single piston

Bellanca Scout 8GCBC

Lycoming O-360-C1G or -C2D, 180 hp

Bellanca Scout 8GCBC backcountry utility taildragger
Photo: Robert Frola via Wikimedia Commons , licensed under GFDL .
Typical cost/hr
$183.35
Fuel @ 65%
7.7 gph
Engine TBO
2000 hr
Overhaul
$28,000–$42,000

The Bellanca Scout 8GCBC is the utility cousin of the Citabria family. It's a tandem two-seat fabric taildragger with a 180 hp Lycoming O-360, a heavier-duty airframe than the Citabria, and certification for utility category operations including glider towing, banner towing, and serious backcountry work. The Scout cruises at 115 to 125 KTAS on 7.7 to 10 gph, takes off in 300 to 450 feet, and earns its keep in mission profiles the Citabria isn't approved for.

The Scout is less famous than the Citabria, less aerobatically capable than the Decathlon, and less of a backcountry specialist than the Husky. What it is is a versatile workhorse for owners who need utility category certification at a fraction of the Husky acquisition cost. This page covers what owning a Scout 8GCBC actually costs in 2026 and where it fits in the broader taildragger market.

History

The 8GCBC Scout was launched by Champion Aircraft in the late 1960s as a utility-category derivative of the Citabria family. The airframe shares the basic Champion two-seat fabric construction but adds a heavier wing, beefed-up landing gear, and structural reinforcement that supports utility category operations. The Scout's MTOW is higher than the Citabria's, and its certification supports towing, banner ops, and rough-field operations.

Bellanca acquired the type certificate in 1970 along with the Citabria line and continued Scout production through 1981. American Champion Aircraft picked up production after acquiring the type certificate in 1989 and continues low-volume Scout production from Rochester, Wisconsin.

The Scout has built a strong niche in glider club operations, banner towing businesses, and backcountry recreational use. The combination of 180 hp, robust airframe, and lower acquisition cost than alternatives like the Husky or Maule makes it attractive for owner-operators who need utility capability without paying premium prices.

Performance

The Scout cruises at 115 to 125 KTAS at 65% power, burning 7.7 to 10 gph depending on prop and load. The higher fuel burn versus a Citabria reflects the Scout's heavier airframe and beefed-up wing. Climb at sea level is 1,200 to 1,400 fpm, which is what makes the airplane effective at glider towing and short-field operations.

Useful load is the Scout's primary advantage over the Citabria. A typical Scout 8GCBC has 600 to 700 pounds of useful load, which is 150 to 200 pounds more than a 7GCAA Citabria. Full fuel is 35 to 40 gallons depending on tank configuration, leaving 400 to 500 pounds for two adults plus bags or cargo. That works for two adults with camping gear or for towing operations with a moderate load behind.

Takeoff and landing distances are competitive with other certified backcountry airplanes. Sea-level takeoff at gross weight is 300 to 450 feet. Landing distance is similar. The Scout isn't as STOL-capable as a Husky or Carbon Cub but operates from strips that most certified airplanes can't use.

Powerplant

The Lycoming O-360-C1G or O-360-C2D (180 hp, four-cylinder, carbureted) is the standard Scout engine. Lycoming's published TBO for the O-360 is 2,000 hours per Lycoming Service Instruction 1009 BE. The O-360 is among the most reliable Lycomings in service.

Field overhaul of an O-360 runs $28,000 to $42,000 in 2026 at a name-brand shop. Top overhaul work is uncommon on Scout service profile. Glider towing operations accumulate cycles that can accelerate cylinder wear, so towing-active airplanes may need top work earlier than recreational airplanes.

Propeller varies. The standard Scout configuration is a McCauley B2D34C211 two-blade fixed-pitch metal prop, which is essentially zero-maintenance on a calendar basis. Some Scouts run Hartzell HC-C2YR constant-speed props, which add takeoff and climb performance but bring a 2,400-hour or six-year overhaul cycle per Hartzell Service Letter HC-SL-61-61Y Rev 12. CS overhaul runs $2,500 to $4,500 in 2026.

Cost of ownership

The Scout is moderately expensive to operate per hour, similar to a Husky but with lower acquisition cost.

Fuel runs $42 to $70 per hour at $5.50 to $7 per gallon and 7.7 to 10 gph. Engine reserve is $14 to $21 per hour ($28,000 to $42,000 overhaul amortized across 2,000 hours). Prop reserve is under $1 to $2 per hour. Airframe maintenance reserve is $13 to $22 per hour, dominated by fabric work. All-in at 100 hours a year runs $85 to $130 per hour, plus $3,500 to $7,000 in annual fixed costs.

Fabric re-cover dominates the calendar cost. A complete Scout re-cover runs $25,000 to $42,000 in 2026 and is typically needed every 15 to 25 years. Glider towing operations accumulate UV exposure and minor stress that can reduce fabric life modestly.

Acquisition cost in mid-2026 runs $70,000 to $110,000 for an older Bellanca-era Scout with original fabric, $110,000 to $170,000 for a clean American Champion-built Scout with recent fabric and modern panel. Factory new from American Champion lists around $250,000 depending on equipment.

Fixed cost Range Frequency
Hangar
Fabric airplanes benefit significantly from hangar storage.
 $150–$400 monthly
Annual inspection
Glider towing operations may need additional inspection focus on tow attach and structural fatigue items.
 $1,500–$3,000 annual
Insurance (200+ hrs tailwheel)
 $1,500–$3,000 annual
Fabric re-cover (when due)
Re-cover cycle: 15-25 years.
 $25,000–$42,000 per-event

Estimate the cost for your situation

Defaults are pre-filled for the Bellanca Scout 8GCBC. Tweak fuel price, hangar, insurance, and hours to match your scenario.

