A four-seat piston single delivering stronger climb performance, higher useful load, and broader mission flexibility than the lighter Cessna family models.
Aircraft Photo Copyright by Vaclav Kudela
The Cessna 182 exists because many pilots eventually want more: more climb, more payload, more margin on hot days. It keeps the familiar high-wing layout of the 172 but introduces meaningful horsepower and structural strength that expand what the aircraft can realistically do.
Within the family, the 182 is the step-up model. It trades some operating simplicity and fuel efficiency for stronger performance and greater loading flexibility. Buyers typically arrive here after outgrowing a 172 or when mission requirements shift toward heavier passengers, longer leg lengths, or higher elevation airports.
Introduced in 1956 alongside the early 172 lineage, the 182 adopted a more powerful engine and reinforced structure to support higher gross weight. Most variants use a 230-horsepower Lycoming engine, providing noticeably improved climb performance compared to lower-powered siblings. The airframe retains fixed landing gear, though some variants do have retractable gear, and a fixed-pitch or constant-speed propeller depending on configuration, maintaining straightforward systems while increasing capability. Over time, refinements centered on avionics modernization, interior improvements, and incremental aerodynamic cleanup rather than structural redesign.
144 kts
840 nm
2,950 lbs
Source: Published performance figures from Vref (2021 Vol. 4). Actual performance varies by configuration and operating conditions.
The 182 attracts private owners who want flexibility without needing to step into retractable gear or complex systems. It is common among pilots operating from shorter or higher-elevation fields where climb margin matters. Insurance requirements are typically manageable, though transition training is advisable due to increased power and weight. Fuel burn is higher than the 172, but useful load often justifies the trade. Owners who regularly carry three to four adults tend to find the 182 more realistic than lighter four-seat singles.
Early 182 models featured a fixed-pitch propeller and conventional analog instrumentation paired with a 230-horsepower Lycoming engine. Structural reinforcement supported increased gross weight relative to the 172. Cabin dimensions remained consistent with the four-seat high-wing layout, though payload flexibility improved. This configuration established the 182 as the higher-performance sibling within the fixed-gear family.
The 182S incorporated a constant-speed propeller and modern avionics integration, enhancing climb performance and cruise efficiency. Airframe geometry remained aligned with earlier models, preserving established handling characteristics. Increased system sophistication supported improved mission flexibility without introducing retractable gear complexity. These refinements positioned later models as more capable cross-country platforms within the same structural design.
The 182 performs best when carrying meaningful load over moderate to longer leg lengths. Climb performance remains strong relative to other fixed-gear singles, particularly at higher density altitudes. It is not optimized for maximum cruise efficiency, but it offers practical range with usable cabin capacity. Pilots must respect power management and landing speed characteristics, as energy management becomes more noticeable at higher weights.
Traditional analog layouts with widespread upgrades to integrated glass cockpit systems in later production.
Single 230-horsepower Lycoming engine providing improved climb and load-carrying capability.
Common upgrades include avionics retrofits, engine monitoring systems, and aerodynamic enhancements.
Four-seat high-wing cabin with increased useful load compared to lighter siblings.
Conventional fixed-gear inspection cycles with strong parts availability and established service networks.
Personal and business travel, higher-elevation operations, and heavier passenger loads within piston single economics.
The Cessna 182 is the practical upper boundary of the fixed-gear high-wing line before complexity increases meaningfully. It delivers climb performance and payload margin that lighter models cannot match, at the cost of higher fuel burn and slightly more demanding energy management. For owners who routinely fly with multiple passengers or operate from challenging fields, the 182 often represents the right balance between simplicity and capability.
Aircraft commonly cross-shopped for similar missions or ownership priorities.
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