ROI calculator · Volgarde
How many downtime hours and dollars your fleet leaves unmonitored.
Five fields is enough to size what a continuous agent loop changes in your year — AOG hours avoided, downtime dollars avoided, MRO efficiency, and an alert-latency bonus. Every assumption is conservative: no promise that wouldn't survive a PMI audit.
Aircraft in fleet
AOG hours / year (unplanned + scheduled)
Alert → fix latency (hours)
Annual MRO spend (USD)
Conservative estimate.
USDEstimations, not facts
Estimated annual savings
$3,717,600
Conservative band — anchored to your fleet
$2,847,000 – $4,588,200
Sum of the three levers, low to high.
Critical events prevented / year
12 – 34 events / year
60–85 % of detected alerts prevent an unscheduled event
$ saved — avoided downtime
$2,700,000 – $4,320,000
Band based on conservative per-AOG-hour cost.
$ saved — MRO efficiency
$120,000 – $225,000
Band based on 8–15 % of annual MRO spend.
Alert-latency bonus
$27,000 – $43,200
Uplift tied to current alert → fix latency.
= $237,250 – $382,350 / month equivalent
≈ $8,541,000 – $13,764,600 over 3 years (cumulative)
AOG hours avoided / year
150 h – 240 h
Predictive alerts detected / year
20 – 40 alerts / year
Conservative assumptions: 25–40 % AOG hours avoided, 8–15 % MRO efficiency, and the 8–12 wks / fleet window cited in /faq.
Volgarde · Stage of first flight
Ready to share this estimate with the team?
Built from your inputs — share with the architect.
Estimate (low–high)
Answer within 24 business hours
Both options pre-fill your estimate for the architect.
- ⌖8–12 week deployment per fleet — see /faq.
- ☁AWS · Azure · on-prem outposts — see /faq.
- ½
Why conservative
25–40 % AOG hours avoided, 8–15 % MRO efficiency: based on Volgarde's typical year-1 KPIs, written into a contractual KPI contract.