Cessna 180 Skywagon

The Cessna 180 Skywagon is one of the most revered backcountry aircraft ever produced. First flown on May 26, 1952, and entering production for the 1953 model year, the 180 established itself as the definitive do-anything, go-anywhere single. A total of approximately 6,206 Cessna 180s were manufactured between 1953 and 1981 across both this page's 4-seat, narrow-fuselage line (1953-1962) and the later 6-seat wide-body 180 (1963-1981), and they remain among the most sought-after tailwheel aircraft on the used market.

The 180 was Cessna's first truly rugged utility airframe -- an all-metal, high-wing taildragger with spring steel gear, constant-speed propeller, and enough power and useful load to haul people and cargo into rough strips where tricycle-gear aircraft fear to tread. It is the lighter, more nimble sibling of the Cessna 185 Skywagon, trading up to 75 HP for a lighter empty weight and noticeably more responsive handling on the earliest airframes.

The 180 enjoys a fanatical following in the backcountry community. Organizations like the Cessna 180/185 Club and Backcountry Pilot maintain active forums, fly-ins, and knowledge bases. In Alaska, Idaho, Montana, and anywhere else there are unimproved strips, modified 180s on tundra tires or floats are a daily sight.

The 1964 (180H) transition to the wider 185-style fuselage is the most significant airframe change. Pre-1964 aircraft are lighter and sometimes preferred for their slightly sportier feel, but post-1964 models offer more cabin room and the option for a fifth and sixth seat.

No performance figures on this page are sourced to a handbook. The TCDS gives airspeed limits and weights only (above); cruise speed, range, fuel burn, climb rate, service ceiling, stall speeds and runway distances have no citation for the 1953-1956 majority section and are left blank rather than filled with the 180K's very different numbers. A future pass with access to a period Owner's Manual (or a purchased Cessna Information Manual) would close this gap — see the confidence note for exactly what was searched.

What IS certificate-sourced and reliable: the 2,550 lb landplane gross weight, 55-gallon usable fuel, and the landplane airspeed limits (Vne 160, Vno 139, Va 106, Vfe 87 KIAS, all stated directly as TIAS with no CAS conversion needed). The certificate ALSO gives a materially different amphibian-configuration limit set (Vne 143, Vno 113, Va 112 KIAS) not stored here, since this page describes the landplane.

For general Skywagon handling characteristics: the spring steel gear is legendarily tough, and combined with the tailwheel configuration, the 180 handles rough, unimproved surfaces that would destroy a nosewheel aircraft. The 230 HP versions (180A onward) perform credibly at mountain strip elevations of 5,000-7,000 feet, though none of the 180s match the brute-force climb of the 300 HP Cessna 185 Skywagon.

Not sourced this pass for the 1953-1956 majority section — no handbook was found to compute fuel/payload tradeoffs against, and the prior page's numbers (88 gal / 528 lb fuel, based on the 180K) describe a different, later section with 53% more fuel capacity. A dedicated handbook pass for this section (or a purchased Cessna manual) would be needed to fill this table honestly. The certificated basics: 2,550 lb landplane gross weight, 55 gallons usable fuel (330 lb) for the majority 1953-1956 section, against 2,800 lb and up to 84 gallons usable (504 lb) for the latest 180K -- a real and substantial difference in what these two eras of "the Cessna 180" can actually carry.

Most 180s on the market have been through multiple panel upgrades. Common configurations by price tier:

Budget ($100K-$150K): Original or partially updated panel. King KX-155 or KX-170B nav/coms, basic VOR/ILS. May have a portable GPS. ADS-B compliance is a key check -- non-compliant aircraft need $3,000-$8,000 in upgrades.

Mid-Range ($150K-$250K): Garmin GNS 430W or GTN 650Xi, Garmin GTX 345 ADS-B transponder, basic autopilot (Century or S-TEC). Some have Garmin G5 or GI 275 as attitude/DG replacements.

Premium ($250K+): Full Garmin GTN 750Xi/650Xi stack, Garmin G500 TXi or dual GI 275s, GFC 500 autopilot, audio panel upgrade (GMA 345). These aircraft command top dollar and sell quickly.

