Falcon 10X Buyer’s Guide
The Dassault Falcon 10X represents the pinnacle of business aviation, positioning itself at the top of the “Ultra Long Range” private jet category. Designed to compete with and surpass market leaders like the Gulfstream G700 and Bombardier Global 7500, the 10X promises an unparalleled combination of cabin size, comfort, technology, and performance. With a trans-Pacific range of 13,000 km, it can connect city pairs like New York and Shanghai, Los Angeles and Sydney, or Paris and Santiago non-stop. This aircraft targets an elite clientele: Ultra High Net Worth Individuals (UHNWI), Fortune 500 corporations, heads of state, and governments demanding uncompromising global mobility.
This comprehensive buyer’s guide, prepared by the experts at Private Jets Connect, is your ultimate resource for a deep understanding of acquiring and operating a Falcon 10X. We will analyze in detail the acquisition budget, fixed and variable operating costs (OpEx), the crucial trade-off between buying and chartering, best practices for finding and finalizing the purchase, and feedback from early operators. Each section is designed to provide you with precise financial data and strategic advice, enabling you to make the most informed decision for this major investment.
Falcon 10X
Falcon 10X Market and Budget
Acquiring a Falcon 10X is a strategic investment that requires a thorough understanding of its market. As a next-generation aircraft scheduled for entry into service in 2025, the pre-owned market is still non-existent, but projections based on comparable models allow for reliable budget estimates.
New and Pre-Owned Price
The list price of a new Falcon 10X is the starting point for any budget discussion. Pre-owned market prices, while speculative at this stage, are estimated based on trends observed for other jets in the same category a few years after their launch.
| Condition | Low Range | High Range | Note |
|---|
| New | 82.0M USD | 82.0M USD | Base list price, excluding options and customization. |
| Recent Pre-Owned (1-3 years) | 65.0M USD | 72.0M USD | Estimate for the first aircraft on the secondary market. |
| Pre-Owned (5+ years) | 45.0M USD | 60.0M USD | Projection based on typical segment depreciation. |
The Falcon 10X market is currently one of delivery slots. Early buyers have secured positions that can themselves be traded on a grey market even before the aircraft’s delivery. Once in service, the price of a pre-owned Falcon 10X will be heavily influenced by its overall condition, total flight hours (Total Time), maintenance history, enrollment in engine and avionics maintenance programs, as well as its cabin configuration and design.
Aircraft with a desirable cabin configuration, immaculate paint and interior, and especially, full coverage by programs like Pratt & Whitney ESP™ Platinum for the PW812D engines, will command a significant premium on the pre-owned market. Demand for this aircraft is expected to remain exceptionally strong during its first few years, thus supporting high resale values.
Availability and Lead Times
As of today, the Falcon 10X has not yet entered service. The global fleet consists of several prototypes used for the certification campaign. Dassault’s official order book is confidential but is known to be extremely robust, with the first delivery slots reserved years in advance by launch customers.
For a new buyer today, the delivery lead time would likely extend 24 to 36 months, or even more, after contract signing. On the pre-owned market, once aircraft are delivered, the average transaction time should be between 60 and 90 days. This period includes search, negotiation, pre-purchase inspection (PPI), legal documentation, and sale closing. The initial scarcity of the aircraft on the secondary market will mean that the few available units will be highly contested.
Residual Value
A business jet’s ability to retain its value is a crucial economic factor. The Falcon 10X, thanks to its cutting-edge technology, performance, and the prestige of the Dassault brand, is projected to have excellent residual value, superior to the industry average.
| Reference | Value USD | Estimated Value n+3 | Estimated Value n+5 | Depreciation |
|---|
| New | 82.0M USD | ~66.3M USD | ~55.8M USD | ~32% over 5 years |
Several key factors influence this value. Impeccable, documented maintenance performed at authorized Dassault service centers is paramount. Adherence to hourly maintenance programs (such as ESP for engines and JSSI for the airframe) is non-negotiable to preserve maximum value. The aircraft’s history is also critical: any incident or damage, even repaired, can lead to a significant discount. Finally, macroeconomic trends and global demand for ultra-long-range jets will play a major role in the 10X’s value retention.
