VREF | The Truth About the Aviation Market

An $8 million Citation CJ4 is sitting on a ramp. The owner isn’t flying it. He isn’t even in the country. A line guy hooks up a tug, gets distracted, and tows it into a hangar improperly.

Forty seconds later, the damage is done.

The aircraft is repaired correctly, returned to service, and made completely airworthy. But when it comes out the other side, it’s worth nearly $2 million less than it was that morning.

That loss isn’t the repair bill. It sits on top of it.

It’s called diminution of value—and it may be one of the most expensive risks in aircraft ownership that almost nobody explains until it’s too late.
In this episode:
• Why a legally minor event can create a six- or seven-figure market loss
• Why the FAA’s definition of “substantial damage” and the market’s definition are very different
• How tugs, cars, buses, hail, hangar doors, prop strikes, and ground equipment can destroy aircraft value without ever becoming headline accidents
• Why paying cash for a repair doesn’t make damage invisible—it makes it undocumented
• How insurers actually decide between repair and total loss
• Why “repairable” means the repair makes economic sense for the carrier—not necessarily that it makes the owner whole
• The critical difference between first-party and third-party claims
• Why diminished value may not be covered by your own hull policy but may be recoverable when somebody else caused the damage
• Why you should get an independent valuation before responding to the other side’s number
• Why a clean damage-history report is useful—but not proof that an aircraft has never been damaged
• How buyers should scope a pre-buy specifically to look for prior repairs and unexplained gaps in the aircraft’s history
• How diminution of value is quantified using actual comparable closings rather than asking prices
• Why repair quality, documentation, structural severity, financing availability, and buyer-pool size all affect the discount
• Why newer, low-time aircraft can suffer a larger percentage hit than older airplanes with longer operating histories
• When an aircraft owner should consider calling an aviation-specific attorney

For independent aircraft valuations, diminution-of-value assessments, and defensible market data based on real transactions, visit VREF.com.
Know what you own. Fly safe. Stay smart.

In this episode, we cover:
• Why the Challenger 3500 has become the industry’s favorite proof that the super-midsize market is running hot
• What Jason found after reviewing every recorded Challenger 3500 transfer
• How many Challenger 3500s have been built
• How many are currently in operation
• How many are still awaiting delivery
• Why none of the aircraft currently carry a public asking price
• What zero aircraft for sale actually tells you—and what it does not
• Why zero availability is evidence of limited supply, not automatically evidence of a specific market value
• The difference between a successful new-aircraft program and an established pre-owned market
• Why the Challenger 3500 earned its backlog
• How the Challenger 3500 evolved from the highly successful Challenger 300 and Challenger 350
• Why the aircraft’s cabin updates, autothrottle, lower cabin altitude, proven wing, and established engine platform make it a low-risk product for buyers
• Why product success and resale-market maturity are two different accomplishments
• Jason’s experience buying and selling 27 new Challenger 300 delivery positions
• What the birth of the Challenger 300 resale market looked like in real time
• Why Jason describes current Challenger 3500 used-value estimates as “prenatal”
• How a real resale market begins with listings, negotiations, price discovery, and repeat transactions
• Why the Challenger 350 has a functioning market while the Challenger 3500 still has a waiting room
• Why every current estimate of Challenger 3500 resale value depends heavily on analogy to the older Challenger 350
• How much of the Challenger 3500 fleet is locked inside fractional programs
• Why aircraft in fractional fleets cannot simply be listed for sale like conventionally owned aircraft
• How Flexjet, Airshare, and NetJets reduce the theoretical sellable fleet
• Why the replacement problem discourages current owners from selling
• How owners who waited years for a delivery slot may be unwilling to surrender their position and return to the back of the line
• Why owners may hold an aircraft because replacing it is difficult—not because they believe it is appreciating indefinitely
• How psychology contributes to the complete absence of public inventory
• Why 325 recorded transactions initially looks like a highly liquid market
• How 325 recorded transfers occurred across only 173 distinct aircraft
• Why one aircraft delivery can produce two or three separate title records
• How title can move through a manufacturer entity, lender, leasing company, operator, or customer
• Why each step in a title chain may be recorded as a separate sale
• How factory paperwork can inflate transaction counts without creating additional market events
• Why the recorded transaction count reflects genuine deliveries but not necessarily owner-to-owner liquidity
• How serial-number analysis exposes duplicate title movements
• Why the seller on nearly every Challenger 3500 transaction was Bombardier or a related factory entity
• Why nearly all historical activity was OEM-direct
• Why most brokers discussing the Challenger 3500 market have never actually sold a pre-owned Challenger 3500
• The difference between observing Bombardier’s order book and participating in an actual resale market
• Why factory delivery volume says little about what happens when an owner needs liquidity

For current aircraft values, historical market trends, operating-cost data, and defensible aviation intelligence supported by observable evidence, visit VREF.com.

