for high-capacity servicing applications where larger tank configurations, increased payload, and extended servicing capability are required.
Off-road service trucks: Built specifically for heavy-duty mining operations servicing large mobile equipment in remote and demanding off-road environments.
Each chassis offering involves trade-offs between payload capacity, fuel efficiency, operating costs, and site accessibility. Selecting the right configuration helps ensure the service vehicle remains productive, compliant, and suited to its intended duty cycle.
Compatibility with service body and equipment
Effective chassis selection in service vehicles goes beyond payload capacity alone. The chassis must also integrate correctly with the service body, tank systems, dispensing equipment, storage layouts, and safety systems required for the vehicle’s intended application.
Proper integrated engineering ensures the chassis has the necessary mounting points, structural support, and load-bearing capability to safely accommodate specialised equipment without compromising stability or performance. Poorly matched chassis and service body combinations can create handling issues, uneven weight distribution, accelerated wear, and costly retrofit problems over time.
A well-designed chassis also provides future flexibility for additional systems or operational changes as site requirements evolve. Engineering the chassis and service body together helps improve reliability, safety, maintenance efficiency, and long-term operational performance.
Compliance, safety and long-term cost effectiveness
Chassis selection also plays a major role in regulatory compliance, operator safety, and the long-term cost effectiveness of a service vehicle. The chassis must be capable of meeting mine-spec requirements, legal weight limits, braking performance standards, and site-specific safety regulations without compromising operational performance.
Correct chassis selection can also improve servicing access and maintenance efficiency throughout the vehicle’s lifecycle. Well-designed layouts make it easier to access pumps, tanks, hose reels, filters, and critical components, helping reduce downtime and ongoing labour costs.
A properly engineered chassis helps reduce:
Unplanned downtime
Premature component wear
Ongoing maintenance costs
Compliance risks
Total cost of ownership over the vehicle lifecycle
Selecting the right chassis starts with the right partner
For more than 20 years, Shermac has designed and manufactured engineered-for-purpose service trucks for Australia’s mining, civil, and construction industries. Our team works closely with you to select the right chassis configuration for your operational requirements, ensuring every vehicle is built for reliability, productivity, and performance in any conditions.
If you’d like to discuss your next service truck project, contact the Shermac team to explore a tailored solution built around your site and servicing requirements.
Shermac has been designing and manufacturing custom-built water cartage and support vehicles for the mining, civil and commercial sectors for over 20 years. While the focus has traditionally been on road-going trucks, in response to increasing industry demand, Shermac has expanded its range of off-road vehicles.
The physical size of these off-road vehicles requires a new approach to manufacturing and Shermac are building a specialised facility at its Dalwallinu base to accommodate industry demand.
Off-road water carts and custom service trucks have modules that may weigh between 9 and 40 tonnes, and Shermac has constructed a 1,400 square metre heavy fabrication workshop with a 220mm concrete floor that is engineered for 50 tonne point loads.
As tanks need to be rotated a number of times during build, a key feature of the new facility is a custom-engineered tank rotation system where equipment, mounted in a floor pit, is connected to the tank which can be lifted and rotated as needed.
Customisation is critical
Shermac’s Chief Operating Officer Steve Ray said, ‘Shermac has been providing customised, engineered-for-purpose service vehicles to the resource sector for two decades. Customisation is critical, as vehicle design must reflect the specific operational needs for the unique environment of the customer, and Shermac’s end-to-end capability allows us to relentlessly focus on customisation, lowest lifetime cost of ownership and maximising value for our customers.’
Shermac’s in-house capabilities include design and engineering, procurement, complete fabrication capabilities including assembly, testing, hydraulic engineering, auto electric, paint and commissioning, and extends to transport, delivery, operator training, after-sales support and parts.
‘Rather than simply upgrading our existing production facilities, we decided to separate manufacturing into road-going and off-road vehicle streams. Whilethe new facility represents a significant investment by Shermac, it demonstrates our commitment to off-road service vehicles and is critical to increased production and ensuring the highest quality product’
Steve added, ‘The new facility will enable Shermac to remove off-road vehicles from our current production line and into a specialised facility. This additional production ‘swim lane’ will free-up and increase capacity for our standard range and significantly reduce build-time for tanks for off-road vehicles.’
‘This also marks important expansion for Shermac. We are an Australian family-owned business who are passionate about supporting regional Australia and we’re delighted that our expansion is creating additional employment opportunities here in Dalwallinu and helping to support our local community.’
Specifying a service vehicle properly upfront can save you a lot of headaches later on. When the vehicle matches the work it’s expected to do, you get better reliability, safer servicing, lower fuel costs, and less downtime across the life of the asset.
The challenge is that no two operations are the same. Site conditions, servicing demands, payload capacity, and compliance requirements all play a part. In this guide, we’ll walk through the key things to consider when choosing service vehicle specs for your operation.
1. Start with your operational requirements
Before looking at chassis options or tank sizes, it’s important to understand exactly what the vehicle needs to do on site. A service truck built for a small civil fleet will have very different requirements to one supporting large-scale mining equipment across remote operations.
