Equipment Cost Analysis
Document Type: Guide
Version: 1.0
Last Updated: February 2026
Distribute To: CFO, Controller, Operations Manager, Equipment Manager
Purposeβ
Establish procedures for analyzing equipment costs to support lease vs. buy decisions, optimize utilization, and ensure accurate job costing.
Why Equipment Cost Analysis Mattersβ
Equipment Decisions Impact:β
- Significant capital investment
- Long-term financial commitment
- Job cost accuracy
- Tax implications
- Cash flow
- Operational flexibility
Without Analysis:β
- Overpay for equipment
- Undercharge jobs
- Miss tax benefits
- Tie up capital unnecessarily
- Lose competitive advantage
Equipment Cost Componentsβ
Total Cost of Ownership (TCO):β
================================================================
TOTAL COST OF OWNERSHIP
================================================================
Equipment: _______________________________________________
Purchase Price/Value: $________________
Expected Life (years): _____
Expected Hours/Year: _____
================================================================
OWNERSHIP COSTS (Fixed):
Depreciation:
Purchase price: $________________
Salvage value: $________________
Depreciable base: $________________
Life (years): _____
Annual depreciation: $________________
Interest/Financing:
Loan amount: $________________
Interest rate: _____%
Annual interest: $________________
Insurance:
Annual premium: $________________
Property tax (if applicable):
Annual tax: $________________
Storage/parking:
Annual cost: $________________
TOTAL ANNUAL OWNERSHIP: $________________
Per hour (at _____ hours): $________________
----------------------------------------------------------------
OPERATING COSTS (Variable):
Fuel:
Consumption: _____ gal/hour
Price: $_____ /gal
Cost per hour: $________________
Maintenance:
Scheduled maintenance: $_______ /year
Per hour: $________________
Repairs (historical average):
Annual repairs: $_______
Per hour: $________________
Tires/tracks/wear items:
Annual cost: $_______
Per hour: $________________
Operator (if included in rate):
Hourly rate (loaded): $________________
TOTAL OPERATING/HOUR: $________________
----------------------------------------------------------------
TOTAL COST PER HOUR:
Ownership: $_______ /hour
Operating: $_______ /hour
TOTAL: $_______ /hour
================================================================
Hourly Rate Calculationβ
Standard Rate Calculation:β
================================================================
EQUIPMENT RATE CALCULATION
================================================================
Equipment ID: _______ Description: _________________________
----------------------------------------------------------------
OWNERSHIP COSTS (Annualized):
| Item | Annual Cost | Notes |
|------|-------------|-------|
| Depreciation | $ | Straight-line or accelerated |
| Interest/opportunity cost | $ | Actual or imputed |
| Insurance | $ | Equipment floater |
| Property tax | $ | If applicable |
| Storage | $ | Allocated yard cost |
| Licenses/registration | $ | Annual fees |
TOTAL OWNERSHIP: $____________/year
----------------------------------------------------------------
OPERATING COSTS (Per Hour):
| Item | Cost/Hour | Notes |
|------|-----------|-------|
| Fuel | $ | Based on consumption |
| Lubricants | $ | Typically 15% of fuel |
| Maintenance | $ | Scheduled |
| Repairs | $ | Historical average |
| Tires/tracks | $ | Prorated |
TOTAL OPERATING: $____________/hour
----------------------------------------------------------------
RATE CALCULATION:
Expected annual hours: _____________
Ownership rate: $____________/year Γ· ____________ hours = $______/hour
Operating rate: $____________/hour
---------------------------------
INTERNAL RATE: $____________/hour
Markup for external billing: _____%
EXTERNAL BILLING RATE: $____________/hour
================================================================
Utilization Impact:β
| Annual Hours | Ownership/Hour | Operating/Hour | Total/Hour |
|---|---|---|---|
| 500 (low) | |||
| 1,000 (typical) | |||
| 1,500 (high) | |||
| 2,000 (very high) |
Key Insight: Lower utilization = higher cost per hour. Underutilized equipment is expensive.