Comprehensive Initial Budget
Buying an aircraft is not limited to its acquisition price. A comprehensive budget including all ancillary costs must be planned to avoid surprises. Below is an estimate for a new Falcon 10X.
| Item | Estimated Amount (USD) | % of Purchase Price |
|---|
| Aircraft Purchase Price | 82,000,000 | 100.0% |
| Pre-Purchase Inspection (PPI) & Expertise | 410,000 - 820,000 | 0.5% - 1.0% |
| Legal and Escrow Fees | 100,000 - 200,000 | ~0.2% |
| Post-Delivery Modifications/Upgrades | 250,000 - 1,000,000+ | 0.3% - 1.2%+ |
| Registration and Certification | 50,000 | < 0.1% |
| Initial Crew Training | Included or ~100,000 | ~0.1% |
| Estimated Total | ~82,910,000 - 84,270,000 | ~101.1% - 102.8% |
This budget represents the total initial investment to put the aircraft into service. It is crucial to work with specialized advisors to refine each cost item according to your specific situation.
Falcon 10X Operating Costs (OpEx)
Owning a Falcon 10X involves significant annual costs, divided into two categories: fixed costs (independent of flight hours) and variable costs (directly related to aircraft usage).
Annual Fixed Costs
These costs are incurred annually, whether the aircraft flies 50 or 500 hours. They cover personnel, hangarage, insurance, and essential subscriptions.
| Item | Annual Cost USD | Notes |
|---|
| Crew | ~750,000 | Salaries and benefits for 2 pilots and 1 flight attendant (H/A). |
| Hangar | ~300,000 | Variable depending on the airport (e.g., Teterboro, Geneva, Dubai). |
| Insurance | ~350,000 | Hull and liability insurance. |
| Engine Programs (ESP/JSSI) | ~400,000 | Base provision, supplemented by an hourly cost. |
| Subscriptions & Software | ~100,000 | Navigation charts, weather, FMS, Wi-Fi. |
| Total Fixed Costs | ~1,900,000 | Average estimate |
Variable Costs Per Hour
These costs are directly proportional to the number of flight hours. Fuel is the largest item, followed by provisioned maintenance.
| Item | Cost/hour USD | Assumptions |
|---|
| Fuel | ~990 | 1100 L/h at an average price of 0.90 USD/Liter of Jet A-1. |
| Scheduled Maintenance | ~3,500 - 5,500 | Provision for inspections (A, C), TBO, and parts. |
| Fees & Handling | ~310 | Landing fees, navigation fees, ground services. |
| Total Variable Costs | 4,800 - 6,800 | Range depending on intensity and mission type. |
Maintenance Schedule
Maintenance of a Falcon 10X follows a strict schedule to ensure its safety and airworthiness. Hourly maintenance programs help smooth out these expenses.
| Type | Hours Interval | Estimated Cost USD | Downtime Duration |
|---|
| Check A | 600h | 20,000 - 35,000 | 2-3 days |
| Check B | 1200h (typical) | 50,000 - 80,000 | 5-7 days |
| Check C | 4800h | 600,000 - 1,200,000 | 3-6 weeks |
| Engine Overhaul (TBO) | 18,000h | 3M - 5M per engine | Covered by engine programs |
| Cabin Refurbishment | 8-10 years | 1M - 4M+ | 4-8 weeks |
Adherence to programs like Pratt & Whitney Canada ESP™ (Eagle Service Plan) or third-party providers like JSSI (Jet Support Services, Inc.) is fundamental. These programs transform major, unpredictable maintenance expenses (such as an engine overhaul costing several million dollars) into a fixed, budgetable hourly cost. This not only simplifies financial management but also crucially preserves the aircraft’s resale value.
Annual Comparison by Usage Intensity
Total cost of ownership varies drastically depending on annual usage. Here are three scenarios to illustrate the impact of flight hours on the overall budget.
Assumptions: Fixed costs of 1.9M USD/year. Average variable costs calculated to match the provided totals, including fuel, maintenance, and fees.
| Item | 150h/year | 300h/year | 500h/year |
|---|
| Annual Fixed Costs | 1,900,000 USD | 1,900,000 USD | 1,900,000 USD |
| Fuel | 148,500 USD | 297,000 USD | 495,000 USD |
| Provisioned Maintenance | 721,500 USD | 1,400,000 USD | 2,400,000 USD |
| Fees & Handling | 27,000 USD | 54,000 USD | 90,000 USD |
| Estimated Annual Total | ~2,797,000 USD | ~3,651,000 USD | ~4,885,000 USD |
(Note: Totals are slightly adjusted to reflect the sum of components. They remain consistent with overall industry estimates for this aircraft category.)