Things like the type of equipment being serviced, the number of machines serviced per shift, and the range of service required all influence the final specification. Daily workflows also matter. If operators are constantly travelling long distances between assets, carrying additional fluids, tools, or spare parts may become essential for productivity and fuel efficiency.
The more clearly you define your specific operational requirements upfront, the easier it becomes to engineer a vehicle that supports safer servicing, better uptime, and long-term reliability.
2. Assess site conditions and operating environment
The environment a service vehicle operates in has a major impact on reliability, fuel economy, and long-term performance. Terrain, climate, haul distances, and site access all need to be considered early in the specification process.
Remote operations often demand larger fluid capacities, greater payload capability, and chassis configurations designed for rough ground and extended travel. Harsh Australian conditions also place constant stress on vehicles, particularly in high-heat, dust-heavy, and corrosive environments where components are exposed to continuous vibration and wear.
Harsh operating conditions can increase fuel consumption, accelerate component wear, and place additional pressure on maintenance schedules. Specifying a vehicle that’s properly suited to the environment will help improve reliability, maintain fuel efficiency, and reduce long-term operating costs across the fleet.
3. Choose the right chassis and payload capacity
Choosing the right chassis configuration comes down to balancing payload capacity, tank volume, site access, and manoeuvrability. A compact 4×4 service truck may suit smaller civil sites or tighter access areas, while larger 6×6, 8×8, or off-road service trucks are better suited to high-volume servicing across remote mining operations.
Payload calculations are critical at this stage. Fuel, oils, coolant, waste tanks, tooling, compressors, hose reels, and mine-spec safety equipment all add weight quickly. In some cases, one chassis configuration can carry significantly more usable payload than another, which may allow the vehicle to service more machines per shift before returning to refill.
This is where understanding the vehicle’s operating envelope becomes important. Every service truck is designed to operate within defined load, terrain, and performance limits. Specifying a vehicle outside those limits can impact reliability, safety, fuel efficiency, and long-term operating costs.
Tank configuration plays a big role in how efficiently a service vehicle operates day to day. Fuel, oils, coolant, grease, and waste storage all need to be sized around the servicing demands of the fleet, not just maximum carrying capacity.
The layout of pumps, hose reels, filtration systems, and dispensing equipment also affects workflow efficiency on site. Poorly positioned systems can slow servicing down, increase operator fatigue, and create unnecessary downtime across the shift.
High-flow diesel systems and quality filtration setups can help reduce refuelling times, improve fuel management, and lower long-term fuel costs across fleets operated in remote areas. At the same time, well-designed service bodies with ergonomic layouts make servicing faster, safer, and more cost effective over the life of the vehicle.
5. Prioritise safety and mine-spec compliance
Mine-spec compliance should also be considered early in the specification process. Features such as ROPS, safety rails, compliant lighting, wheel chocks, spill kits, isolation systems, and high-visibility markings are standard across Shermac service trucks.
From there, vehicles can be further customised to suit individual site requirements and operational standards. That may include additional safety systems, access solutions, signage, guarding, or site-specific compliance equipment.
The right safety setup helps reduce operational risk, improve fleet management processes, and support safer servicing across demanding site environments.
6. Consider long-term maintenance and lifecycle cost
A lower upfront purchase price doesn’t always mean lower long-term operating costs. In many cases, off-the-shelf service trucks end up costing more over time because they aren’t properly suited to the environment, servicing demands, or payload requirements of the operation.
Maintenance access, parts availability, fuel economy, and servicing efficiency all play a role in Total Cost of Ownership (TCO). Poor layouts, overloaded service bodies, or vehicles operating outside their intended operating envelope can lead to higher fuel costs, increased downtime, and more frequent repairs across the life of the asset.
Purpose-built, engineered-for-purpose vehicles are designed around the actual servicing task and operating conditions. The result is generally a more cost effective vehicle with better long-term reliability, safer workflows, easier maintenance access, and lower operational downtime across the fleet.
7. Choose a supplier with engineering and support capability
The supplier behind the vehicle is just as important as the vehicle itself. A well-engineered service truck should be backed by proper documentation, local support, and a team that understands the operational demands of the industries and fleets operated.
At Shermac, every vehicle is designed, fabricated, and assembled in Australia using ISO9001:2015-certified processes and premium components suited to harsh mining and civil environments. Our team works closely with you during the specification stage to ensure each build is matched to the site, servicing tasks, and compliance requirements from day one.
Ongoing aftercare also matters long after delivery. Warranty support, spare parts availability, field servicing, and technical support all play an important role in reducing downtime and supporting long-term fleet management performance.
The right service vehicle specification improves reliability and productivity
Choosing the right service vehicle specs upfront can make a significant difference to safety, uptime, fuel efficiency, and long-term operating costs. When the vehicle is properly matched to the environment, servicing demands, and operational requirements, it becomes a more reliable and productive asset across the life of the fleet.
At Shermac, we work closely with customers to design engineered-for-purpose service trucks built for real Australian operating conditions. If you’re planning a new build or reviewing your current fleet setup, explore our range of mine-spec service trucks or speak with our team about the right specification for your operation.
