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| Tecnam Astore: The Italian Light Aircraft That Makes Flying Look Expensive |
There are light aircraft that look like they were designed by an engineer who had a calculator in one hand and a screwdriver in the other. Then there is the Tecnam Astore, an Italian two-seat aircraft that appears to have arrived at the airport after attending a design meeting in Milan.
The Tecnam Astore combines a low-wing configuration, retractable-looking but actually fixed tricycle landing gear, a wide bubble-style canopy, modern avionics, and Rotax power into a compact aircraft aimed at pilots who want economical flying without giving up style. It is the sort of airplane that makes you wonder whether your own car suddenly looks unnecessarily boring.
What Is the Tecnam Astore?
The Astore is a low-wing, two-place, single-engine aircraft developed by Italian manufacturer Tecnam. Its structure uses an all-metal airframe with selected carbon and glass-fiber composite components, while the landing gear uses lightweight alloy spring main gear and a free-castering nose wheel.
Unlike rugged taildraggers such as the Maule M-7-260, the Astore is clearly designed around a different philosophy. It is more about efficient recreational flying, comfortable cross-country trips, modern instrumentation, and making the pilot look suspiciously sophisticated while doing it.
Tecnam Astore Specifications
Tecnam has published different Astore configurations using the Rotax 912 ULS2, Rotax 912 iS, and turbocharged Rotax 914 engine. Published figures therefore vary according to engine, propeller, configuration, and certification category.
| Specification | Tecnam Astore |
|---|---|
| Configuration | Low-wing, two-seat, single-engine |
| Engine Options | Rotax 912 ULS2 / 912 iS / 914 Turbo |
| Power Range | Approximately 98 to 115 hp |
| Maximum Takeoff Weight | 1,320 lb / 600 kg |
| Fuel Capacity | 29 US gal / 110 L |
| Maximum Cruise Speed | Up to 120 kt for 912 configurations |
| Stall Speed | 38 kt with flaps |
| Takeoff Distance | Approximately 1,180 ft over obstacle |
| Landing Distance | Approximately 990 to 1,070 ft over obstacle, depending on configuration |
| Maximum Range | Approximately 520 to 750 NM depending on configuration |
These figures should be treated as reference specifications rather than universal performance guarantees. Tecnam's own documentation shows different performance figures for different engine and propeller combinations, including the 912 ULS2, 912 iS, and turbocharged 914.
Why the Astore Looks Different From Typical Light Sport Aircraft
The first thing you notice about the Astore is the styling. The low wing and large canopy give the aircraft a sleek appearance, while the relatively compact fuselage keeps the overall proportions sporty rather than utilitarian.
Tecnam describes the Astore as an aircraft built for flying with style, and that description is surprisingly accurate. The company clearly did not want the aircraft to look like an agricultural machine that accidentally learned how to fly.
The aircraft also benefits from a two-seat side-by-side cockpit, giving both occupants a useful view of the outside world. Tecnam lists a cabin width of approximately 3.8 feet and a cabin height of around 3.21 feet.
Rotax Power: Small Engine, Big Efficiency
The Astore's engine options are one of its most interesting features. The aircraft can be configured around the Rotax 912 family, while the turbocharged Rotax 914 provides additional performance for configurations that use it. Tecnam's documentation identifies the 912 ULS2, injected 912 iS, and 914 Turbo as available powerplants.
The attraction of the Rotax installation is obvious for an aircraft in this class. You do not need a huge six-cylinder engine producing hundreds of horsepower to move a lightweight two-seat aircraft efficiently. Instead, the Astore gets respectable performance from a compact engine while keeping fuel consumption relatively low.
Tecnam's published information lists fuel consumption around 4.5 US gallons per hour for the Astore, while other technical documentation gives approximately 4.9 gallons per hour at 75 percent power for the relevant configuration.
How Fast Is the Tecnam Astore?
The standard Astore configuration with the 912-series engine is listed with a maximum cruise speed of around 120 knots, while some configurations and published specifications show higher speeds depending on the engine and certification setup.