In this episode, we cover:
• Why the Challenger 3500 has become the industry’s favorite proof that the super-midsize market is running hot
• What Jason found after reviewing every recorded Challenger 3500 transfer
• How many Challenger 3500s have been built
• How many are currently in operation
• How many are still awaiting delivery
• Why none of the aircraft currently carry a public asking price
• What zero aircraft for sale actually tells you—and what it does not
• Why zero availability is evidence of limited supply, not automatically evidence of a specific market value
• The difference between a successful new-aircraft program and an established pre-owned market
• Why the Challenger 3500 earned its backlog
• How the Challenger 3500 evolved from the highly successful Challenger 300 and Challenger 350
• Why the aircraft’s cabin updates, autothrottle, lower cabin altitude, proven wing, and established engine platform make it a low-risk product for buyers
• Why product success and resale-market maturity are two different accomplishments
• Jason’s experience buying and selling 27 new Challenger 300 delivery positions
• What the birth of the Challenger 300 resale market looked like in real time
• Why Jason describes current Challenger 3500 used-value estimates as “prenatal”
• How a real resale market begins with listings, negotiations, price discovery, and repeat transactions
• Why the Challenger 350 has a functioning market while the Challenger 3500 still has a waiting room
• Why every current estimate of Challenger 3500 resale value depends heavily on analogy to the older Challenger 350
• How much of the Challenger 3500 fleet is locked inside fractional programs
• Why aircraft in fractional fleets cannot simply be listed for sale like conventionally owned aircraft
• How Flexjet, Airshare, and NetJets reduce the theoretical sellable fleet
• Why the replacement problem discourages current owners from selling
• How owners who waited years for a delivery slot may be unwilling to surrender their position and return to the back of the line
• Why owners may hold an aircraft because replacing it is difficult—not because they believe it is appreciating indefinitely
• How psychology contributes to the complete absence of public inventory
• Why 325 recorded transactions initially looks like a highly liquid market
• How 325 recorded transfers occurred across only 173 distinct aircraft
• Why one aircraft delivery can produce two or three separate title records
• How title can move through a manufacturer entity, lender, leasing company, operator, or customer
• Why each step in a title chain may be recorded as a separate sale
• How factory paperwork can inflate transaction counts without creating additional market events
• Why the recorded transaction count reflects genuine deliveries but not necessarily owner-to-owner liquidity
• How serial-number analysis exposes duplicate title movements
• Why the seller on nearly every Challenger 3500 transaction was Bombardier or a related factory entity
• Why nearly all historical activity was OEM-direct
• Why most brokers discussing the Challenger 3500 market have never actually sold a pre-owned Challenger 3500
• The difference between observing Bombardier’s order book and participating in an actual resale market
• Why factory delivery volume says little about what happens when an owner needs liquidity

For current aircraft values, historical market trends, operating-cost data, and defensible aviation intelligence supported by observable evidence, visit VREF.com.