When purchasing a new service vehicle, filtration systems are often overlooked in favour of tank capacity, storage layout, or pump performance. But in mining and heavy equipment operations, fluid cleanliness directly impacts fleet reliability, servicing quality, and long-term operating costs.
A poorly designed or poorly maintained filtration system can create serious operational problems over time. That’s why filtration should be considered a critical part of any mine-spec service vehicle purchase decision.
Why fluid cleanliness matters in fleet operations
Modern mining and civil equipment relies on clean diesel, oils, coolants, and hydraulic fluids to operate reliably under heavy loads and harsh site conditions. Today’s engines and hydraulic systems are built with tighter tolerances than ever before, meaning even small levels of contamination can accelerate wear and reduce component life. This is something you don’t want to be responsible for.
Dust, grit, water, and microscopic metal particles can enter fluid systems during storage, transfer, or servicing. Once contamination reaches critical components such as injectors, pumps, valves, or hydraulic systems, the result can be reduced performance, premature failures, and unplanned downtime.
In high-production environments, these failures quickly impact servicing schedules, fleet availability, and site productivity.
What filtration does in a service vehicle
Mine-spec Shermac service truck with integrated filtration and fluid dispensing systems supporting clean fuel and oil transfer in mining operations
Every time diesel, oil, coolant, or hydraulic fluid is transferred into a machine, there’s a risk of contamination entering the system. Service vehicle filtration systems are designed to remove harmful particles before they reach critical components across the fleet.
A properly engineered filtration setup helps:
Remove dust, water, grit, and microscopic metal particles from service fluids
Protect injectors, pumps, valves, and hydraulic systems from contamination-related wear
Maintain cleaner fuel and fluid transfer during servicing operations
Support efficient high-flow delivery without compromising fluid cleanliness
Reduce servicing disruptions caused by blocked or poorly maintained filters
Not all service trucks are built with the same approach to filtration. In some cases, filters are removed to increase fuel delivery speeds, creating unnecessary risk for high-value equipment. Poor-quality or clogged filtration systems can also restrict flow rates, slow servicing operations, and impact overall fleet productivity.
A well-designed filtration system should balance servicing efficiency with long-term equipment protection.
The real cost of poor filtration
Contaminated fuel and fluids can create serious operational and financial consequences across a mining or civil fleet. Even small particles of dust, grit, or metal can damage injectors, pumps, seals, and hydraulic components, accelerating wear and increasing the likelihood of premature failures.
Shermac has seen service vehicles operating with heavily clogged filters that hadn’t been maintained to the recommended service schedule. Left unresolved, restricted filters can slow fuel delivery and allow contaminants to pass through the system, increasing the risk of equipment damage and unplanned downtime.
In high-production environments, the costs escalate quickly. According to AZO Materials, large mining equipment can cost up to $15,000 per hour to operate, while major engine rebuilds can reportedly exceed $400,000. When servicing quality is compromised, the flow-on effects can include production delays, maintenance disruptions, equipment downtime, and significant repair costs across the fleet.
Filtration, OEM compliance and asset protection
Modern mining and civil equipment manufacturers place strict requirements on fluid cleanliness to protect engine and hydraulic system performance. Standards such as ISO 4406 are used to measure contamination levels in oils and fluids, helping operators maintain consistent servicing quality and equipment reliability.
Many OEMs, including Caterpillar, also provide contamination control guidelines that operators must follow to maintain warranty compliance and protect critical components from premature wear.
This is why Tier 1 mining operators prioritise high-quality filtration systems across their fleets. Effective filtration helps protect high-value assets, maintain cleaner servicing practices, reduce contamination-related failures, and support longer service intervals between maintenance events.
When equipment uptime directly impacts production targets, filtration becomes an important part of both operational reliability and long-term asset protection.
Why engineered filtration systems matter
Not all filtration systems deliver the same level of protection, servicing efficiency, or long-term reliability. Generic or retrofitted setups are often designed around basic fluid transfer requirements rather than the realities of high-production mining and civil operations.
An engineered filtration system is designed to support both contamination control and operator usability. That includes compatible high-flow systems, logical hose and filter placement, safe access for servicing, and layouts that simplify routine maintenance.
Shermac also integrates clogging alert systems that notify operators when filters require cleaning or replacement. This helps avoid unnecessary servicing while reducing the risk of restricted flow rates or contaminated fluid transfer.
With complete filter replacement costs on some service trucks reaching between $5,000 and $6,000, smarter filtration management can help reduce unnecessary maintenance costs while protecting high-value fleet assets over the long term.
Better filtration means lower whole-of-life costs
Effective filtration plays a critical role in protecting the productivity and long-term value of your fleet.
Cleaner fluid transfer reduces contamination-related wear, improves servicing quality, minimises rework, and helps avoid costly downtime across mining and civil operations. Over time, that can lead to lower repair costs, longer equipment life, and more efficient day-to-day fleet performance.
The right service vehicle setup is an investment in operational reliability. A conversation with the right engineering team early in the process can make a significant difference to long-term outcomes.
If you’re planning a new service truck purchase, talk to the Shermac team about your filtration requirements and operational goals. We’ll help you build a solution engineered for the way your fleet works.
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