Comparison of hiring vs owning equipment — capital + operating costs + utilization + tax + flexibility. Decision tool for fleet management + project economics.
Tower Crane 4 t capacity, 24 months required. Hire: ₹4.5 lakh / month × 24 = ₹1.08 cr (operator + fuel + maintenance included). Own: Purchase ₹85 lakh, dep 33 % over 24 months = ₹28 lakh + maintenance ₹15 lakh + operator ₹12 lakh = ₹55 lakh. Residual: ₹50 lakh. Net own cost: ₹5 lakh. Decision: Own (cost saving + post-project asset).
Equipment is the third-largest spend on construction projects after materials and labour — typically 10-18% of project cost. Wrong hire-vs-own decisions compound: own equipment sitting idle drains depreciation + storage + financing cost; over-hired equipment for long durations burns a project's margin.
For an Indian construction company with a project pipeline, the fleet strategy matters more than per-project decisions. A tower crane bought for one tower (24-month project) but redeployable to three subsequent towers is a different financial proposition than the same crane on a single 8-month bridge project.
This analysis is required whenever: - Equipment cost > ₹25 lakh and required period > 6 months - Multi-project potential exists - Project economics are tight (margin < 6%) - Specialty equipment is needed (where own = strategic capability)
Standard build-up for a like-for-like comparison:
Hire cost side: - Monthly hire rate (verify against 3 quotes) - Mobilisation + demobilisation lump sum - Operator: included or extra? (usually included for large equipment) - Fuel + lubricants: typically excluded; project bears - Maintenance: included (full-service hire) or excluded (dry hire) - Insurance: typically included in monthly rate - Idle time policy (some hires bill for stand-by days; some only working days)
Own cost side: - Capital cost: purchase price ex-works + freight + duty + commissioning (≈ 1.1-1.2× ex-works) - Depreciation: per IT Act, 33% (15% for some classes, 40% for new green/sustainable equipment per amendments). Use SLM for project costing; WDV for IT filing. - Insurance: 1-1.5% of WDV per annum - Maintenance: ~5-8% of capital cost per annum (varies by equipment class) - Operator + helpers: salary + PF + bonus + leave - Fuel + lubricants: hours × consumption rate × ₹/L (diesel ₹85-95/L) - Storage: yard charge / company yard allocated cost - Financing cost: if purchased on loan, interest at WACC (typically 10-12% for contractors) - Residual value: usually 25-40% of capital cost at end of useful life; depends on resale market
Comparison metrics: - Total Cost of Ownership (TCO) for project period - Cost-per-hour (TCO ÷ hours of utilization) - Sensitivity: what if utilization is 50% of expected? 30%? - Cash-flow profile (own = lump-sum + ongoing; hire = level monthly) - Strategic value (own = capability; hire = optionality)
1. Ignoring utilization risk — analysis assumes 80% utilization; actual is 45%. Own cost per hour is now 1.8× the assumed; hire would have won.
2. Hidden hire costs — analysis uses headline monthly rate; misses mobilisation, GST, idle-day billing, repair recovery clauses.
3. No residual value modelling — own analysis ignores resale; cost looks worse than it is. Conversely, over-estimating residual flatters own case unfairly.
4. Wrong depreciation method — IT Act WDV gives front-loaded depreciation; SLM gives even spread. Mixing methods confuses analysis.
5. Ignoring financing cost — buying via loan adds interest cost; analysis without WACC understates own cost.
6. No maintenance reality — assuming OEM contract pricing; actual on Indian sites is 1.5-2× due to dust, vibration, harsh conditions.
7. Operator + helper cost wrong — using base salary; actual cost-to-company is 1.4-1.6× (PF + ESI + leave + bonus).
8. No alternative-use case — equipment bought for project A; project B in pipeline; not modelled.
9. No down-time provision — analysis assumes equipment works every scheduled day; reality is 8-15% breakdown / maintenance days.
10. Tax benefit double-counted — depreciation deducted both in cost and in tax savings; correct treatment is to net (after-tax cost of ownership).
Companion PMC formats: - Equipment Log (PMC-EQP-LOG-003) — utilization tracking - Equipment Daily Utilization Report (PMC-EQP-RPT-002) - Cost Control Report (PMC-BIL-LOG-004) - Project Equipment Management Plan (PEMP)
Standards + references: - CPWD Specifications 2019 — Equipment standards + accreditation - Income Tax Act 1961 — Schedule of Depreciation (Sec 32 + Rule 5) - GST Act 2017 — Input Tax Credit on capital goods (Sec 17 + 18) - Companies Act 2013 — Schedule II — useful life of plant + machinery - CE Mark / IS Standards — for safety + certification of imported equipment - CMA India / NHBF benchmarks — equipment productivity norms