A 120-knot aircraft may not sound spectacular next to high-performance touring aircraft, but that misses the point. The Astore is a lightweight two-seat aircraft intended to deliver enjoyable and economical flying, not to win a race against a turbocharged business aircraft.
For recreational flying, flight training, local touring, photography, and shorter cross-country trips, this level of speed is more than adequate. You can travel a useful distance without requiring an aircraft-sized fuel budget.
Range Is Surprisingly Useful
Depending on the engine, configuration, fuel planning, and operating conditions, Tecnam documentation lists Astore ranges from approximately 520 nautical miles for certain configurations to around 750 nautical miles in other published specifications.
That is enough range to make the Astore considerably more than a machine for flying around the local airport. A carefully planned trip between regional airports can be comfortably within its capabilities, although real-world range must always account for reserves, weather, loading, wind, altitude, and operating conditions.
The 29-Gallon Fuel Tank Makes Sense
The Astore carries approximately 29 US gallons of fuel, with the fuel stored in two wing tanks. Tecnam's technical documentation describes a total tank capacity of 110 liters, with approximately 109 liters usable.
For an aircraft consuming roughly 4.5 to 5 gallons per hour in economical cruise operation, that capacity provides a useful endurance advantage. More importantly, the relatively modest fuel burn makes the aircraft attractive to pilots who want to fly frequently without turning every weekend flight into a financial audit.
Useful Load Is the Part Buyers Need to Understand
This is where the beautiful Italian story gets slightly less romantic. The Astore's maximum takeoff weight is listed at 1,320 pounds, while actual empty weight varies with equipment and configuration. AOPA's tested aircraft, for example, had an empty weight substantially higher than the basic published empty weight and consequently had a lower payload with full fuel.
AOPA reported a published useful load of 511 pounds for its specification and 443 pounds for the aircraft as tested, with full-fuel payload falling further.
This is an important lesson for prospective owners. A brochure's empty weight is not necessarily the weight of the aircraft you are going to buy. Avionics, autopilot, interior equipment, paint, optional equipment, and other additions can quietly consume useful load.
Two Adults and Full Fuel?
This is exactly where weight-and-balance calculations become important. Aviation Consumer highlighted the Astore's relatively high empty weight and noted that two heavier occupants can leave surprisingly little payload for fuel and baggage under the applicable weight limits.
That does not make the Astore a bad aircraft. It simply means buyers should examine the actual empty weight of the individual aircraft rather than becoming emotionally attached to a brochure specification before checking the numbers.
Flight Performance and Handling
The Astore has a published flaps-down power-off stall speed of approximately 38 knots. Depending on configuration, Tecnam lists an initial climb rate around 910 feet per minute for 912-powered versions and approximately 1,130 feet per minute for the turbocharged configuration.
The low stall speed is useful for recreational flying and gives the aircraft a relatively forgiving low-speed operating envelope when flown correctly. The tricycle landing gear also makes ground handling more familiar to pilots who are accustomed to conventional nosewheel aircraft.
This is a major philosophical difference from something like the Maule M-7-260. The Maule feels like it wants to explore rough airstrips. The Astore feels like it wants to leave the airport wearing sunglasses and arrive somewhere with a nice restaurant.
Takeoff and Landing Performance
Tecnam's published figures list a takeoff run around 620 feet for the 912 ULS2 or 912 iS configuration and approximately 550 feet for the turbocharged configuration, while takeoff distance over an obstacle is approximately 1,180 feet and 1,150 feet respectively.
Landing run is listed around 495 feet, with landing distance over an obstacle around 1,070 feet in the same published data. Other Astore specifications list approximately 990 feet over a 50-foot obstacle.
As always, these figures are reference values obtained under specified conditions. Pilots should use the approved aircraft documentation and actual conditions when calculating runway requirements.
Is the Tecnam Astore Good for Flight Training?
The Astore has several characteristics that can make it appealing for training and recreational flying. It has two side-by-side seats, predictable tricycle landing gear, modern instrumentation, relatively low fuel consumption, and enough cruise speed to make cross-country training more interesting.
