Aircraft Acquisition Readiness Checklist™
Build Confidence Before You Buy
Every aircraft acquisition begins with understanding the mission.
Aircraft Acquisition Readiness Checklist™
Aircraft acquisitions frequently focus on range, speed, cabin comfort, and acquisition price. Yet many ownership frustrations emerge from assumptions that were never thoroughly tested during the evaluation process.
This checklist is intended for aircraft owners, family offices, boards, investment managers, and financing institutions seeking to identify potential blind spots before committing to an acquisition.
Purpose: Identify risks, assumptions, and operational constraints before purchase — not after entry into service.
1. Aircraft Suitability
- What problem is the aircraft intended to solve?
- Why was this aircraft selected over alternative aircraft?
- Which alternatives were evaluated and why were they rejected?
- Is additional range operationally valuable or simply desirable?
- Is the aircraft appropriately sized for typical passenger loads and baggage requirements?
- How frequently will the aircraft operate near maximum passenger capacity?
- Will actual utilization match the assumptions used during evaluation?
- Does the aircraft support anticipated future travel requirements as well as current needs?
2. Performance Assumptions
- Does the aircraft achieve published performance with your expected passenger loads and baggage?
- How sensitive is range to cabin completion weight?
- Have fuel reserves, alternates, weather, and operational margins been considered?
- Will the delivered aircraft perform differently from demonstration or marketing examples?
- Which routes are operationally critical?
- What happens when those routes cannot be flown as expected?
- Have payload-range trade-offs been evaluated using real mission profiles?
- How frequently will fuel stops be required under realistic conditions?
3. Airport Accessibility
- Can the aircraft use the airports closest to actual destinations?
- Are runway limitations likely to affect operations?
- Have elevation, temperature, and seasonal performance impacts been considered?
- Have ground transfer times been evaluated?
- Could a smaller aircraft provide faster door-to-door travel despite requiring occasional fuel stops?
- Have airport accessibility constraints been compared against actual travel patterns?
- Which destinations become inaccessible under typical operating conditions?
4. Aircraft Acceptance & Delivery
- Who represents the buyer during aircraft acceptance?
- Has an independent acceptance inspection been planned?
- How will discrepancies be documented?
- Who determines whether a discrepancy is acceptable?
- Which discrepancies must be resolved before acceptance?
- Which items may be deferred?
- What leverage remains after acceptance?
- Who bears responsibility for post-delivery rectification?
- Is there a documented entry-into-service plan?
5. Ownership Structure
- Is full ownership the most appropriate solution?
- Has shared ownership been evaluated?
- Have leasing structures been reviewed?
- Have charter alternatives been considered?
- Is the ownership structure aligned with actual utilization?
- Have succession, transfer, and long-term ownership considerations been reviewed?
6. Aircraft Management
- Will pilots be employed directly?
- Will a management company be used?
- How are management fees calculated?
- Are fuel, maintenance, handling, and procurement markups fully disclosed?
- How will management company performance be measured?
- Is there a documented operator selection process?
- What reporting and transparency standards are expected?
7. Crew & Staffing
- How many pilots are actually required?
- What assumptions support that staffing level?
- What are the implications of crew turnover?
- How frequently will crew members fly?
- What are the training and recurrent training obligations?
- Is cabin crew required for the intended mission profile?
- What is the contingency plan for crew unavailability?
8. Maintenance & Availability
- How many days per year is the aircraft expected to be unavailable?
- What major inspections are expected during the first five years?
- Where will maintenance events be performed?
- Have ferry flights and repositioning costs been considered?
- What happens when the aircraft becomes unavailable?
- Is replacement lift available?
- Is there a documented continuity plan?
- What dispatch reliability assumptions have been used?
9. Charter Assumptions
- Are charter revenue projections realistic?
- How will charter activity affect aircraft availability?
- How will charter activity affect interior condition?
- How will charter activity affect residual value?
- Does the owner maintain priority access at all times?
- Are charter utilization assumptions consistent with local market demand?
10. Privacy & Security
- Are aircraft movements publicly trackable?
- Is a privacy strategy required?
- Has an incident response plan been reviewed?
- Are passenger confidentiality requirements documented?
- Have cybersecurity implications been considered?
- Are travel security procedures appropriate for passenger profiles and destinations?
11. Financial Considerations
- What annual depreciation assumptions have been used?
- How sensitive are those assumptions to market conditions?
- What is the expected ownership cost after depreciation?
- What is the expected exit strategy?
- Have financing alternatives been reviewed?
- Have tax and registration implications been independently assessed?
- Have maintenance reserve and major event costs been modeled?
- What assumptions underpin residual value projections?
12. Long-Term Satisfaction
- What ownership frustrations are most commonly reported by current operators?
- Which assumptions are most likely to prove incorrect?
- What will disappoint the owner most if expectations are not met?
- What questions are not currently being discussed?
- If the acquisition decision were revisited in five years, what factors would determine whether it was successful?
Key Insight
Most acquisition problems are not caused by the aircraft itself. They arise from a mismatch between operational reality and the assumptions made during the purchasing process.
Many ownership frustrations are significantly easier — and considerably less expensive — to address before acquisition than after delivery.
An Independent Aircraft Suitability Assessment™ helps identify potential blind spots, validate assumptions, evaluate real-world mission requirements, and determine whether a proposed aircraft aligns with operational needs, utilization patterns, ownership objectives and long-term expectations.