Tecnam P92 Echo/Eaglet

The Tecnam P92 is a two-seat, high-wing, strut-braced light sport aircraft designed by Prof. Luigi Pascale and manufactured by Costruzioni Aeronautiche Tecnam S.p.A. in Capua, Italy. The P92 prototype made its maiden flight on 14 March 1993 and debuted at the Bassano del Grappa Air Show in Italy, originally built to comply with Italian ultralight law (Law 106/1985). It is Tecnam's most-produced and most recognized aircraft design.

The P92 Eaglet, introduced at the 2008 Sebring Light Sport Expo, was Tecnam's purpose-built entry for the US Special Light Sport Aircraft (S-LSA) market. It is certificated under FAR Part 21.190 as a Special Light Sport Aircraft and is manufactured to ASTM F2245 consensus standards. The Eaglet is not a Part 23 certified aircraft; it holds no FAA Type Certificate. The broader P92 family (including the current Echo MkII) sells in Europe under EASA and national ultralight regulations in addition to S-LSA certification.

The Eaglet is widely used for Sport Pilot and Private Pilot primary training in the United States. Flight schools gravitate toward it for its forgiving stall characteristics, responsive controls, 45-inch-wide cabin (unusually roomy for the class), and its low operating cost enabled by the Rotax 912's ability to burn auto gas. Instructors praise the rudder/aileron coordination and describe stall behavior as barely perceptible with light buffeting and minimal tendency to drop. AOPA described it as "stable bordering on docile." One Australian example accumulated approximately 16,000 flight hours while remaining in remarkable condition, attesting to the airframe's durability.

By 2018 Tecnam had delivered over 2,500 P92 family aircraft worldwide across all variants. By 2023 (the 30th anniversary), production continued with the current P92 Echo MkII, with total deliveries estimated in excess of 3,000 aircraft — making it one of the most numerically successful light aircraft designs of the modern era.

Notes on the Lycoming option: The P92 Eaglet was offered with an optional Lycoming YO-233-B2A (115 HP) engine at approximately $20,000 additional cost. This variant offers slightly higher cruise speed (~118 kt vs ~114 kt) and marginally higher fuel burn (~5.3 GPH) but uses traditional avgas exclusively, losing the auto-gas cost advantage.

Book cruise numbers (114 KTAS at 75% power) are generally achievable in practice at sea level to 4,000 ft density altitude. Pilots report real-world cruise speeds of 102–110 KTAS depending on power setting and loading; 75% delivers maximum range efficiency at around 4.5 GPH.

The Eaglet's useful load of 590 lbs at max gross 1,320 lbs is adequate for two average-sized adults with full fuel. Full fuel (22.4 gallons) weighs approximately 135 lbs, leaving 455 lbs for occupants and baggage — roughly 225 lbs per seat, which is sufficient but leaves no margin for heavy passengers. Flight schools often note the aircraft operates at 90% gross weight on a typical dual training flight.

Stall characteristics are notably benign. VSO (39 KIAS, flaps full) is among the lowest of any production LSA. The stall provides light buffeting with minimal wing drop, highly forgiving for student pilots. The aircraft is directionally sensitive on landing due to light weight; the demonstrated crosswind component is 15 knots, and pilots report it handles well within that limit but feels lively in gusty conditions.

Service ceiling is 13,110 ft MSL, which is adequate for most US operations but precludes flight over higher terrain with density-altitude margin. Real-world cruise performance degrades noticeably above 8,000 ft DA with the normally-aspirated Rotax.

The Rotax 912 ULS produces maximum power to approximately 15,000 ft PA (due to its mechanical supercharging via the intake system), but power falls off sharply above that altitude. Best rate of climb (1,200 FPM) is excellent for an LSA and significantly better than the Cessna 162 Skycatcher it competed against in the trainer market.

Glide ratio of approximately 12:1 (best glide 68 KIAS) is average for this class.

