Benchmarks · Production Data
There is almost no published data on how well leased and company-operated fleets are actually used. These benchmarks are measured in production — a UnityTrip deployment at a multinational LNG producer moving 30,000+ passengers a month across leased aircraft, chartered vessels, and commercial carriers. Figures may be reused with attribution.
~40%
Seat utilisation, unmanaged. The industry average for comparable small-fleet operations: bookings are first-come, no-shows carry no cost, and freed seats fly empty.
90%+
Seat utilisation, policy-governed. Achieved in production with a priority matrix, quotas, booking windows, and real-time go-show automation filling seats the moment they open.
~50%
Reduction in no-shows. Penalty points scaled to departure proximity, reason-aware exceptions, and bans that still let a colleague book on the offender's behalf — converted into go-shows rather than empty seats.
80%
Of travel logistics previously considered too complex to automate — now running as an automated, policy-governed workflow. Before the deployment, only 20% was automated.
6 weeks
Cloud migration and onboarding. Tenant provisioning is infrastructure-as-code and onboarding is configuration, not a migration project.
30,000+
Passenger movements per month in the measured deployment, alongside 4,000+ approved expense claims per month — the scale at which these benchmarks hold.
Why utilisation is the number that matters
The cost of a leased aircraft, vessel, or vehicle is committed whether or not anyone is in the seat. Every point of utilisation recovers money already spent.
Because the seat has no fare, money cannot ration demand — the policy has to. The levers that move utilisation from ~40% to 90%+ are a priority matrix, quotas, booking windows, penalty points, and go-show automation. The mechanics are covered in no-shows, go-shows, and the cost of empty seats, and the full deployment story is in the case study.
Methodology and sourcing
FAQ
Unmanaged leased-fleet operations typically run around 40% seat utilisation — the industry average for comparable small-fleet operations. With policy-driven allocation (priority, quotas, booking windows) and real-time go-show automation, utilisation above 90% is achievable: that figure is measured in production at a multinational LNG producer running 30,000+ passenger movements a month.
Roughly 50%, based on production results at a multinational LNG producer. The mechanics that achieve it: penalty points scaled to how close to departure the no-show or cancellation occurs, reason-aware exceptions, bans that still allow a colleague to book on the offender's behalf, and go-show automation that fills the freed seat.
Because the seat has no fare, nothing rations demand: bookings are first-come, no-shows carry no cost to the traveller, and batch-oriented systems cannot fill a seat freed minutes before departure. The cost of the aircraft, vessel, or vehicle is committed regardless of occupancy, so every empty seat is money already spent.
From a production UnityTrip deployment at a multinational LNG producer, managing leased aircraft, chartered vessels, and commercial carriers — 30,000+ passenger movements and 4,000+ approved expense claims a month. Figures are rounded; the ~40% baseline is the industry average for comparable small-fleet operations. The figures may be reused with attribution to UnityTrip.
Move your own numbers
The gap between ~40% and 90%+ is policy, not luck. Start with the rules that allocate your seats.