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Build vs Buy — Aviation

Weigh SaaS subscriptions against a custom build for Aviation — see the multi-year total cost of ownership and which path wins.

What this means for Aviation

  • MRO operations are paper-and-PDF heavy — task cards, NRCs, sign-offs, and parts-traceability records create a brittle audit trail.
  • Aircraft-on-ground (AOG) events cost $10K-$150K per hour and the parts-positioning logic to prevent them lives in tribal knowledge in two senior planners.
  • Regulatory burden (FAA, EASA, CAA, Part 145, Part 121) is sustained and the cost of a finding is operational disruption plus reputational damage.

Where it pays to act

  • Predictive-maintenance AI on engine and airframe sensor data (the Delta TechOps and engine-OEM playbook), plus MRO-shop-floor scheduling AI.
  • AOG-prevention AI — parts-positioning, supplier-lead-time prediction, and the workflow that pre-stages high-risk parts at base airports.

Adjust the inputs to match your Aviation context.

₹2,000
25
10%
₹15 L
15%
3 yr

Total cost of ownership

SaaS total (3yr)

₹19.9 L

Custom build total

₹21.8 L

Difference (cheaper to buy)

₹1.89 L

Breakeven

What this means

A hybrid path fits best.

For Aviation, the gap is ₹1.89 L over 3 years — close enough that a hybrid approach (buy core, build differentiating layers) often wins.

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Build vs buy — summary

SaaS total (3yr)₹19.9 L
Custom build total₹21.8 L
Difference₹1.89 L cheaper to buy
Breakeven

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