Training Aircraft Directory
Training aircraft for flight schools
A working reference for flight school operators researching fleet decisions. Browse 29 family-level entries — what each type is used for, where it's flown, how the operating economics shake out, and how schools configure it.
Showing 29 of 29 aircraft
Browse by operating profile →Citabria / Decathlon family
American Champion Aircraft
Single-engine piston
- Power
- 180hp
- Fuel
- 100LL avgas
A210 / AT01
Aquila Aviation
Single-engine piston
- Power
- 100hp
- Fuel
- Unleaded mogas (EN228 / autofuel)
Baron 55 / 58 / 58P
Beechcraft (Textron Aviation)
Multi-engine piston
- Power
- 600hp
- Fuel
- 100LL avgas
Bonanza family (35 V-tail / A36 / G36)
Beechcraft (Textron Aviation)
Single-engine piston
- Power
- 300hp
- Fuel
- 100LL avgas
150 / 152
Cessna (Textron Aviation)
Single-engine piston
- Power
- 110hp
- Fuel
- 100LL avgas
172 Skyhawk
Cessna (Textron Aviation)
Single-engine piston
- Power
- 180hp
- Fuel
- 100LL avgas
182 Skylane
Cessna (Textron Aviation)
Single-engine piston
- Power
- 230hp
- Fuel
- 100LL avgas
SR20 / SR22 / SR22T
Cirrus Aircraft
Single-engine piston
- Power
- 310hp
- Fuel
- 100LL avgas
Ikarus C42
Comco Ikarus
Ultralight / microlight
- Power
- 100hp
- Fuel
- Unleaded mogas (EN228 / autofuel)
DA20 Katana / Eclipse
Diamond Aircraft Industries
Single-engine piston
- Power
- 125hp
- Fuel
- 100LL avgas
DA40 / DA40 NG / DA40 XLT
Diamond Aircraft Industries
Single-engine piston
- Power
- 168hp
- Fuel
- Jet-A (diesel piston)
DA42 Twin Star
Diamond Aircraft Industries
Multi-engine piston
- Power
- 336hp
- Fuel
- Jet-A (diesel piston)
AA-1 / AA-5 family (Yankee, Cheetah, Tiger)
Grumman American / American General
Single-engine piston
- Power
- 180hp
- Fuel
- 100LL avgas
Cabri G2
Hélicoptères Guimbal
Helicopter (piston)
- Power
- 145hp
- Fuel
- 100LL avgas
M20 family
Mooney International
Single-engine piston
- Power
- 280hp
- Fuel
- 100LL avgas
Cub family (J-3 / Super Cub / Carbon Cub / Husky)
Piper / CubCrafters / American Legend / Aviat
Single-engine piston
- Power
- 150hp
- Fuel
- 100LL avgas
PA-28 Cherokee / Warrior / Archer / Dakota
Piper Aircraft
Single-engine piston
- Power
- 180hp
- Fuel
- 100LL avgas
PA-28R Arrow
Piper Aircraft
Single-engine piston
- Power
- 200hp
- Fuel
- 100LL avgas
PA-38-112 Tomahawk
Piper Aircraft
Single-engine piston
- Power
- 112hp
- Fuel
- 100LL avgas
PA-44 Seminole
Piper Aircraft
Multi-engine piston
- Power
- 360hp
- Fuel
- 100LL avgas
Velis Electro
Pipistrel (Textron eAviation)
Single-engine piston
- Power
- 76hp
- Fuel
- Battery electric
Virus / Alpha Trainer family
Pipistrel (Textron eAviation)
Ultralight / microlight
- Power
- 80hp
- Fuel
- Unleaded mogas (EN228 / autofuel)
DR400 family
Robin Aircraft
Single-engine piston
- Power
- 160hp
- Fuel
- 100LL avgas
R22 / R44 family
Robinson Helicopter Company
Helicopter (piston)
- Power
- 145hp
- Fuel
- 100LL avgas
Schweizer 300 / Sikorsky S-300
Schweizer Aircraft (RSG, formerly Sikorsky)
Helicopter (piston)
- Power
- 180hp
- Fuel
- 100LL avgas
P-Mentor
Tecnam
Single-engine piston
- Power
- 100hp
- Fuel
- Unleaded mogas (EN228 / autofuel)
P2006T
Tecnam
Multi-engine piston
- Power
- 200hp
- Fuel
- Unleaded mogas (EN228 / autofuel)
P2008 / P2010
Tecnam
Single-engine piston
- Power
- 180hp
- Fuel
- 100LL avgas
P92 Echo / Eaglet
Tecnam
Ultralight / microlight
- Power
- 100hp
- Fuel
- Unleaded mogas (EN228 / autofuel)
Where each aircraft sits on the lead-fuel transition
The FAA EAGLE programme and California UNL94 timeline are forcing real fleet decisions today. Use this rail to find aircraft with the right transition path for your fleet planning horizon.