In this episode, we cover:
• What public IRS Form 990 filings reveal about executive compensation
• The reported compensation of the National Business Aviation Association’s president and CEO
• How additional compensation can appear separately from base compensation
• Why a reported multimillion-dollar salary matters in a year when the organization recorded a multimillion-dollar deficit
• How executive compensation grew over roughly a decade
• Why a single year may be an anomaly, but a decade represents policy
• What percentage of total organizational expenses went to named executives and officers
• Why nearly one dollar out of every five in expenses going toward executive compensation deserves member scrutiny
• How nonprofit executive compensation compares with airline CEOs, senior FAA officials, pilots, mechanics, and technicians
• Why a trade association is not the same thing as a charity
• What the 501(c)(6) designation means for organizations such as NBAA
• Why membership dues are only one part of the association revenue model
• How conventions, exhibit space, sponsorships, advertising, seminars, certifications, and vendor programs generate revenue
• Why some aviation associations may structurally resemble event and product businesses that also perform advocacy
• How a major convention booth can cost more than a used aircraft
• Why members are often sold additional products after already paying annual dues
• What public filings disclose about first-class or charter travel for key employees
• What Schedule L disclosures can reveal about transactions involving insiders, relatives, or related businesses
• Why Jason believes members should review those disclosures before automatically renewing
• How compensation committees and volunteer boards approve executive pay
• Why compensation consultants and selected peer groups can cause salaries to rise automatically
• How benchmarking can replace judgment
• Why the most important question may be who selected the organizations used for comparison
• Why a board member willing to challenge the peer group can change the outcome
• How executive compensation is presented across AOPA and its related entities
• Why reviewing only one filing may provide an incomplete picture
• How compensation can be distributed across an association, foundation, and affiliated organizations
• Why transparency that requires forensic accounting is not meaningful transparency for the average member
• How many individual pilot memberships may be required to cover one executive’s annual compensation
• Why compensation questions become even more important when charitable donations are involved
• What pilots and aircraft owners actually receive from organizations such as AOPA
• Why the Air Safety Institute, medical services, legal programs, and airport advocacy provide genuine member value
• How association advocacy has helped defend general aviation against user fees
• Why lobbying for bonus depreciation and favorable aircraft tax treatment can produce real economic benefits
• Why FAA reauthorization, state aircraft taxes, airport closures, and regulatory challenges require organized representation
• Why effective lobbying is expensive—and why the alternative may cost members even more
• Why this episode is not arguing that aviation associations should disappear

For current aircraft values, historical market trends, operating-cost data, and defensible aviation intelligence, visit VREF.com.

Fly safe. Stay smart.

In this mailbag episode of The Truth About the Market, Jason answers a question from Paul Bordeaux, Chief Pilot at Hargrove Engineers and Constructors:

How should a buyer evaluate future demand for an out-of-production business jet?

In this episode, we cover:
• The most important question buyers almost never ask before purchasing a used business jet
• Why today’s aircraft value tells you very little about your eventual exit
• How to evaluate future demand for an out-of-production aircraft
• What buyers should consider when comparing older Citations, Hawkers, Learjets, and other legacy jets
• Why some discontinued aircraft remain desirable while others become effectively orphaned
• What must remain true for buyers to still want your aircraft five years from now
• Why the engines become the central story as a business jet ages
• How two engines can eventually become worth more than the airframe, avionics, paint, and interior combined
• Why the value equation often begins changing once a business jet reaches approximately 15 years of age
• Why engine condition and program enrollment become the first questions asked by brokers, appraisers, lenders, and informed buyers
• How engine maintenance programs such as MSP, ESP, CorporateCare, TAP, and JSSI work
• Why an engine program is not necessarily about saving money
• Why the house still prices the maintenance risk correctly
• What engine programs actually provide: budget stability and protection from catastrophic surprises
• What it feels like to receive a hot-section or overhaul bill on an aircraft that is not enrolled
• How engine programs allow aging engines to be treated financially as though they have zero time remaining
• Why the airframe depreciates while fully enrolled engines can remain financially frozen in time
• Why engine program status can determine whether an older jet is desirable, difficult to sell, or destined for part-out
• Why a low acquisition price does not necessarily mean a low-cost airplane
• Why the cheapest aircraft in a model fleet may carry the greatest long-term financial risk
• Why future engine events must be included in the purchase decision—not treated as someone else’s problem
• Why parts availability, maintenance expertise, and manufacturer support can matter more than performance specifications
• How lawsuits, service disputes, manufacturer decisions, and support interruptions can affect an entire aircraft type
• Why lenders become more cautious as maintenance uncertainty increases
• How insurance availability and operating restrictions can change an aircraft’s buyer pool
• Why a technically airworthy aircraft may still become commercially undesirable
• How the number of active buyers affects liquidity and eventual resale value
• Why a strong aircraft today can become difficult to exit when the next generation of buyers wants something different
• Why installing an expensive upgrade does not guarantee that the market will repay you
• How to distinguish a genuine value opportunity from a depreciating maintenance liability
• Why buyers should study fleet trends, transaction volume, days on market, and support infrastructure before signing a purchase agreement
• Why your exit strategy should be part of the acquisition strategy from day one

For accurate, defensible aircraft valuations, residual-value forecasts, operating-cost data, and market intelligence trusted by lenders, insurers, attorneys, operators, and aviation professionals worldwide, visit VREF.com.
Make decisions based on facts, not feelings.
Fly safe. Stay smart.