10 Steps to Implementing Construction Equipment Economics

Construction Equipment Economics V2 lays out the core principles of equipment economics. To get started, what do you do first?

Co-authored by Michael Kelley and Mike Vorster, The 10 Steps - How to Implement the Essentials of Construction Equipment Economics lays out the framework to bring order and structure to your fleet. This book provides the roadmap to go from your first machine to a world-class fleet management program, implementing the essentials of Construction Equipment Economics V2.

Success comes not from knowledge but from the implementation of that knowledge.

10 Steps book cover
Step 1 - Organize Yourself

Set up a clear organizational structure before touching the fleet. Define roles, responsibilities, authority, and accountability, and ensure all key equipment functions are covered. Without structure, chaos is inevitable.

Step 2 - Organize Your Fleet

Structure your fleet into groups, categories, and rate classes so assets can be managed appropriately. Assign performance standards and create a cost recovery system to track and allocate equipment costs effectively.

Step 3 - Define Your Cost Types

Understand the difference between owning costs, which are fixed and finance-driven, and operating costs, which are variable and usage-driven. Learn how utilization and reliability affect both. This step is the foundation for accurate costing, budgeting, and decision-making.

Step 4 - Collect & Verify Data

You must know where equipment is and what it’s doing. Use technology such as GPS and telematics, then reconcile it with field reports to create a single source of truth for location and status data.

Step 5 - Utilization Above All

Maximize the time machines are actually working. Identify and reduce waste such as standby, downtime, and idle assets. Measure utilization consistently and drive behavior change across operations, estimating, and maintenance.

Step 6 - Reliability Before Availability

Focus on preventing breakdowns, not just fixing them. Measure reliability, or the frequency of failures, using RED events. Improving reliability reduces downtime, cost, and disruption, and ultimately improves availability.

Step 7 - Manage Age

Equipment has an optimal lifecycle — its “sweet spot.” Replace or rebuild machines before costs spike. Use tools like churn charts and follow the principle “buy what you burn” to maintain a healthy fleet and plan CAPEX.

Step 8 - Charge Jobs Fairly

Use rates and charge codes to allocate equipment costs correctly. Avoid oversimplified single rates. Dual-rate systems better reflect fixed versus variable costs and expose inefficiencies like standby time.

Step 9 - Build the Rate

Develop internal equipment rates by estimating owning and operating costs using methods like first principles or historical data. Rates are estimates, so accuracy depends on assumptions and continuous refinement.

Step 10 - Produce Your Budget

Run a continuous loop: estimate, track, analyze, and change behavior. Budgets are not static; they are tools to drive improvement and align operations with financial performance.

Core Takeaway

Be proactive, data-driven, and structured. Success comes from integrating organization, cost understanding, utilization, reliability, and long-term planning into one system.

About the Authors

Mike Vorster & Michael Kelley

Michael Kelley

Michael Kelley is featured by Silvertrek Systems as a certified Vista Implementer, accounting expert, educator, and hands-on problem solver. Silvertrek's public materials highlight his focus on translating complex construction accounting and equipment workflows into practical, usable systems.

Mike Vorster

Mike Vorster is the author of Construction Equipment Economics V2 and leads C.E.M.P. Central, which focuses on training and consulting for construction, mining, and quarrying equipment fleets. His work emphasizes implementation and the use of lead indicators to improve utilization, reliability, and cost outcomes.