Leaded only
100LL-burning airframes without a documented G100UL pathway today. Engine swap or fleet retirement plan needed for the lead-fuel transition.
Leaded only — needs G100UL or engine swap
G100UL eligible
100LL today but on Lycoming or Continental's compatibility path for G100UL via STC — a path off 100LL without engine swap once supply is regional.
- Citabria / Decathlon family
- Baron 55 / 58 / 58P
- Bonanza family (35 V-tail / A36 / G36)
- 172 Skyhawk
- 182 Skylane
- SR20 / SR22 / SR22T
- AA-1 / AA-5 family (Yankee, Cheetah, Tiger)
- Cabri G2
- M20 family
- Cub family (J-3 / Super Cub / Carbon Cub / Husky)
- PA-28 Cherokee / Warrior / Archer / Dakota
- PA-28R Arrow
- PA-44 Seminole
- R22 / R44 family
- Schweizer 300 / Sikorsky S-300
- P2008 / P2010
G100UL eligible (STC available)
Mogas / Jet-A diesel
Already on unleaded EN228 mogas (Rotax 912 family) or Jet-A piston diesel (Austro AE 300, Continental CD-155 / CD-170) — no transition risk.
- A210 / AT01
- Ikarus C42
- Virus / Alpha Trainer family
- P-Mentor
- P2006T
- P92 Echo / Eaglet
- DA40 / DA40 NG / DA40 XLT
- DA42 Twin Star
Mogas-capable (Rotax 912 / equivalent)
Electric
Battery-electric airframes. The Velis Electro is the only fully EASA type-certified electric aircraft in the directory today.
Electric
About this directory
How is this aircraft directory built?
Each aircraft is one structured entry in the Aviatize directory covering specifications (POH-typical for the family's representative variant under standard conditions), variant history, type-club references, and known operator footprint. Numbers are illustrative reference figures, not POH-confirmed for the specific airframe a reader will fly — every detail page carries a 'reference data only' notice for that reason. Entries are cross-referenced against manufacturer pages, FAA / EASA TCDS, and type-club material; sources are listed on each detail page.
Why does the directory split fuel into two fields?
Aircraft burn fuel today (100LL, mogas, Jet-A diesel, or battery) and have a separate path off 100LL for the FAA EAGLE / California UNL94 transition. A 100LL-burning Cessna 172 is on Lycoming's G100UL compatibility path; a 100LL-burning Piper Tomahawk is not. Both questions matter to a flight-school owner planning fleet decisions, so the directory tracks them as independent axes.
Why is grading not in the schema?
Aviatize is a SaaS company, not a flight-test publication or aviation safety authority. We capture factual operating characteristics, regulatory positioning, production volume, and type-community references — but we do not publish quality ratings, accident-pattern narratives, or 'best for X' rankings. The reader interprets the facts; we don't grade what we haven't flown.
What's the next page I should look at?
If you're picking a primary trainer fleet, start with the Cessna 172 Skyhawk, Piper PA-28 Cherokee, or Diamond DA40 entries. If you're modernising for the unleaded fuel transition, look at the Tecnam P-Mentor, Pipistrel Velis Electro, and Diamond DA42 Twin Star. If you're building a multi-engine syllabus, see the Piper PA-44 Seminole, Diamond DA42 Twin Star, and Tecnam P2006T pages.