Buying a Cessna 182 Skylane: Variants, Loading and Ownership Cash

A Cessna 182 Skylane can be a useful family or cross-country aircraft when the actual loading, flight conditions and ownership cash fit. It should not be assumed to carry four adults, baggage and the desired fuel simply because it has four seats. Establish the complete model, engine, equipment and approved limits, then evaluate the individual aircraft's condition and the money required before and after closing.

Use the aircraft article library for related decisions. The Skyhawk guide offers a useful comparison when considering whether the intended trips justify a different aircraft. This guide concentrates on Skylane model distinctions, departure and arrival loading, and the way continuing income and loan payments affect cash retained after purchase.

Read the model designation carefully

The New Zealand CAA's Cessna 182 report, Revision 4 dated October 2, 2018 in its substantive pages, distinguishes early Continental O-470 installations, later Lycoming engines, turbocharged variants and retractable models. It expressly directs current technical decisions to current State-of-Design data. Use it as dated family-identification context, then obtain the current approved information and supplements for the aircraft under consideration. New Zealand CAA: Cessna 182 type acceptance, Revision 4

The placement of the letter R matters. A 182R and an R182 are different designations: the report lists the former with an O-470-U and describes the R182 as the retractable version marketed as the 182RG. Likewise, it distinguishes the older fixed-gear T182 from the retractable TR182 and the later T182T. A listing's shortened name is insufficient to establish gear, engine or operating limits. New Zealand CAA: Cessna 182 type acceptance, Revision 4

Read engine and propeller data plates, serials and records. For any engine conversion, float kit, tank change, wing modification or avionics retrofit, obtain the approval, installation entry, applicable supplements and continuing instructions. FAA guidance explains that an STC approves a modification and its effects on the original design. An available modification for one group does not establish compatibility for every model or another installed alteration. FAA: supplemental type certificates and interacting design changes

Separate the current manufacturer reference from a used candidate

Textron's currently posted Skylane page identifies a 230-horsepower IO-540-AB1A5, a three-blade constant-speed propeller and Garmin G1000 NXi equipment. It advertises maximum cruise of 145 ktas and maximum range of 915 nautical miles. Those figures describe the posted reference configuration; they do not establish a particular used aircraft's equipment, cruise at the intended conditions or achievable range with the required reserves. Textron Aviation: Skylane reference configuration, weights and performance

The family report also describes changes in flight manuals and avionics over time. Inspect and test the actual panel, navigation equipment, autopilot and standby arrangement. Determine what is approved and serviceable for the intended operation, what support or subscriptions are needed, and what training the buyer requires. Glass instruments, a recent paint scheme or a model year alone cannot settle those questions.

Try the cabin with the intended occupants. Assess entry, seat adjustment, restraint fit, visibility, baggage handling and comfort on a representative journey. Different passengers, fuel-stop needs and loading patterns can change suitability substantially. A family trip that depends on leaving essential equipment behind or assuming optimistic fuel consumption needs a different plan before purchase.

Calculate departure and arrival loading separately

Start with the actual aircraft's current weight-and-balance report and equipment list. Verify that installed radios, interior, tanks and alterations match the documents. Calculate total weight, center of gravity and compartment loads for departure and arrival rather than relying on a broad useful-load estimate. Approved limits can also differ between takeoff and landing.

The manufacturer's posted reference illustrates the distinction. It lists maximum ramp weight of 3,110 pounds, takeoff weight of 3,100 pounds, landing weight of 2,950 pounds, basic empty weight of 2,000 pounds and usable fuel weight of 522 pounds. Its advertised 1,110-pound useful load and 588-pound full-fuel payload align with ramp arithmetic. At takeoff weight, the corresponding allowance above that reference empty weight is 1,100 pounds, or 578 pounds after reference usable fuel. These are reference calculations, not this candidate's loading approval. Textron Aviation: Skylane reference configuration, weights and performance

Consider a fictional planning illustration using the reference empty weight. Occupants totaling 580 pounds and baggage of 80 pounds, together with 522 pounds of fuel, produce a departure weight of 3,182 pounds: 82 pounds above the reference takeoff limit. Reducing the assumed fuel weight to 440 pounds produces 3,100 pounds. If 200 pounds of that fuel were consumed, the assumed arrival weight would be 2,900 pounds. That is 50 pounds below the reference landing limit.

This arithmetic does not establish a permissible flight. The actual aircraft's limits, empty-weight accounting, fuel requirements, usable fuel, center of gravity, baggage restrictions and performance must all work. In particular, removing fuel to make weight is not acceptable if the resulting plan lacks the fuel required for the mission and alternatives. Use a qualified instructor to assess the proposed flights.

Section 91.103 addresses preflight information and applicable takeoff/landing data for expected elevation, slope, weight, wind and temperature. The FAA's density-altitude discussion explains why acceleration and climb can deteriorate in thin air. Neither a payload calculation nor a maximum-range headline establishes adequate runway, obstacle or terrain performance, particularly for the return departure under different conditions. 14 CFR 91.103: preflight alternatives and performance information FAA Lessons Learned: density altitude and aircraft performance

Arrange a model-experienced inspection and maintenance forecast

Use an independent shop familiar with the actual model and engine. The pre-purchase checklist helps define records access, physical inspection, appropriate testing, written findings and any operational check. Separate airworthiness discrepancies, likely near-term work, optional improvements and areas that require further investigation. Inspection access and contract deadlines need to allow that work to be meaningful.