The Eaglet can burn auto gas (mogas) — a major operating cost advantage. With typical auto gas prices significantly below avgas, fuel costs run $15–20/hour vs. $30–40/hour for avgas-dependent aircraft.

Aircraft reference data:

• Max gross weight: 1,320 lbs
• Empty weight: 730 lbs
• Useful load: 590 lbs
• Fuel capacity: 22.4 gal (135 lbs)
• Fuel burn: 4.5 GPH
• Cruise speed: 114 KTAS (75% power)
• Range (full fuel, no reserves): ~530 nm
• IFR reserves required: N/A (VFR only)

Scenario table (VFR, 30-minute reserve = ~1.5 gal/22 lbs):

Key takeaways:

• Two average adults (180 lbs each) can fly with full fuel at 1,247 lbs gross — 73 lbs under max gross, giving comfortable margin.
• Two heavier occupants (220 lbs each) necessitate significant fuel reduction; range drops to ~285 nm — still adequate for day trips but limits cross-country flexibility.
• The 590-lb useful load is the binding constraint. Unlike four-seat aircraft where you trade fuel for passengers, here you have only one passenger seat to manage. Baggage compartment is modest (~35 lbs max per POH).
• Training operations (dual instruction) are typically 50–100 lbs under max gross, keeping the aircraft comfortably within limits for maneuver practice.
• Full useful load (590 lbs) with full fuel is not achievable; maximum fuel leaves 455 lbs for occupants + bags, limiting pilot+pax combined weight to ~445 lbs with a typical 10-lb bag.

The P92 Eaglet features a low-profile modular panel designed to accept a wide range of avionics suites while maintaining excellent over-the-nose visibility. Three common configurations are found in the used market:

Entry-Level Analog (most 2008–2012 aircraft):

• Conventional "six-pack" round instruments (electric AI and DI or vacuum)
• Garmin SL40 or GTR 200 COM radio
• Garmin GTX 327 Mode C transponder
• Garmin GPSMAP 496 or 696 portable GPS (often panel-mounted)
• Analog engine instruments
• New price at introduction: ~$114,900–$119,900

Mid-Level Glass (2012–2018 aircraft):

• Single Dynon SkyView SV-700 (7") or SV-1000 (10") primary display with integrated ADAHRS, engine monitoring, and moving map
• Garmin GTR 200 COM
• Garmin GTX 327 or GTX 335 ADS-B Out transponder
• Backup analog AI and ASI
• Typical new price with this package: ~$125,000–$135,000

Full Glass (2015–present, new Eaglet):

• Garmin G3X option: Dual-screen (GDU 460 + GDU 465), GSU 25 ADAHRS, GEA 24 engine module, GMU 22 magnetometer, GTR 200 COM, GTX 335R ADS-B Out transponder. Factory-fitted by Eker Aviation (European distributor) and US dealers.
• Dynon SkyView option: Dual SV-1000 10" screens, SV-ADAHRS-200, SV-EMS-221 Rotax engine module, SV-GPS-250, Dynon COM and transponder modules.
• Full glass adds approximately $10,000–$15,000 over analog panel pricing.

All configurations operate VFR only. No autopilot is offered as factory standard on the Eaglet (some SkyView-equipped aircraft have added Dynon AP as a field addition). No certified IFR navigation has been approved for S-LSA platforms under existing rules.

See Avionics Pricing Reference for current avionics component pricing and install cost estimates.

As an S-LSA, the P92 Eaglet does not use FAA STCs in the traditional Part 23 sense. Modifications must be approved by Tecnam as the manufacturer and documented in the aircraft's maintenance records per ASTM standards. Notable manufacturer-approved modifications and upgrades include:

Rotax 912iS Engine Upgrade: Newer Eaglets (and current Echo MkII) can be factory-configured with the Rotax 912iS (fuel-injected, FADEC-assisted), offering improved fuel efficiency (estimated 10–15% reduction in fuel burn at cruise) and elimination of carburetor ice risk. Factory installation only; retrofitting older aircraft requires manufacturer approval. Approximate cost: $8,000–$12,000 over standard 912 ULS pricing.