Many backcountry-focused 180s deliberately run minimal panels, prioritizing weight savings and simplicity over IFR capability.

The Cessna 180 has an extensive modification ecosystem, particularly for backcountry enhancement:

STOL Kits:

• Sportsman STOL Kit (~$3,500-$5,000 installed): Leading edge cuff and gap seals. Lowers stall speed 5-7 knots, dramatically improves low-speed handling. The community consensus favorite.
• Horton STOL Kit (~$2,500-$4,000 installed): Smaller cuff, less aggressive than Sportsman.
• Wing X STOL (~$6,000-$9,000 installed): Wing extensions and spar reinforcement.
• Vortex Generators (~$1,500-$2,500 installed): Often combined with STOL kits.

Tundra Tires:

• Alaskan Bushwheel (29" to 35"): The gold standard. Expect $3,000-$6,000 for tires and associated gear leg modifications.
• Airframes Alaska gear and tire packages: Complete landing gear upgrade kits.

Engine Upgrades:

• NorthPoint XP470: Increases displacement by 50 cubic inches, adding 35-45 HP over stock O-470.
• Texas Skyways O-520 conversion: 260 HP upgrade using Continental O-520 series engine.

Float Installations:

• Wipaire, Edo, and Aerocet floats are all available for the 180. GTOW on floats is 2,950 lbs with appropriate STC.

Cargo Pods:

• Belly-mounted cargo pods add 150-300 lbs of external cargo capacity. Speed penalty of 5-10 knots.

Parts Availability: Excellent. The Cessna 180/185 parts ecosystem is robust. Continental O-470 engine parts are widely available. See Maintenance Ecosystem.

Mechanic Familiarity: Common. Any A&P with Cessna single-engine experience can maintain a 180. Tailwheel-specific knowledge is more specialized but widely available in backcountry-heavy regions.

Annual Inspection Cost: $2,500-$5,000 depending on shop, region, and squawks found.

Expensive Maintenance Items: Continental O-470 overhaul at national specialty-shop pricing (~$48,000, see reference/engine-overhaul-pricing.md; a local shop reusing serviceable cylinders runs 30-50% under), propeller overhaul ($2,500-$4,000), exhaust system replacement ($3,000-$5,000), float maintenance ($2,000-$5,000 annually if equipped).

None of these bands are independently re-sourced this pass -- the top row was already the page's own era-segmented estimate and happens to cover the frontmatter's exact years; a dedicated Vref/Bluebook pass (runbook rule 27) was not performed.

Key Value Drivers: Engine time (fresh overhaul adds $33,000-$63,000 vs run-out), STOL modifications, modern avionics (adds $20,000-$40,000), float-equipped ($30,000-$60,000), paint and interior, logbook completeness, Alaska/backcountry pedigree.

Active/Recurring ADs:

• Seat Rail AD (AD 2011-10-09): Repetitive inspections of seat rail, seat pin engagement, rollers, washers, and lock pin springs.
• Tailcone/Horizontal Stabilizer AD: Inspection for cracks and corrosion in tailcone and horizontal stabilizer attachment structure.
• Continental O-470 engine ADs: Various ADs on the O-470 series covering crankcase inspections, cylinder issues, and accessory drives.

Pre-Buy Red Flags:

• Corrosion in lower fuselage and belly skins, especially on floatplane or coastal aircraft
• Gear attach point fatigue cracks
• Firewall damage or repairs from hard landings
• Engine case cracks on O-470 series (known issue with age)
• Fabric-covered control surfaces on early models (pre-1964) -- check for deterioration

The Cessna 180 falls into the tailwheel/high-performance insurance category. See GA Insurance Underwriting for general tailwheel factors.

Typical Annual Premiums: Qualified pilot (500+ TT, 100+ tailwheel, 50+ make/model): $1,750-$2,100 for $150K hull. Low-time tailwheel pilot: $2,200-$3,500. New tailwheel pilot: $3,500-$6,500+.

The National Cessna 180/185 Insurance Program through BWI offers reduced rates for qualified pilots. Float operations may increase premiums 15-30%.