The lease rate you charge today doesn't tell you what this aircraft will cost you at redelivery

Aircraft asset intelligence is the continuous, independent monitoring of how a leased aircraft is actually used and how its operating and engine behaviour evolve throughout the lease term — rather than relying only on periodic inspections and operator-reported data.

It combines flight data monitoring, aircraft utilization and operating profiles, flight events and loads, and engine health monitoring to give lessors an independent data layer across the lease lifecycle.

This helps lessors identify abnormal usage and emerging technical trends earlier, assess potential maintenance exposure, and approach redelivery with a stronger historical evidence base.

A flight operations platform such as Flight Schedule Pro helps operators manage scheduling, training, maintenance workflows, compliance, and aircraft utilization, but it is primarily an operational management system rather than an independent onboard source of aircraft and engine data.

Intuos connects the physical aircraft directly to the digital asset record. Its IFU automatically captures actual utilization, flight profiles, loads, and events, while AEM monitors changes in engine acoustic and vibration behaviour. These data are brought together in the Intuos platform to provide a continuous, independent view of how the aircraft is actually being used and how its operating and engine behaviour evolve over time.

For lessors, this means moving beyond where the aircraft is or what has been reported about it to an independent data layer that can support maintenance-reserve reconciliation, technical assessment, and redelivery decisions.

However, Intuos can be installed at any point during an existing lease. The earlier it is installed, the more historical data you accumulate and the greater the visibility you have before redelivery.

Installing it only shortly before redelivery still provides useful data, but limits the ability to understand how the aircraft has been operated over the full lease period.

No. The IFU is a plug-and-play device installable by an approved CAMO/CAO or Part-145 organization, and removable at end of lease or at any time.

Each module delivers standalone value but achieves maximum ROI when integrated natively: telemetry flows automatically from the units into training records, maintenance logs, and compliance calendars without any manual data entry or API configuration.

The lessor can access agreed aircraft utilization, operating-profile, flight-event, and engine-behaviour data, while the operator continues to manage day-to-day aircraft operations.

Data access, sharing rights, and responsibilities are defined in the applicable agreement.

Data is stored locally and automatically synced as soon as connectivity (4G or satellite) becomes available.

Intuos data can provide an independent historical record of aircraft utilization, flight timelines, and monitored events that may support the assessment of a contractual dispute.

It does not replace official technical or maintenance documentation, nor does it independently establish breach, causation, or liability. The admissibility and evidentiary weight of the data depend on the applicable contract, circumstances, and jurisdiction.

Ideally, yes. Installing Intuos at delivery creates a clear baseline and allows you to build a continuous history of aircraft utilization, hours, cycles, operating profiles, flight events, and engine behaviour throughout the lease.

However, Intuos can be installed at any point during an existing lease. The earlier it is installed, the more historical data you accumulate and the greater the visibility you have before redelivery.

Installing it only shortly before redelivery still provides useful data, but limits the ability to understand how the aircraft has been operated over the full lease period.

A GPS/satellite tracker such as Garmin inReach is primarily designed to tell you where the aircraft is and provide tracking and communication capabilities. It does not provide aviation-grade flight dynamics, load and hard-landing detection, or dedicated engine-health monitoring.

A flight operations platform such as Flight Schedule Pro helps operators manage scheduling, training, maintenance workflows, compliance, and aircraft utilization, but it is primarily an operational management system rather than an independent onboard source of aircraft and engine data.

Intuos connects the physical aircraft directly to the digital asset record. Its IFU automatically captures actual utilization, flight profiles, loads, and events, while AEM monitors changes in engine acoustic and vibration behaviour. These data are brought together in the Intuos platform to provide a continuous, independent view of how the aircraft is actually being used and how its operating and engine behaviour evolve over time.

For lessors, this means moving beyond where the aircraft is or what has been reported about it to an independent data layer that can support maintenance-reserve reconciliation, technical assessment, and redelivery decisions.

However, Intuos can be installed at any point during an existing lease. The earlier it is installed, the more historical data you accumulate and the greater the visibility you have before redelivery.

Installing it only shortly before redelivery still provides useful data, but limits the ability to understand how the aircraft has been operated over the full lease period.

A maintenance reserve is an amount paid by the lessee to the lessor, typically based on flight hours, cycles, or other agreed utilization metrics, to provide for major future maintenance events such as engine overhaul or replacement of life-limited components.

The adequacy of the reserve depends on accurate utilization data and the assumptions built into the lease. If actual hours, cycles, or usage differ from what is reported or anticipated, the accumulated reserve may not align with the maintenance exposure when the event becomes due.

Independent aircraft data gives the lessor an additional way to verify actual utilization against reported figures and the assumptions underlying the reserve.

It combines flight data monitoring, aircraft utilization and operating profiles, flight events and loads, and engine health monitoring to give lessors an independent data layer across the lease lifecycle.

This helps lessors identify abnormal usage and emerging technical trends earlier, assess potential maintenance exposure, and approach redelivery with a stronger historical evidence base.

A flight operations platform such as Flight Schedule Pro helps operators manage scheduling, training, maintenance workflows, compliance, and aircraft utilization, but it is primarily an operational management system rather than an independent onboard source of aircraft and engine data.

Intuos connects the physical aircraft directly to the digital asset record. Its IFU automatically captures actual utilization, flight profiles, loads, and events, while AEM monitors changes in engine acoustic and vibration behaviour. These data are brought together in the Intuos platform to provide a continuous, independent view of how the aircraft is actually being used and how its operating and engine behaviour evolve over time.

For lessors, this means moving beyond where the aircraft is or what has been reported about it to an independent data layer that can support maintenance-reserve reconciliation, technical assessment, and redelivery decisions.

However, Intuos can be installed at any point during an existing lease. The earlier it is installed, the more historical data you accumulate and the greater the visibility you have before redelivery.

Installing it only shortly before redelivery still provides useful data, but limits the ability to understand how the aircraft has been operated over the full lease period.

In a dry lease, the lessor provides the aircraft only — the lessee supplies the crew and holds operational control. In a wet lease, the lessor provides the aircraft together with crew, maintenance, and insurance, and typically retains operational control. Light aircraft leasing for flight schools and aeroclubs is almost always structured as a dry lease or a leaseback; wet lease terminology usually applies to commercial/charter aviation contexts.

Redelivery disputes can arise when the aircraft’s actual status, utilization, technical records, or physical condition do not align with the return conditions agreed in the lease.

Typical issues include incomplete or inconsistent maintenance records, discrepancies in reported flight hours or cycles, unresolved maintenance requirements, component or life-limit status, undocumented or disputed operating events, physical condition, and compliance with applicable Airworthiness Directives and contractual requirements relating to Service Bulletins.

How does flight data monitoring help support an aircraft’s residual value?

Flight data monitoring provides an independent historical record of how an aircraft has actually been operated — including utilization, flight profiles, cycles, loads, and monitored events such as hard landings or acceleration exceedances — rather than relying on total flight hours alone.

Two aircraft with similar flight hours can have experienced very different operating profiles. An aircraft predominantly flown cross-country and one used intensively for flight training may accumulate very different numbers of cycles, landings, loads, and operating events.

This additional evidence gives lessors and asset owners a more complete picture of the aircraft’s operating history, supporting technical assessment, maintenance planning, redelivery, re-leasing, and residual-value decisions.

It complements — rather than replaces — logbooks, maintenance records, physical inspections, and formal aircraft valuations.