Your cost per hour
$183.35
Bellanca Scout 8GCBC · Lycoming O-360-C1G or -C2D, 180 hp
100 hrs/yr · 65% cruise
Per month
$1,528
Per year
$18,335
Cruise power
Pre-populated values are sourced estimates. Verify with the POH and a current quote before buying.

Common issues & gotchas

Fabric condition and re-cover history

high

Fabric is the dominant pre-buy item on any Scout. Verify last re-cover date and process used. Glider towing operations expose the airplane to additional UV at altitude. Look for soft spots, seam separation, and signs of internal moisture.

Wing strut and lift attach

high

American Champion has issued service bulletins covering wing strut and lift attach hardware. Verify SB compliance and look for corrosion at strut attach points. The Scout's higher MTOW puts more stress on these components than the Citabria's.

Tow attach point inspection

moderate

Scouts used for glider or banner towing accumulate stress on the tow attach point and aft fuselage structure. Verify recent inspection of these areas. Glider clubs typically maintain detailed tow operation logs that document cycles and any incidents.

Gear leg fatigue

moderate

Steel tube gear accumulates fatigue from rough-field operations and heavy load takeoffs. Dye penetrant inspection of welds is standard pre-buy work. Replacement gear runs $1,500 to $3,000 per leg.

O-360 cylinder wear

moderate

Glider towing accumulates engine cycles that can accelerate cylinder wear. Top overhaul work may be needed earlier than the published TBO on heavily-towed airplanes. Compression and borescope inspection should be standard pre-buy work.

Documentation gaps on older airplanes

low

Bellanca-era Scouts have changed hands multiple times. Verify all major work (re-cover, engine overhauls, AD compliance, towing-related modifications) is documented. Gaps complicate insurance underwriting and resale.

Who it's for

Good fit for

  • ✓ Glider club tow plane operators
  • ✓ Backcountry pilots wanting more useful load than a Citabria
  • ✓ Banner towing operations and other utility-category uses
  • ✓ Owners wanting Husky-like capability at lower acquisition cost
  • ✓ Pilots who value robust utility-category certification

Less good for

  • ✗ Cross-country pilots prioritizing speed or range
  • ✗ Four-seat operations (Scout is strictly tandem two-seat)
  • ✗ Owners storing outside in harsh climates
  • ✗ Buyers who want modern panel ergonomics out of the box
  • ✗ Pilots without tailwheel experience

The verdict

The Scout 8GCBC is the affordable utility tandem two-seater. For glider clubs needing a tow plane, for backcountry pilots wanting better useful load than a Citabria, or for owners needing utility-category certification at a fraction of Husky money, the Scout delivers. The 180 hp O-360 is reliable, parts and mechanic knowledge are mature, and the airframe is robust within its certification limits.

But the Scout isn't a backcountry specialist the way the Husky and Maule are, and it isn't an aerobatic airplane the way the Decathlon is. It occupies a specific utility niche. Buyers who fit that niche will be well-served. Buyers expecting more performance or more capability should look elsewhere. The Scout wins on price-to-capability ratio within its mission and loses outside it.

Cross-shop these

Type club

Bellanca-Champion Club and SSA →

The Bellanca-Champion Club covers Scout, Citabria, Decathlon, and related airplanes with technical resources and an active community. The Soaring Society of America (SSA) is the other essential affiliation for Scout owners using the airplane for glider towing. EAA chapter membership rounds out the community resources.

Frequently asked

How much does a used Scout 8GCBC cost in 2026? +

Bellanca-era Scout with original fabric runs $70,000 to $110,000. American Champion-built Scout with recent fabric and modern panel runs $110,000 to $170,000. Factory new from American Champion lists around $250,000 depending on equipment.

Is the Scout a good glider tow plane? +

Yes. The combination of 180 hp, robust utility-category airframe, and reasonable operating cost has made the Scout one of the more popular club tow planes in North America. Glider clubs value the Scout's reliability, parts availability, and the fact that towing-induced wear is well-understood by the maintenance community.

What's the difference between a Scout and a Citabria? +

The Scout 8GCBC has a heavier airframe, 180 hp O-360 engine, and utility category certification including towing operations. The Citabria 7GCAA has a lighter airframe, 150 hp O-320, and aerobatic certification (no towing). Same basic family but different missions: the Citabria for sport and aerobatic flying, the Scout for utility work.

Can a Scout do backcountry work? +

Yes, within its certification limits. Sea-level takeoff distance is 300 to 450 feet at gross weight. The Scout isn't as STOL-capable as a Husky or Carbon Cub but operates from strips most certified airplanes can't use. The higher useful load versus a Citabria makes it more practical for backcountry trips with gear.

Is the Scout a good first taildragger? +

Decent. The Scout's gear track is wider than a Citabria's, which helps with ground handling. The heavier airframe is more forgiving in crosswind landings. Most insurance underwriters require 15 to 25 hours of tailwheel time before quoting, similar to other modern taildraggers. A Citabria or Champ is probably a better first taildragger. The Scout is reasonable as a second.

How often does fabric need re-cover on a Scout? +

Fabric typically lasts 15 to 25 years depending on hangar storage and operating environment. Glider towing operations may shorten that range slightly due to higher altitude UV exposure. Plan $25,000 to $42,000 for a complete professional re-cover when due.

Data sources