American Champion Scout 8GCBC

The American Champion Scout 8GCBC is the utility workhorse of the Champion/Citabria family — a purpose-built bush plane, glider towplane, and aerial work platform. While derived from the same Aeronca Champion lineage as the Citabria and Decathlon, the Scout is a fundamentally different aircraft optimized for hauling, STOL operations, and endurance rather than aerobatics.

Key differences from the Citabria: the Scout has a 36.3-foot wingspan (vs 33-34 feet), 180 sq ft wing area (vs 165 sq ft), 2,150 lbs gross weight (vs 1,650 lbs), 180HP O-360 engine standard, and — as of current production — standard 72-gallon (70-gallon usable) fuel tanks providing roughly 6.8 hours endurance and around 768 nm range at 75% power (see Performance Notes for a caveat on that endurance figure). The larger wing area and lower wing loading give the Scout excellent STOL and load-carrying ability.

The Scout has been in continuous production since 1974. More than 500 were built by 2008, and production continues at American Champion Aircraft in Rochester, Wisconsin. The current production Denali Scout (2011+) features a 210HP fuel-injected Lycoming IO-390 for enhanced performance in demanding backcountry environments; TCDS NOTE 9 gives it the same 2,150 lb gross weight and airspeed limits as the base 180 hp airplane — the extra power does not raise the structural limits.

The Scout is MOSAIC eligible (VS1 45 KIAS at gross per American Champion's current spec sheet; no flaps-down VS0 is published — see Performance Notes).

The Denali Scout with the fuel-injected IO-390 at 210HP is the premium variant — fuel injection eliminates carb ice concerns critical for mountain flying, and the 30HP increase dramatically improves hot/high performance. TCDS NOTE 9 does not publish separate performance for it; no independent source for its speed, climb or range was found this session.

The Scout cruises at 113 KTAS (130 MPH) at 75% power on 10.3 GPH — American Champion's own factory spec page gives both figures at the 75% setting, so this is a genuine matched triple, not a mixed one. Its published endurance (6.8 hrs, "with 45-min reserve") converts to a derived range of 768 nm. That endurance figure deserves a flag: 70 gal usable / 10.3 gph on its own already equals 6.8 hr, which leaves no arithmetic room for the stated 45-minute reserve — this may be boilerplate carried over from the Decathlon's spec block rather than a Scout-specific recomputation. Stored anyway as the only published figure, with the inconsistency noted rather than resolved. No separate fuel burn or range is published at a lower economy setting on this page's source, so no econ_* row is stored.

The Scout's 180 sq ft wing (vs 165 sq ft on the Citabria) and 2,150 lbs gross weight give it a wing loading of only 11.9 lbs/sq ft — among the lowest in certified GA. This translates to excellent slow-flight handling and genuine STOL capability. American Champion's current spec sheet gives only a clean-configuration stall speed (43-52 mph IAS across the min-flying-weight-to-gross range; 45 KIAS at gross, stored as vs1_kias) — no flaps-down VS0 figure is published by either source used this session. At light weights, ground roll can be as short as 210 feet; at gross, American Champion's own figures run to 417 ft ground roll / 697 ft over a 50-ft obstacle, which is what this page stores per the field-sourcing convention of reporting at-gross figures.

Rate of climb at 1,075 FPM (at gross; American Champion's own range runs 1,496 fpm at light weight down to 1,075 fpm at gross) is adequate rather than impressive — the Scout is a hauler, not a climber. The 180HP engine is working harder at 2,150 lbs gross than the Citabria's 150HP at 1,650 lbs. No independently sourced climb figure for the Denali Scout's 210HP was found this session — see the Variants table note.

8GCBC Scout (O-360-C1G, 180HP, 70 gal / 70 gal usable — current-production standard tank):

The Scout's payload flexibility is its greatest strength: a DERIVED 810 lb useful load (2,150 lb gross − 1,340 lb standard empty weight) with standard 70-gallon-usable tanks gives roughly 390 lb of payload beyond a solo pilot at full fuel, and around 768 nm range at 75% power — exceptional endurance for survey, patrol, or long-distance ferry flying, though see Performance Notes for a flagged inconsistency in the published endurance figure this range is derived from. The trade-off is clear: fuel or payload, not both at maximum. A heavier-equipped example (1,420 lb empty, per American Champion's own range) gives 730 lb useful load instead — 80 lb less.

• Flight Training (5): Used for tailwheel transition training and specifically for glider tow pilot training. Not a primary trainer — too specialized and expensive. Good for teaching bush flying techniques.
• Backcountry (8): Excellent bush plane. The Scout's combination of STOL performance, 750 lbs useful load, high wing, durable tailwheel construction, and tundra tire compatibility makes it a genuine Super Cub competitor. The 70-gallon tank option provides range that the Super Cub can't match. Deducted from 10 due to being slower and less nimble than the Husky in tight strips.
• Business Travel (1): Two tandem seats. Not a business aircraft.
• Aerobatics (1): Not aerobatic certified (utility category only).
• Cross-Country (4): 113 KTAS is slow, but the 838 nm range with long-range tanks is exceptional. Tandem seating is cramped for long trips. The Scout can fly very long distances — it just takes a while.
• Cargo Hauling (6): 750 lbs useful load with the rear seat removed creates a capable cargo platform. The high wing, wide cabin door, and bush construction make it practical for supply runs. Used commercially for supply delivery in remote areas.
• Local Fun Flying (7): Fun tailwheel flying with excellent slow-flight handling and STOL capability. Every grass strip becomes accessible.
• Surveying (8): Outstanding survey platform. The combination of excellent slow-flight characteristics, long endurance (6.8+ hours with 70-gallon tanks), high-wing downward visibility, and stable low-speed handling make the Scout ideal for pipeline patrol, wildlife survey, and aerial observation. Used extensively in these roles.

