Cessna 182 Skylane Aircraft Parts, Equipment, and Tooling List

The Cessna 182 Skylane is a four-seat, single-engine, high-wing aircraft that has become one of the most versatile and popular piston singles in general aviation. Introduced in 1956 as a tricycle gear development of the Cessna 180, the 182 offers more power, a higher useful load, and better short-field capability than the smaller 172, making it a favorite among owner-pilots, flight schools, backcountry operators, and light air taxi operators worldwide.

Key Specifications

• Manufacturer: Cessna Aircraft Company, now Textron Aviation
  
  
• Production Years: 1956 to 1985, production restarted in 1996 and has continued in several periods through the present
  
  
• Typical Engine (Modern 182T Skylane): Lycoming IO 540 AB1A5, fuel-injected, 230 hp
  
  
• Seating Capacity: 4 seats, including the pilot and up to 3 passengers
  
  
• Maximum Takeoff Weight: Up to about 3,100 lbs for late-model 182T and 182R, earlier models typically 2,550 to 2,950 lbs
  
  
• Wingspan: About 36’ (around 11 m)
  
  
• Service Ceiling: Modern 182T up to about 18,100 ft
  
  
• Cruise Speed: Modern 182T around 140 to 145 knots (161 to 167 mph, or 259 to 269 km/h) at typical cruise power settings
  
  
• Typical Range: Roughly 900 to 930 nautical miles for recent 182T models, depending on fuel and power setting
  

Overview and History

The Cessna 182 originated as a tricycle gear spin-off of the Cessna 180, providing pilots with a more forgiving nosewheel configuration while retaining the rugged wing and tail of its tailwheel sibling. The initial 1956 model utilized a 230 hp Continental O-470 L engine and had a 2,550-lb gross weight, quickly proving popular with pilots who sought more speed and load-carrying capability than a 172 but did not require a complex or retractable aircraft.

In 1957, Cessna introduced the 182A, marking the introduction of the Skylane name. This designation denoted an upgraded trim package featuring full paint, wheel fairings, and interior improvements. Over the next three decades, the design evolved with a wider fuselage, a swept tail featuring a rear window, an enlarged baggage area, structural and landing gear refinements, and higher gross weights, all while maintaining its reputation as a solid, honest four-place performer.

Production was paused in the mid-1980s, then resumed in the late 1990s with the introduction of the 182S, followed by the 182T, which featured a fuel-injected Lycoming IO-540 engine, modern interiors, corrosion-proofing, and glass cockpit avionics options. Today, the Skylane remains in production as one of Textron Aviation’s core piston models, widely used for personal travel, instrument training, and backcountry operations.

Variants and Sub-Variants

Although Cessna designated a new model year almost every year, aviation maintenance professionals can think of the 182 family in a few major groups.

Early Continental-Powered 182 and 182A through 182P

From the 1956 182 through the 1970s 182N and 182P, the Skylane used variants of the 230 hp Continental O-470 engine, with progressive improvements in gross weight, cowling and cooling, flap systems, and interiors. The 182P, for example, utilized the O-470 R or O-470 S engine at a 2,950-lb gross weight and is still commonly found in training and owner fleets.

182Q and 182R Skylane

The 182Q, introduced for the 1977 model year, retained a 230 hp Continental O-470 U engine but added wet wing fuel tanks, electrical system upgrades, and improvements to the panel and brakes. The later 182R raised the maximum takeoff weight to about 3,100 lbs and included further system refinements, becoming one of the highest gross weight fixed-gear Skylanes before the production pause.

T182 and R182 Skylane RG (Retractable and Turbo Variants)

In the early 1980s, Cessna introduced the T182 and the retractable-gear R182 (often referred to as the 182RG). These models utilized a 235 hp Lycoming O-540 J3C5D engine in both retractable and turbocharged versions for the T182, enhancing cruise and climb performance while introducing electro-hydraulic retractable landing gear. These aircraft bring additional maintenance considerations for landing gear rigging, door and uplock systems, and turbocharger management.

Restart Models 182S and 182T Skylane

When single-engine production resumed, the 182S arrived with a fuel-injected 230 hp Lycoming IO-540 AB1A5, followed by the 182T with a revised cowling, aerodynamic tweaks, and increasingly advanced avionics, including Garmin G1000 and later G1000 NXi. These models define the modern Skylane, with a gross weight of 3,100 lbs, 88 usable gallons of fuel, and cruise speeds of around 140 to 145 knots.

Turbocharged 182T (T182T) and JT A Diesel Concept

The T182T features a turbocharged Lycoming TIO-540-AK1A engine and an oxygen system for enhanced high-altitude performance, certified to approximately 20,000 ft. Cessna also developed the 182 JT A, utilizing a Jet A-burning SMA diesel engine with approximately 227 hp, targeting markets where avgas is scarce. However, that program saw limited production.

Reims and Other Licensed Productions

Reims Aviation in France and other licensees produced F182 and A182 variants with similar airframes and engines but localized hardware standards and corrosion treatments. These aircraft share most major system and parts requirements but may use metric fasteners and region-specific avionics.

