Aircraft model
PIAGGIO AERO INDUSTRIES SPA P180 AVANTI II
Everything here is true of every aircraft of the type, not of any one aircraft.
The Piaggio Avanti is the fastest turboprop ever certified: about 390 to 400 knots, which is light-jet speed, from two pusher PT6s on a three-surface layout with a forward wing, a mid-set main wing and a conventional tail. It burns roughly seventy-six gallons an hour, far less than a jet doing the same speed, and the three-surface layout and pusher propellers remain unique in production aviation. The certificate designation P180 covers three generations. The original Avanti, from 1990, has PT6A-66 engines and a conventional panel. The Avanti II of 2005 brought the PT6A-66B, a higher maximum weight and the Collins Pro Line 21 flight deck, and is the version most of the fleet is. The Avanti EVO, launched in May 2014 and certified by EASA in November 2014 and the FAA in July 2015, kept the -66B engines and added winglets, five-blade Hartzell scimitar propellers that cut cabin and external noise, aerodynamic refinements and an optional extra fuel tank, for more range and better climb. A buyer should establish which of the three an aircraft is before anything else, because the panel and the noise are what separate them.
The cabin is the other unusual feature — because the main wing passes behind it, the cabin is unobstructed, wide and taller than the aircraft's footprint suggests. The reservations are entirely about support rather than the aeroplane. Piaggio entered administration and the company's future has been uncertain for years; parts have at times been slow or unobtainable, specialised components have no second source, and resale values reflect that risk. Buyers should investigate the current parts position directly before committing, not assume it.
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Put PIAGGIO AERO INDUSTRIES SPA P180 AVANTI II side by side with up to two other models.
- PIAGGIO AERO INDUSTRIES SPA P180 AVANTI II
What it is
| Seats | 9 |
|---|---|
| Landing gear | tricycle |
| Engines | 2 |
| Engine | Pratt & Whitney Canada PT6A-66B |
| Horsepower | 850 hp |
| Fuel | JetA |
| Certification basis | FAR23 |
| Production start | 2005 |
| Production end | 2018 |
| Endorsements required | complex;high-performance;multi-engine;pressurized/high-altitude |
Performance
| Cruise speed | 400 KTAS |
|---|---|
| Range | 1,500 nm |
| Service ceiling | 41,000 ft |
| Climb rate | 2,950 ft/min |
| Stall speed (Vso) | 92 KCAS |
| Takeoff over 50 ft | — |
| Landing over 50 ft | — |
Load and fuel
| Seats | 9 |
|---|---|
| Useful load | 4,000 lb |
| Full-fuel payload | 1,106 lb |
| Max takeoff weight | 12,100 lb |
| Empty weight | 8,100 lb |
| Usable fuel | 432 gal |
| Fuel burn at cruise | 78 gal/h |
Cost of ownership
| Price, low | $2,000,000 |
|---|---|
| Price, high | $4,500,000 |
| Prices as of | 2026 |
| Engine TBO | 3,500 h |
| Overhaul cost, low | $500,000 |
| Overhaul cost, high | $750,000 |
The fleet and its record
| Registered, all time | 4 |
|---|---|
| Active fleet | 4 |
| Median year built | 2007.0 |
| NTSB events, last 10 years | 0 |
| Fatal events, last 10 years | 0 |
| Events per 1,000 active, last 10 years | — |
| Personal-flying events per 1,000 active | — |
| Ownership transfers, last 24 months | 0 |
| Transfers per 100 active | — |
| Airworthiness directives | 2 |
| Directives, last 5 years | 0 |
| Rate confidence | none |
Peer scores6
| Peer class | Fixed wing multi-engine, turbo-prop, 2 engines, 7+ seats |
|---|---|
| Accident record | —1 |
| Severity | —2 |
| Access | —3 |
| Support | 1.8 of 104 |
| Liquidity | —5 |
- Accident record: class median 13.13 · 24 models in class.
- Severity: class median 31.67.
- Access: class median 5,500.
- Support: class median 59.
- Liquidity: class median 22.37.
- Each of the five categories places the model within its peer class, from 0 (the worst of the class) to 10 (the best): a position among comparable models, not a grade. The overall score is the sum of the categories shown that are scored, out of 10 for each (50 when all five are); it is given only when at least 4 of the five are scored, and it can be set against another model's only when both are in the same peer class and scored on the same categories.