Lease vs. Buy Analysisβ
Decision Framework:β
================================================================
LEASE VS. BUY ANALYSIS
================================================================
Equipment: _______________________________________________
Need duration: ____________ months/years
Expected usage: ____________ hours/year
================================================================
OPTION 1: PURCHASE
Purchase price: $________________
Down payment: $________________
Financed amount: $________________
Term: _____ months
Interest rate: _____%
Monthly payment: $________________
Total payments: $________________
Salvage value (end of use): $________________
Net purchase cost: $________________
Tax benefits:
Depreciation deduction value: $________________
Interest deduction value: $________________
Total tax benefit: $________________
NET COST TO PURCHASE: $________________
----------------------------------------------------------------
OPTION 2: LEASE
Monthly lease payment: $________________
Lease term: _____ months
Total lease payments: $________________
Buyout at end (if any): $________________
Total lease cost: $________________
Tax benefit (deductible payments): $________________
NET COST TO LEASE: $________________
----------------------------------------------------------------
OPTION 3: RENT (Short-term)
Daily rate: $________________ Weekly: $________________ Monthly: $________________
Expected rental period: _____________
Total rental cost: $________________
----------------------------------------------------------------
COMPARISON:
| Factor | Purchase | Lease | Rent |
|--------|----------|-------|------|
| Total cost | $ | $ | $ |
| Monthly cash outflow | $ | $ | $ |
| Down payment required | $ | $ | $0 |
| Ownership at end | Yes | Maybe | No |
| Tax benefits | Depreciation | Deductible | Deductible |
| Flexibility | Low | Medium | High |
| Off-balance sheet | No | Maybe | Yes |
RECOMMENDATION: β Purchase β Lease β Rent
Rationale:
___________________________________________________________
================================================================
Decision Guidelines:β
| Scenario | Likely Best Option |
|---|---|
| Long-term need (5+ years), high utilization | Buy |
| Medium-term need (2-4 years), moderate use | Lease |
| Short-term/project-specific need | Rent |
| Specialized/rapidly changing technology | Lease or rent |
| Cash constrained | Lease |
| Maximize tax benefits now | Buy (bonus depreciation) |
| Uncertain project pipeline | Rent |
Utilization Trackingβ
Monthly Equipment Report:β
================================================================
EQUIPMENT UTILIZATION REPORT
================================================================
Month: _______________
| Equip ID | Description | Hours Used | Hours Avail | Util % | Jobs |
|----------|-------------|------------|-------------|--------|------|
| | | | | | |
| | | | | | |
| | | | | | |
----------------------------------------------------------------
FLEET SUMMARY:
Total equipment pieces: _____
Average utilization: _____%
Underutilized (under 50%): _____
At capacity (over 90%): _____
----------------------------------------------------------------
ANALYSIS:
Equipment consistently underutilized:
| Equipment | Avg Utilization | Action |
|-----------|-----------------|--------|
| | | β Sell β Rent out β Keep |
Equipment at capacity:
| Equipment | Demand | Action |
|-----------|--------|--------|
| | | β Add unit β Rent supplement |
================================================================
Utilization Benchmarks:β
| Utilization | Status | Action |
|---|---|---|
| over 80% | Optimal | Monitor capacity |
| 60-80% | Acceptable | Normal operations |
| 40-60% | Below target | Evaluate need |
| under 40% | Underutilized | Consider selling/disposing |
Job Costing for Equipmentβ
Charging Jobs:β
Internal Equipment Charges:
Hours used on job Γ Internal rate = Equipment cost charged
Example:
Excavator: 40 hours Γ $85/hour = $3,400 charged to job
Why This Matters:
- Accurate job profitability
- Consistent bidding
- Equipment cost recovery
- Performance measurement
Equipment Charge Log:β
================================================================
EQUIPMENT USAGE LOG
================================================================
Project: _______________________ Week of: _______________
| Date | Equipment | Operator | Hours | Rate | Total |
|------|-----------|----------|-------|------|-------|
| | | | | | |
| | | | | | |
WEEKLY TOTAL: $________________
================================================================
Maintenance Cost Trackingβ
Equipment Maintenance Record:β