SmartBay Payload System: Underwing hardpoint pod system for sensors, cameras, or survey equipment. Available as a factory option or dealer-installed modification. Compatible with photogrammetry cameras, multispectral sensors, and lidar pods. Used extensively for precision agriculture surveying applications in Europe. No published US pricing; contact Tecnam or Eker Aviation for quote.

Garmin G3X Panel Retrofit: Tecnam and authorized service centers offer panel upgrades from analog or single-screen configurations to full dual-screen Garmin G3X. A full retrofit typically runs $12,000–$18,000 installed, depending on existing equipment and transponder/COM replacement scope.

Lycoming YO-233-B2A Option: Available at aircraft purchase as an optional powerplant. Not a field-retrofit modification. Offers 115 HP vs. 100 HP; cruise speed increases ~4 knots. Tradeoff is avgas-only operation. This engine option was offered on early Eaglets; availability on current production should be confirmed with Tecnam directly.

Ballistic Recovery Parachute (BRS): Available as a factory option on newer Eaglets and standard on Echo MkII. BRS adds approximately $5,000–$8,000 to the aircraft price. Pre-buy inspections should note whether BRS is installed and when the pyrotechnic charge was last replaced (15-year service life per BRS).

Parts availability: Fair. The P92 Eaglet is manufactured in Italy and US aftermarket parts support is limited. Structural components and airframe parts require ordering from Tecnam or authorized US distributors (Tecnam USA, based in Jupiter, FL). Lead times of 2–6 weeks for non-stock items are common. This is the most-cited operational frustration from US Eaglet operators.

Rotax engine parts: Good. Rotax (an Austrian company) has strong US distributor support through Aircraft Spruce, Lockwood Aviation, and other Rotax service centers. Engine consumables (oil, spark plugs, coolant) are widely available. Overhaul and major maintenance require a Rotax-authorized repair station.

A&P mechanic familiarity: Specialist. Not all A&Ps are familiar with Rotax engines, Italian airframe construction, or ASTM S-LSA maintenance requirements. Owners should identify a Rotax-trained mechanic and an LSA-knowledgeable A&P before purchase. The annual/condition inspection must be performed by an A&P with repairman certificate or a Light Sport Repairman (inspection).

Typical annual condition inspection cost: $700–$1,200, depending on region and discrepancies found. Rotax PSRU service (600-hour interval) adds approximately $300–$500 when due.

Engine overhaul cost: Rotax 912 ULS overhaul at a certified Rotax service station runs approximately $10,000–$14,000. A new exchange engine (Rotax factory reman) runs approximately $16,000–$22,000 depending on configuration.

Recommended service centers:

• Lockwood Aviation (Sebring, FL) — largest US Rotax/Tecnam service center, primary importer of Tecnam aircraft for many years
• Chesapeake Sport Pilot (MD) — active Eaglet operator and maintenance resource
• Tecnam USA (Jupiter, FL)

Hourly operating cost estimate (owner-flown, 100 hrs/year):

• Fuel (4.5 GPH × 100 hrs × $4.00/gal mogas): $1,800
• Oil and consumables: $300
• Annual condition inspection: $900
• Engine reserve ($10,000 / 2,000 hrs): $500
• Airframe reserves: $300
• Insurance: $2,600
• Total estimated annual cost: ~$6,400–$8,000/year at 100 hrs

See Maintenance Ecosystem for broader LSA and Rotax maintenance ecosystem discussion.

The P92 Eaglet used market is thin but stable. The aircraft was produced in relatively small numbers for US import compared to the broader European P92 fleet. Used Eaglets are found primarily through flight school fleet liquidations.