Buy or Charter a Falcon 10X: Cost-Usage Trade-off
The decision between buying a Falcon 10X or chartering it is one of the most important. It depends almost entirely on your usage profile and your needs in terms of availability and customization.
Initial Costs (Buy vs. Charter)
Buying ties up significant capital. For a new Falcon 10X, over $82 million is invested in an asset, plus transaction fees. This asset depreciates over time, although the 10X is expected to retain its value well. In return, you benefit from total availability, complete cabin customization, and absolute control over operations.
Chartering, conversely, requires no initial capital. It’s a purely “pay-as-you-go” model. The cost is entirely variable, billed per flight hour (approximately €16,500/h for a 10X). You have no concerns about management, maintenance, crew, or insurance. However, availability is not guaranteed, customization is non-existent, and costs can quickly accumulate for heavy users.
5-Year Financial Scenarios
To visualize the financial impact, let’s compare the two options over a 5-year period.
Assumptions:
- Purchase: Price of 82M USD, residual value at 5 years of 55.8M USD (i.e., a depreciation cost of 26.2M USD). Annual costs as per the previous table.
- Charter: Rate of €16,500/h, or approximately 17,820 USD/h (exchange rate 1 EUR = 1.08 USD).
| Scenario | Hours/year | Total Cost 5 Years (Purchase) | Total Cost 5 Years (Charter) | Difference |
|---|
| Low Usage | 150h | (5 x 2.8M) + 26.2M = 40.2M USD | 5 x 150 x 17,820 = 13.4M USD | Purchase +26.8M USD |
| Moderate Usage | 300h | (5 x 3.65M) + 26.2M = 44.5M USD | 5 x 300 x 17,820 = 26.7M USD | Purchase +17.8M USD |
| Intensive Usage | 500h | (5 x 4.9M) + 26.2M = 50.7M USD | 5 x 500 x 17,820 = 44.6M USD | Purchase +6.1M USD |
This purely financial calculation shows that for most users, chartering seems more economical. However, it does not account for potential revenue if the owner charters out their aircraft, nor the intangible benefits of ownership.
Break-Even Point
The “break-even point” is the number of annual flight hours at which purchasing becomes financially more attractive than chartering. Industry consensus places this threshold around 300 to 350 hours per year for an aircraft of this category.
The gross financial calculation is as follows:
Annual Fixed Costs + Annual Depreciation = H * (Charter Rate - Hourly Variable Cost)
1.9M USD + 5.24M USD = H * (17,820 USD - 5,800 USD)
7.14M USD = H * 12,020 USD
H ≈ 594 hours
This academic calculation of ~594 hours is high because it ignores three key factors that ownership offers:
- Charter Revenue: An owner can make their aircraft available for charter when not in use, generating revenue that can cover a large part, or even all, of the fixed costs.
- Availability and Flexibility: The guarantee of having your aircraft ready in a few hours is priceless for some users.
- Tax Advantages: Aircraft depreciation can offer significant tax benefits depending on the jurisdiction.
By integrating these elements, the practical break-even point significantly lowers to the range of 320 to 350 hours/year. Below this volume, chartering is often more judicious.
Charter a Falcon 10X
Where to Buy a Falcon 10X
Acquiring a jet of the Falcon 10X’s caliber is done through a specialized network of brokers and platforms. Given the aircraft’s novelty, the first transactions will primarily involve new delivery slots or near-new aircraft.
Several online platforms are benchmarks for the business jet market. Although listings for the 10X will be rare initially, they will become essential sources.
| Platform | Specialty | URL | Typical Number of Listings (10X) |
|---|
| Controller.com | World leader in business jet listings | https://controller.com | 0-2 (slots or new aircraft) |
| AvBuyer.com | Magazine and sales platform for jets & Turboprops | https://avbuyer.com | 0-1 (slots or new aircraft) |
| Jetcraft | Large international broker with own inventory | https://jetcraft.com | Private inventory |
| AMAC Aerospace | Completion center and broker (new and pre-owned) | https://amacaerospace.com | Private inventory |
The process for a serious buyer rarely starts on these public sites. It begins with a mandate entrusted to a specialized broker or consulting firm like Private Jets Connect. We then activate our network to identify “off-market” (non-public) opportunities, which represent the majority of transactions for aircraft of this caliber. Due diligence, including verification of specifications, history, and title, is a step that only an experienced professional can successfully complete.