However, suitability for a specific flight school depends on the applicable certification category, local regulations, maintenance support, instructor preferences, insurance requirements, and fleet economics. A beautiful aircraft is still a poor training aircraft if the operating cost does not fit the school's business model.
Astore vs Traditional Training Aircraft
Compared with older training aircraft, the Astore can feel like a completely different generation. Modern light aircraft increasingly emphasize efficient engines, glass-panel avionics, comfortable cabins, aerodynamic efficiency, and lower operating costs.
The downside is that modern equipment can also increase acquisition cost and empty weight. The aircraft becomes more comfortable and capable, but every additional kilogram eventually sends a small invoice to the useful-load department.
What About Maintenance?
The Rotax engine family is one of the reasons the Astore can be attractive for economical operation, but prospective owners should never interpret a small engine as a maintenance-free engine. Aircraft maintenance remains aircraft maintenance, regardless of whether the engine has four cylinders or a dozen.
Before buying an Astore, a serious buyer should investigate the aircraft's maintenance history, engine hours, propeller condition, airframe condition, avionics, corrosion, landing gear, fuel system, compliance with applicable service information, and availability of qualified maintenance support.
Used Tecnam Astore: What Should Buyers Check?
The actual aircraft matters more than the model brochure. A well-maintained Astore with sensible equipment and a healthy engine can be a very different ownership proposition from an aircraft that has accumulated expensive modifications without gaining useful capability.
Check the Empty Weight
This deserves repeating because it can dramatically change the aircraft's practical payload. Get the actual current weight and balance documentation for the individual aircraft rather than relying on the manufacturer's basic empty-weight figure.
Check the Engine Configuration
Determine whether the aircraft has the Rotax 912 ULS2, 912 iS, or 914 Turbo and verify the applicable maintenance documentation. Engine configuration affects performance, operating procedures, fuel system considerations, and potentially operating economics.
Check the Avionics
A modern glass cockpit can make an aircraft much more desirable, but it also adds weight and complexity. A used Astore with excellent avionics may be attractive for cross-country flying, while a simpler aircraft could make more sense for someone primarily interested in local recreational flights.
Why the Tecnam Astore Is Still Interesting
The Astore occupies an appealing space between traditional general aviation aircraft and modern light sport aircraft. It has enough performance for meaningful cross-country travel while retaining the simplicity and efficiency expected from a lightweight two-seat aircraft.
Its biggest selling point may actually be the combination of style and practicality. You get an Italian-designed low-wing aircraft, a modern cockpit, respectable cruise performance, Rotax efficiency, and a cabin designed for two people who would rather enjoy the journey than simply get somewhere.
Final Verdict: Italian Style With a Spreadsheet Problem
The Tecnam Astore is an attractive and capable light aircraft that demonstrates how much performance can be extracted from a relatively small airframe and a Rotax engine. Its approximately 120-knot cruise capability, low stall speed, useful range, and modest fuel consumption make it an appealing recreational and touring aircraft.
Its main weakness is not performance. It is payload management. Once a heavily equipped example gets on the scales, the difference between brochure numbers and real-world useful load becomes impossible to ignore. Aviation Consumer and AOPA both highlighted the importance of the Astore's empty weight and payload limitations.
So, is the Tecnam Astore worth considering? For a pilot who values style, efficiency, modern equipment, two-seat comfort, and enjoyable cross-country flying, definitely. Just remember to calculate the weight before calculating how much luggage you are going to bring.
That is probably the most Italian thing about the Astore. It looks fantastic, flies nicely, uses fuel efficiently, and then quietly reminds you that you cannot bring your entire wardrobe because physics was not invited to the design meeting.
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Sources and Further Reading
Tecnam's published Astore documentation remains the best starting point for configuration-specific specifications and operating information. Independent flight reviews from AOPA and Aviation Consumer are also useful for understanding how published numbers can differ from the practical characteristics of an equipped aircraft.
