Cessna 182 Skylane Checklist

What the Cessna 182 Skylane is

The Cessna 182 Skylane is a four-seat, high-wing, single-engine airplane built continuously since 1956 — essentially a bigger, more powerful sibling to the 172. Where the 172 is the trainer, the 182 is the step-up cross-country machine: more horsepower, more useful load, and a constant-speed propeller instead of the 172’s fixed-pitch one. That extra capability is exactly what puts more decisions on the checklist. The classic fixed-gear Skylane this template centers on — the 182Q — runs a 230 hp Continental O-470-U with a float carburetor, which means carburetor heat is a real, load-bearing control you manage through run-up, descent, and every approach, not a line you check once. It also has manual cowl flaps on a mechanical lever, so every phase of flight requires an active open-or-closed decision, and it has a four-position fuel selector (OFF/LEFT/RIGHT/BOTH) that is flown on BOTH for takeoff, climb, descent, and landing. Who flies it: private owners flying real trips with a family and bags aboard, backcountry and float operators who want the load and the power, and pilots transitioning up from a 172 who suddenly have a prop lever and cowl flaps to think about. The fleet spans two very different eras — carbureted classics from the 1950s through the 1980s, and the fuel-injected “restart” 182S/T from 1997 on. This card is built for the carbureted fixed-gear variant; it does not fit the injected restart models or the retractable R182.

I fly a 172, not a 182, so I built this one carefully from the 182Q POH rather than from muscle memory. The two things I did not want a generic “Cessna” checklist to swallow are the carb-heat discipline and the manual cowl flaps — both are easy to skip if you copy a 172 card. I kept it conservative and left the numbers as ranges. Fly it against your own POH, not mine, and tell me if a step reads wrong for your airframe.

Normal procedures

The normal side runs preflight and walkaround, before-start, the carbureted engine start, taxi, run-up and before-takeoff, takeoff, climb, cruise, descent, before-landing, landing (with normal and short-field notes), after-landing, and shutdown and securing, plus a 182Q V-speed table. Two type-specific habits run through the whole card and are the ones a generic Cessna printout tends to flatten: manual cowl flaps, which demand an active open-or-closed decision in every phase, and carb-heat discipline on the O-470, where full heat goes on before you reduce power on approach. The four-position fuel selector is flown on BOTH for takeoff, climb, descent, and landing, and the constant-speed prop adds a lever the 172 never had.

Emergency procedures

The emergency and abnormal section is deliberately conservative, with the reflex memory items in bold. It covers engine failure on the takeoff roll, engine failure after takeoff at low altitude, engine failure in flight with a restart attempt, a distinct forced-landing flow for a dead engine, engine fire, electrical fire, an alternator/electrical abnormal split into overvoltage and low-voltage cases, a carburetor-icing / rough-engine flow, and an inadvertent-icing encounter. This is a training aid built from POH-derived steps, not an approved procedure — verify each flow, and especially the weight-dependent speeds, against your aircraft’s approved POH and brief them with your instructor.

Verify it against your POH

The research behind this template flagged several things that genuinely vary by year, serial, and tank configuration. Confirm these against your aircraft’s approved POH before you rely on the card:

• Which variant you actually fly. This card is the carbureted fixed-gear 182Q. The fuel-injected 182S/T has no carburetor and no carb-heat control, and the retractable R182/TR182 has a whole separate gear flow — do not use this card for either.
• Exact fuel-drain count. This 182Q sample has two wing sumps plus the gascolator. Long-range / wet-wing tanks add more sump points — some late aircraft have far more. Confirm the count for your N-number before trusting the preflight.
• Gross weight and the weight-dependent speeds. This card anchors to a ~2,950 lb 182Q; many 182Q/R aircraft were later approved to 3,100 lb, which shifts Va, best glide, and balked-landing speeds.
• Exact Vx split by altitude. The 54–62 KIAS range here could not be cleanly read from the scanned source table — confirm your airframe’s sea-level and altitude Vx figures.
• Mixture-leaning altitude threshold. Sources showed both “above 3,000 ft” and “above 5,000 ft”; confirm the single number in your current POH.
• Propeller run-up cycle count. The sampled POH doesn’t specify a number; derived checklists say 2 or 3. Treat “2–3 cycles” as the safe range and use your POH’s wording.
• Whether a distinct soft-field procedure exists in your POH, or is instructor technique layered on the short-field flow — the sampled POH printed only a short-field procedure.