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● YT VIDEO ·MojoGrip ·June 23, 2026 ·01:30Z

How I Afford My Planes And Lifestyle

I run a medical company. I'm a CEO of a medical company which I I happen to own and uh it's hard to say I have a lot of free time because voluntarily I could make free time, but anyone that runs a business knows that if you're absent your business suffers.
Detailed analysis

A Part 91 owner-operator flying a 1984–1986 Piper Malibu with a Continental engine offers a detailed case study in mission-specific aircraft selection, making a compelling argument that the earliest production Malibus — largely overlooked in favor of the more common Lycoming-powered Mirage and M350 variants — represent a distinct and underappreciated segment of the pressurized single-engine piston market. The speaker, a medical company CEO who structures his schedule around a four-day work week to preserve weekend flying time, operates the Continental-powered Malibu for cross-country legs of up to 1,000 nautical miles, citing a fuel burn of approximately 14 to 14.5 gallons per hour at altitude — roughly half that of the later Lycoming TIO-540-powered variants. That efficiency advantage translates directly into range and useful load flexibility: he describes completing a four-person, New Jersey-to-Florida leg on approximately 70 gallons, a trip that Mirage and M350 owners widely acknowledge requires a fuel stop when carrying passengers and full bags.

The trade-off is mechanical: the 1984–1986 Malibus used a Garwin (often referred to colloquially as "Gar Canyon") landing gear actuation system that has since been discontinued, making reseal work and parts sourcing increasingly difficult. This is not a trivial maintenance consideration for operators who depend on the aircraft for time-sensitive travel, and any prospective buyer must factor in the shrinking support ecosystem for that gear system against the operational benefits of the lower fuel burn. The owner acknowledges this risk openly, suggesting that the value proposition is sound only for buyers who enter the transaction with full awareness and a maintenance strategy in place. His annual inspection costs of $6,500 to $7,000 — low for a turbocharged, pressurized cabin-class single — appear to reflect a well-maintained airframe with no deferred items, reinforcing that ownership economics in this category are highly sensitive to maintenance discipline.

For professional and corporate pilots evaluating owner-flown cabin-class singles, the Continental-Malibu discussion illuminates a broader calculus that applies across the pressurized piston and light turboprop segments: the published specifications of newer or better-known models do not always win on a cost-per-mile or range-per-passenger basis when older, lower-production-cost variants are properly maintained. The owner's pending transition to a TBM — driven by a desire for higher cruise speeds rather than dissatisfaction with the Malibu — follows a well-documented upgrade path common among owner-pilots who enter pressurized singles and subsequently develop appetite for turbine performance. The TBM 700, 850, 900, and 960 series have become a dominant choice in that next tier, offering 300-plus knot cruise speeds and single-pilot turbine reliability under Part 91, with operating costs that, while substantially higher, remain well below light twin turboprops.

The broader operational philosophy articulated here — deliberately keeping aviation separate from revenue generation to protect it as a personal asset rather than a business tool — is a minority view in a community where charter, leaseback, and Part 135 cost-sharing arrangements are frequently promoted as ownership cost mitigators. The owner's position has a practical basis: the regulatory and operational demands of commercial operations introduce crew scheduling, certificate management, and customer service obligations that fundamentally alter the nature of the flying. His use of Starlink for in-flight connectivity reflects the accelerating adoption of low-earth-orbit broadband across the owner-flown segment, where the ability to maintain business productivity in the cabin — without the aircraft itself becoming a business — increasingly defines the value of personal aviation for high-net-worth operators. The advice directed at newer pilots to simply purchase an airworthy aircraft rather than attempt financial justification reflects a widely held but rarely stated truth among experienced owners: the economic case for personal aircraft ownership rarely closes on a spreadsheet, and waiting for it to do so reliably prevents entry entirely.

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