Examine structure, corrosion, repairs, landing gear, brakes, controls and fuel-system condition using applicable maintenance information. Ask for the history and documentation behind any known damage. Cosmetic condition can guide questions but cannot replace examination of the structure. A recently completed annual does not establish that the aircraft has no purchase-related exposure.

Review engine hours with calendar age, overhaul scope, storage, inactivity, preservation, cylinder work and installed components. Have the mechanic interpret compression, borescope, leaks and available oil evidence together. A different engine family or suffix can change the applicable instructions; do not assign one round-number overhaul interval or repair price to the entire 182 family.

The constant-speed propeller and governor require their own identity, history and condition review. For turbocharged or retractable candidates, add the actual turbo or gear systems and associated instructions to the scope. For floats or other mission modifications, obtain the installation-specific assessment. Equipment that is useful for one operation can add maintenance, weight or limitations relevant to another.

Establish requirements and training for actual use

Request a current directive-status review covering airframe, engine, propeller, installed appliances and relevant alterations. Section 91.417 includes continuing inspection and applicable-directive status records, with recurring-action due information and retention/transfer distinctions. Obtain the underlying documents and establish any approved alternative compliance rather than relying solely on a statement that the aircraft is “AD current.” 14 CFR 91.417: maintenance/status records and transfer

Section 91.409 distinguishes annual requirements from conditional 100-hour inspections and specified exceptions. Actual rental, instructional or other use matters; the rule does not assign the same inspection schedule to every owner receiving a paid lesson. Have the maintenance provider identify the actual program and upcoming work, and obtain quotations that distinguish inspection labor from discrepancy repairs. 14 CFR 91.409: annual and conditional 100-hour inspections

Section 61.31(f) addresses high-performance airplanes with engines of more than 200 horsepower and specifies training/endorsement requirements and exceptions. Have an instructor review the actual engine installation and pilot records, plus any additional requirements for the configuration. Legal privileges and the insurer's transition or recurrent-training conditions are separate matters. Prior experience in another Cessna is useful background but does not independently establish qualification or coverage. 14 CFR 61.31: category/class privileges and specified alternatives

Calculate fictional purchase cash and continuing ownership cash

Suppose, purely for an invented acquisition case, the aircraft price is $220,000.00 and a hypothetical lender advances $160,000.00. The contribution is $60,000.00. A buyer starting with $110,000.00 of acquisition cash, allowing $8,000.00 for transaction costs and $12,000.00 for identified initial work, retains $30,000.00. These are fictional prices, advances and costs, not a valuation, quote, approval or recommended reserve.

Assume a fixed nominal annual interest rate of 7%, monthly interest and 180 equal monthly payments, without a balloon or financed fees. The independently calculated payment, rounded to cents, is $1,438.13. Twelve rounded payments total $17,257.56. This is debt-service cash, including principal repayment, rather than a statement that the entire amount is an operating expense or tax deduction.

For a separate continuing-cost assumption, use $10,000.00 of fixed annual costs and 100 annual flight hours at a $90.00 variable allowance. Variable cost is $9,000.00, making $19,000.00 before debt and $36,257.56 including the illustrative rounded payments. Define the contents of the allowances and replace them with actual estimates. Unexpected major work and costs outside those definitions remain additional exposures.

The lower-contribution case consumes part of the initial reserve even without an unpriced repair. The higher case retains more under the assumptions, but neither demonstrates adequacy for a specific aircraft or personal situation. The assumed monthly contribution is money already available after other obligations, not gross income. No investment return, resale proceeds or additional borrowing is assumed.

Use the ownership-cost guide to distinguish operating spending, future maintenance funding and immediate work. Money earmarked for a future event must remain available, and the same reserve should not be included twice in hourly and fixed allowances. A favorable initial cash balance cannot substitute indefinitely for sufficient ongoing capacity.

Obtain written insurance, financing and closing conditions

Have an aviation insurance adviser quote the actual pilots, aircraft, base, hull value and personal or other use. Review liability/passenger sublimits, deductibles, exclusions, approved pilots, training and lender interests. A fixed-gear configuration or well-known model does not guarantee a favorable premium, broad coverage or a particular transition requirement.

Use the Cessna 182 financing guide and first-time buyer roadmap to prepare actual questions. Compare approved proceeds, fees, rate structure, maturity, amortization, any balloon and prepayment terms. Model demand does not establish universal terms or approval.

AOPA Aviation Finance's provider-specific process distinguishes borrower documentation and underwriting from a formal lender approval with conditions and pre-closing title/insurance requirements. Establish which conditions apply to this candidate and ownership arrangement. A preliminary discussion is not committed funding or permission to ignore an inspection result. AOPA Aviation Finance: underwriting and pre-closing process

Before disbursement, reconcile inspection remedies, title interests and releases, ownership and tax documents, insurance effectiveness and final lender conditions. The FAA registry does not perform title searches, so identify the provider and scope of that work. Request a financing discussion with the complete candidate and cash schedule, preserving the ability to choose another aircraft if the mission or condition does not fit. FAA Aircraft Registry: clear title and recorded-interest releases

Frequently Asked Questions

Is the Cessna 182 Skylane a good family airplane?

It can be when the actual occupants, baggage, required fuel, approved configuration and flight conditions fit. Four seats do not guarantee four adults and full fuel. Check departure and arrival loading, obtain a model-experienced inspection and establish training, insurance and a cash plan that covers both purchase and continuing ownership.