Engine Evolution of the Cessna 182 Skylane

Across nearly seven decades of production, the Skylane family has utilized several primary engine families. Understanding which powerplant is installed is critical for selecting the correct parts, tooling, and ground support equipment.

Many Skylanes have also been modified with STC re-engines, such as Continental IO-520 or IO-550 conversions, for increased power. For each airframe, aviation maintenance professionals should confirm the installed engine, propeller, and STCs in the logbooks before ordering engine parts or selecting hoists, stands, and prop balancing equipment.

Highlights and Implications for Parts and Equipment Selection

• The Skylane’s higher gross weight compared with a 172, especially on 3,100-lb models, means aircraft jacks, jack pads, and tail stands should be rated appropriately while remaining compact enough for smaller hangars and backcountry strips.
  
  
• Fixed-gear 182s have simple landing gear compared with the retractable R182, but still place significant loads on main gear legs, wheels, and brakes due to higher weights and frequent operation on short or unimproved fields. Shops should maintain suitable axle jacks, wheel dollies, and brake service tools for rapid tire and brake changes.
  
  
• R182 and 182RG variants require additional landing gear tooling for gear swing tests, uplock rigging, door adjustments, and strut maintenance, along with more detailed inspection stands to access wheel wells and gear bays safely.
  
  
• Modern 182T and T182T aircraft, equipped with glass cockpits and advanced autopilots, benefit from reliable ground power units, pitot-static testers, and navigation and transponder test sets for frequent IFR training and avionics maintenance.
  
  
• Many Skylanes serve in backcountry and high altitude roles, so engine preheaters, prop and inlet covers, and portable oxygen servicing equipment are valuable to reduce cold start wear, minimize FOD, and support high elevation operations.
  

Maintenance and Ownership Tips

• Structure and Controls: Inspect wing struts, carry-through spars, control cables, and pulleys regularly, particularly on high-time airframes and aircraft that operate outdoors or on gravel or grass strips. Proper lubrication and cable tension checks help keep control forces predictable and prevent wear-related failures.
  
  
• Landing Gear and Brakes: Monitor nose gear steering components, shimmy dampers, and main gear leg attachments, as well as tires and brake linings. High utilization training or backcountry operations can accelerate wear, so having suitable jacks, tire tools, and brake bleeding equipment on hand will reduce downtime. Retractable-gear models require strict adherence to gear inspection intervals and test procedures.
  
  
• Engines and Fuel Systems: Follow Continental or Lycoming maintenance guidance for the installed engine family, including oil change intervals, magneto inspections, and compression checks. For carbureted O-470 and O-320 engines, pay attention to carb heat operation and induction system condition for carb ice protection. Injected IO-540 and TIO-540 engines require careful fuel system maintenance and attention to mixture and temperature management. Diesel installations rely heavily on clean fuel and proper high-pressure fuel system servicing.
  
  
• Avionics and Electrical Systems: Many older 182s have been upgraded with GPS, ADS-B, and sometimes glass panels. Confirm electrical system capacity, circuit protection, and weight and balance when installing or modifying avionics. Modern 182T aircraft with integrated avionics benefit from up-to-date software management and the use of stable ground power during updates.
  
  
• Corrosion and Aging Aircraft Considerations: As with other legacy Cessna singles, corrosion checks in wing spars, strut attach points, tailcone structure, and control surface hinges are essential on aging Skylanes. Borescopes, corrosion-treatment materials, and non-destructive inspection tools support compliance with service bulletins and airworthiness directives on older airframes.
  

Enduring Legacy

The Cessna 182 Skylane has earned a reputation as a capable, load-carrying, short-field-friendly workhorse that bridges the gap between basic trainers and higher-performance complex aircraft. Its mix of power, useful load, and forgiving handling has made it a go-to choice for cross-country family travel, instrument training, backcountry flying, and light commercial work.

For aviation maintenance professionals, the Skylane family provides a well-documented platform with robust parts support and a wide yet manageable range of engine and configuration options. Whether you are caring for an early Continental-powered 182 or a new glass-cockpit 182T, there is a deep knowledge base and equipment ecosystem to support safe and efficient operation.

Ready to Service or Upgrade Your Cessna 182 Skylane?

PJi® supports Cessna 182 operators, flight schools, and maintenance shops with a comprehensive selection of parts, consumables, and ground support equipment tailored to high-performance four-seat piston aircraft. From appropriately rated aircraft jacks and jack pads, axle jacks, and towbars to engine stands, battery chargers, oxygen service gear, pitot-static test sets, and shop tooling for Continental, Lycoming, and diesel powerplants, we help keep your Skylane ready for work.

Whether you maintain a single-family hauler, a mixed fleet of 172s and 182s in a training environment, or a backcountry-equipped Skylane on big tires and STOL mods, our aviation maintenance specialists are ready to help you choose the right parts, tooling, and GSE for your aircraft and operating environment. Contact us via phone, email, or chat to keep your Cessna 182 Skylane flying safely, efficiently, and ready for its next mission.