Price tiers (2025 market estimates):

Value drivers:

• Engine time relative to calendar TBO is the primary value driver. An Eaglet with a 2008 engine at 500 hours has exceeded 15-year calendar TBO regardless of hours — this is a significant deduct requiring engine overhaul ($12,000–$15,000) or replacement ($20,000+) before return to service.
• Avionics package: Full dual-screen Garmin G3X adds $8,000–$12,000 over analog panel; ADS-B Out compliance (post-2020 rule) is table stakes in the used market.
• Rotax iS vs. carbureted: Fuel-injected 912iS models command a premium and are more desirable for training operations.
• Flight school history: Aircraft with documented flight school use can show signs of heavy wear but also benefit from regular airworthiness oversight. Inspect seat rails, control surfaces, and brake wear carefully.
• Italian parts lead time is a known valuation overhang — buyers discount for uncertainty on parts sourcing.

See Aircraft Valuation Methodology for general valuation framework applicable to LSA aircraft.

The Tecnam P92 Eaglet as an S-LSA is not subject to FAA Airworthiness Directives in the same manner as type-certificated aircraft. Instead, Tecnam issues mandatory service bulletins that owners must comply with per ASTM F2245 requirements. Owners should verify all current mandatory service bulletins from Tecnam have been complied with as part of any pre-buy condition inspection.

Key pre-buy and recurring maintenance items:

• Rotax gear reduction unit (PSRU): Requires inspection and fluid change every 600 hours or per Rotax Service Instructions. This is a dedicated Rotax-trained technician item and cannot be done at a general A&P shop. Failure to comply with this interval is a common discrepancy found on condition inspections.
• Rotax cooling system: Liquid-cooled cylinder heads require coolant condition checks and hose/clamp inspection annually. Early Rotax 912 hoses have a known history of cracking with age even at low time.
• Carburetor synchronization: Dual carburetors must be balanced per Rotax SI. Out-of-sync carbs cause vibration and uneven wear. Low-time aircraft from infrequent operators are prone to this.
• Control cable condition: Aluminum control cable pulleys and cable ends are subject to wear. Cable systems should be inspected for fraying and proper tension.
• Fuel tank sealant (integral tanks): The 90-liter (22.4-gal) integrated wing tanks can develop sealant delamination, especially in aircraft that have sat unused for extended periods. Fuel staining on lower wing surface is a warning sign.
• Brake system: Hydraulic disc brakes are simple but the master cylinders and calipers should be inspected for seep or squish. Replacement parts availability from Italy can create lead times.
• Airframe corrosion: Aluminum airframe is generally good but aircraft based near salt water or in high-humidity climates should be inspected carefully on all fuselage and wing spar attach points.
• Rotax calendar TBO: The Rotax 912 ULS has a TBO of 2,000 hours OR 15 years (calendar), whichever occurs first. Many low-time Eaglets with original engines are approaching or have exceeded calendar TBO regardless of hours. Verify engine build year, not just total time.

No P92 Eaglet-specific FAA airworthiness directives were active as of April 2026. A 2026 AD (2026-06532) addressed Tecnam Model P2010 exhaust muffler flame tube issues — this does NOT apply to the P92 Eaglet. Always verify current AD status against the aircraft's specific serial number via FAA AD database.

See Maintenance Ecosystem for general LSA/Rotax maintenance discussion.

The P92 Eaglet falls in the "standard LSA" insurance category with most underwriters. It is among the most-insured LSA types in the US due to its widespread training fleet use, giving underwriters good actuarial data.

Typical annual premiums (2025, trained sport pilot or PPL holder):

• Flight school / commercial training use is insurable but commands a surcharge; expect 20–35% above private use rates for rental/instruction fleets.
• Underwriters generally require a Sport Pilot certificate or higher with make/model checkout. Student solo endorsement coverage is available.
• No unusual exclusions are reported by Tecnam-operating flight schools.
• The AOPA 2016 spotlight cited approximately $2,600/year for a flying club with club pilots — consistent with current market.

See GA Insurance Underwriting for general LSA insurance discussion and factors.