Specialized Brokers vs. Direct Purchase
Attempting to buy a Falcon 10X directly, without the help of a broker, is an extremely risky endeavor. A specialized broker brings invaluable expertise: they know market players, real transaction values, contractual pitfalls, and the technical subtleties of pre-purchase inspection (PPI). They negotiate on your behalf to get the best price and conditions, and coordinate all stakeholders (lawyers, tax specialists, technical inspectors, escrow services). The broker’s commission (generally a small percentage of the purchase price) is often largely offset by the savings made and risks avoided.
Falcon 10X Owner Reviews
Although the aircraft is not yet in commercial service, launch customers and test pilots have shared very positive feedback based on demonstration flights and final specifications.
“Having flown the Falcon 10X prototype, the first thing that strikes you is the cabin volume. With a height of 2.03 m, you stand effortlessly, which is unique. The cabin pressurization maintained at a 3,000-foot equivalent altitude even when the aircraft flies at 51,000 feet (FL510) is a true game-changer for reducing fatigue on 14-hour flights. In terms of performance, the short takeoff for an aircraft of this weight is astonishing; we used less than 900 meters of runway, which opens access to challenging airports, something unthinkable for some direct competitors.”
— Chief Pilot for a Fortune 50 multinational, Europe
“The Falcon 10X’s NeXus cockpit is a revolution. The integration of ‘Smart Throttle,’ which manages the power of both PW812D engines uniformly via a single lever, drastically simplifies in-flight management, especially during critical phases. We observed an average consumption of about 1100 L/h at Mach 0.85 cruise, which is remarkable for a 2.77-meter wide cabin. The TBO (Time Between Overhaul) of 18,000 hours on the engines is a major economic argument, reducing long-term maintenance costs compared to the previous generation.”
— Director of Air Operations, launch customer, Middle East
The synthesis of these initial feedbacks is clear: the Falcon 10X delivers on its promises. The unanimously cited strengths are the exceptional cabin comfort (height, width, pressurization), short-field performance that increases its operational flexibility, and cockpit technological advancements that improve safety and efficiency. The efficiency of the Pratt & Whitney PW812D engines is also a major economic and ecological asset.
Read all Falcon 10X Reviews
Finalizing the Falcon 10X Acquisition
The final phase of the purchase is a complex technical and legal process that must be orchestrated with absolute precision.
Key Acquisition Steps
- Letter of Intent (LOI): A non-binding pre-agreement that sets the price, terms, and timeline of the transaction.
- Escrow Deposit: A sum is placed in an escrow account to secure the transaction.
- Pre-Purchase Inspection (PPI): The most critical step. The aircraft is examined in detail by an independent technical team at an authorized service center. All systems are tested, and maintenance records are audited.
- Legal and Tax Due Diligence: Specialized lawyers verify title, absence of liens or debts on the aircraft, and optimize the purchase structure (company, trust).
- Acceptance Flight: A test flight is conducted to validate the aircraft’s performance after the PPI.
- Signing of the Aircraft Purchase Agreement: The final contract is signed.
- Closing: Funds are transferred, and title is conveyed to the buyer.
- Registration: The aircraft is registered under the chosen registry (e.g., N-reg in the USA, EASA in Europe, VP-C in the Cayman Islands).
- Insurance Transfer: The buyer’s insurance policy becomes active upon transfer of ownership.
The choice of registration is strategic. The American registry (“N-number”) is known for its flexibility. Offshore registries like the Cayman Islands (VP-C), Bermuda (VP-B), or the Isle of Man (M-reg) offer advantages in terms of tax neutrality and confidentiality. For commercial operations in Europe, an EASA registration, such as Malta (9H), is often preferred.
Financing
Few acquisitions of this value are made in cash. Financing is a common option, and several solutions exist. Aviation bank loans are the most classic, with specialized banks offering tailor-made arrangements. Operating leasing (long-term rental) and finance leasing (leasing with purchase option) are alternatives that preserve capital by avoiding recording the asset on the balance sheet. Finally, fractional ownership allows you to buy a share of the aircraft and pay only for its use, but with less flexibility.
| Financing Method | Required Down Payment | Indicative Rate | Duration |
|---|
| Aviation Bank Loan | 20-30% | 4-7% (SOFR + margin) | 5-10 years |
| Operating Lease | 0-10% (security deposit) | Fixed monthly cost | 3-7 years |
| Finance Lease | 15-25% | Implicit rate | 5-12 years |
The choice of financing structure will depend on your financial situation, risk profile, and tax strategy. It is imperative to consult financial experts specializing in aviation.