• Typical vintage Scout: Basic VFR panel — minimal instruments for bush flying. Many Scouts are stripped-down utility machines.
• Modern production: Garmin G5 or GI-275, GPS navigator, ADS-B transponder available as factory options.
• Common upgrades ($8,000-$20,000): Garmin G5, GTN 650Xi, ADS-B transponder.
• IFR: Capable with appropriate avionics. Pipeline patrol and survey operations sometimes require IFR capability.

• 70-gallon long-range fuel tanks: The most important Scout modification. Extends endurance from 3.5 to 6.8+ hours. Essential for survey and patrol operations. Factory option or retrofit.
• Tundra tires: Alaskan Bushwheel and other oversize tires for soft/unimproved surfaces. Standard for bush operation.
• Glider tow hook: STC for Tost or Schweizer tow hook. The Scout is one of the most popular glider towplanes — the 180HP and high useful load handle towing efficiently.
• Banner tow equipment: STCs for aerial advertising banner towing.
• Spray equipment: Agricultural spray gear for crop dusting operations (limited use).
• Metal spar wings: Replacement for wood-spar pre-1995 models. $14,000-$17,500.

• Annual inspection: $1,500-$3,000. Fabric inspection plus standard airframe and engine.
• Engine overhaul: $45,000 for O-360 at 2,000-hour TBO. $28,000 for IO-390 (Denali).
• Fabric re-cover: $14,000-$45,000 every 15-25 years.
• Metal spar wings: $14,000-$17,500 for pre-1995 models.
• Parts availability: Good. American Champion maintains support. Univair supplies Champion family parts. O-360 engine parts are universally available.
• Mechanic familiarity: Common among fabric-experienced shops. The Scout shares most components with the Citabria/Decathlon family.
• Annual all-in cost: $12,000-$20,000 at 100 hours/year.
• Operating cost: $85-$120/hour all-in.

• 8GCBC Scout (180 hp), used market: $142,139-$259,500 — MARKET ASKING, from a Controller.com/Trade-A-Plane search retrieved 2026-09-11 (see market-scout-8gcbc-2026-09-11.md); the pre-existing wood-spar/metal-spar sub-bands below were not independently re-sourced this session and are carried over unverified.
  • 8GCBC Scout (wood spar, 1974-1994): $80,000-$160,000, unverified this session. Wood spar condition critical.
  • 8GCBC Scout (metal spar, 1995+): $130,000-$220,000, unverified this session. Metal spar premium.
• 8GCBC Denali Scout (210HP, 2011+): Search results this session showed Denali Scout examples around $329,500; not independently re-sourced beyond that single figure. A different engine/variant than this page's 180 hp airplane.
• New Scout: ~$280,000+; Denali ~$330,000+ — carried over, unverified this session.

Per Aircraft Valuation Methodology: Same as Citabria — wing spar type (wood vs metal) is the primary value factor for pre-1995 models. Engine time matters, especially for tow-use Scouts that accumulate high-stress cycles. The Denali Scout's IO-390 commands significant premium. Equipment configuration (tundra tires, long-range tanks, tow hook) adds value for the intended mission.

Key ADs:

• AD 2000-25-02 (Wood spar): Same as Citabria — applies to pre-1995 wood spar Scouts. Requires invasive spar inspection for cracks and deterioration. Metal spar wings are the terminating action.
• AD 96-18-02 (Metal spar strut brackets): Corrosion inspection of lift strut attach fittings. Heavy-duty replacement fittings available.
• Wing spar structural failure: The FAA cited in-flight wing structural failures on 8GCBC aircraft as cause for airworthiness action. This underscores the importance of spar inspection compliance.

Common Problems:

• Wood spar deterioration (pre-1995): Same concern as Citabria. Metal spar wing replacement strongly recommended.
• Engine wear from towing: Scouts used for glider towing accumulate high-stress engine cycles (full power takeoffs, rapid throttle changes). Engine TBO may be reached sooner in practice.
• Landing gear fatigue: The Scout operates from rough strips at higher gross weights than the Citabria, accelerating gear leg fatigue. Inspect gear attach points carefully.
• Fabric condition: Standard for fabric aircraft. Re-cover every 15-25 years.
• Brake wear: Heavy use from tailwheel ground handling and towing operations.

Per GA Insurance Underwriting:

• Hull insurance: $2,000-$3,500/year. Tailwheel and bush operation premiums apply.
• Liability: $500-$1,000/year.
• Pilot minimums: Tailwheel endorsement required. 200+ hours with tailwheel time recommended.
• Commercial operations: Glider towing and survey operations require specific commercial use endorsements and higher liability limits.
• Bush operation exposure: Insurers factor in the demanding operating environment. Tundra tire operations may increase premiums.