================================================================
EQUIPMENT MAINTENANCE LOG
================================================================
Equipment ID: _______ Description: _________________________
Year purchased: _____ Purchase price: $________________
----------------------------------------------------------------
SERVICE HISTORY:
| Date | Type | Description | Cost | Hours at Service |
|------|------|-------------|------|------------------|
| | β PM β Repair | | |
| | β PM β Repair | | |
| | β PM β Repair | | |
YTD Maintenance: $________________
YTD Repairs: $________________
Total YTD: $________________
Cost per hour (YTD): $________________ (at _____ hours)
----------------------------------------------------------------
LIFECYCLE COST TRACKING:
| Year | Hours | Maintenance | Repairs | Total | Cost/Hour |
|------|-------|-------------|---------|-------|-----------|
| Year 1 | | | | | |
| Year 2 | | | | | |
| Year 3 | | | | | |
Cumulative: _____ hours, $____________ total, $______/hour
================================================================
Maintenance Benchmarks:β
| Equipment Type | Target Cost/Hour | Action Threshold |
|---|---|---|
| Excavators | $8-12 | over $15 evaluate |
| Loaders | $6-10 | over $12 evaluate |
| Trucks | $4-8 | over $10 evaluate |
| Small equipment | $2-5 | over $7 evaluate |
Replacement Analysisβ
When to Replace:β
================================================================
EQUIPMENT REPLACEMENT ANALYSIS
================================================================
Equipment: _______________________ Age: _____ years
Current hours: _____ Estimated remaining life: _____ hours
----------------------------------------------------------------
KEEP OPTION:
Current value (FMV): $________________
Remaining depreciation: $________________
Expected costs next 2 years:
Maintenance: $________________
Repairs: $________________
Downtime cost: $________________
Total: $________________
Value at end of 2 years: $________________
Net cost to keep: $________________
----------------------------------------------------------------
REPLACE OPTION:
New equipment cost: $________________
Trade-in/sale value: $________________
Net acquisition cost: $________________
Expected costs next 2 years:
Maintenance: $________________
Repairs: $________________
Total: $________________
Net cost to replace: $________________
----------------------------------------------------------------
COMPARISON:
Keep cost: $________________
Replace cost: $________________
Advantage: β Keep ($______) β Replace ($______)
Qualitative factors:
β Reliability concerns
β Technology improvements
β Fuel efficiency
β Safety features
β Warranty coverage
β Customer perception
RECOMMENDATION: β Keep β Replace
================================================================
Replacement Triggers:β
| Trigger | Description |
|---|---|
| Economic | Repair costs exceed value or replacement is cheaper |
| Reliability | Frequent breakdowns affecting operations |
| Technology | New equipment significantly more productive |
| Safety | Equipment no longer meets safety standards |
| Compliance | Emissions or other regulatory requirements |
Fleet Optimizationβ
Annual Fleet Review:β
================================================================
ANNUAL FLEET REVIEW
================================================================
Year: _______
----------------------------------------------------------------
FLEET SUMMARY:
| Category | Count | Avg Age | Avg Utilization | Total Value |
|----------|-------|---------|-----------------|-------------|
| Heavy equipment | | | | |
| Trucks | | | | |
| Trailers | | | | |
| Small equipment | | | | |
| Vehicles | | | | |
| TOTAL | | | | |
----------------------------------------------------------------
ACTIONS:
Sell/dispose:
| Equipment | Reason | Est. Value |
|-----------|--------|------------|
| | | |
Purchase:
| Equipment | Reason | Est. Cost |
|-----------|--------|-----------|
| | | |
Net fleet change: $________________
================================================================
Tax Considerationsβ
Depreciation Options:β
| Method | Description | Best For |
|---|---|---|
| Bonus depreciation | 60% first year (2026) | High-profit years |
| Section 179 | Expense up to limit | Smaller purchases |
| MACRS | Standard schedule | Normal operations |
Tax Planning:β
- Time purchases for maximum benefit
- Consider entity structure
- Coordinate with CPA
- Monitor phase-out schedules
Related Documentsβ
- Job Costing Procedures
- Capital Budget
- Asset Management
- Tax Planning
Template provided by support.construction. Know what your equipment really costsβthen charge accordingly.