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Maule Air M-7-260C

Everything here is true of every aircraft of the type, not of any one aircraft.

The M-7-260C is the long-cabin, five-seat Maule with the 260 hp fuel-injected Lycoming IO-540-V4A5 and conventional gear, approved in October 1998 as the M-7-235C with a bigger engine. Gross weight is 2,500 lb on wheels and 2,750 lb on floats, with 43 gallons usable standard and up to 42 more in optional wing tanks.

Maule's own type sheet says it: same airframe as the 235C except engine and propeller, so the buying decision is whether the extra 25 hp and fuel injection are worth the IO-540's higher overhaul cost against a 235 that already climbs steeply. The five-seat brochure outruns the real cabin and useful load, and PlanePhD's summary is blunt that the type is for owner-pilots headed to grass and floats, not resale-first buyers; a Super Cub or 180 holds value better. Tailwheel time matters, insurers know it, and the oleo gear and tube-and-fabric fuselage want a hangar. Performance cells are blank because the only figures found were on a listing-aggregator page whose units could not be trusted; the TCDS numbers here are solid.

Variants of the Maule M-7, MX-7 and MXT-7

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TAILFAX SCORE

Partial: 23.1 out of 30 (safety not scored, too few records)

Among 5–6 seat pistons (78 models)

Accident record—
Severity—
Access9.1
Support4.9
Liquidity9.1

How the score works · Peer scores below

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One email a day if anything changes: new ADs and NTSB records.

What it is

Seats5
Landing geartaildragger
Engines1
EngineLycoming IO-540-V4A5
Horsepower260 hp
Fuel100LL
Certification basisCAR3
Production start1998
Production endcurrent
Endorsements requiredtailwheel;high-performance

Performance

Cruise (75 % power)—
Range (75 %, standard fuel, 30-min reserve)—
Service ceiling—
Climb rate—
Stall speed (Vso)—
Takeoff over 50 ft—
Landing over 50 ft—

Load and fuel

Seats5
Useful load—
Full-fuel payload—
Max takeoff weight2,500 lb
Empty weight—
Usable fuel43 gal
Fuel burn at cruise—

Estimated cost to own

An estimate, not a quote. Change the inputs to match how you would fly it. Defaults are for a single-engine piston, 5 or more seats.

Per year
$11,000
Per month
$917
Per flight hour
$110
Renting breaks even at
32 h/yr
Maintenance reservehourlynot counted
Insurancefixed$2,800/yr
Annual inspectionfixed$2,200/yr
Hangarfixed$6,000/yr
Rental rate, wetfor comparison

Not in the totals: Maintenance reserve. We have no reliable default for this line; enter your figure to include it.

No fuel burn is on record for this model, so fuel is not included.

No TBO or overhaul cost is on record for this model, so the engine reserve is not included.

How these estimates are built. Fuel = this model's typical burn x the national average price from AirNav's Fuel Price Report (100LL $7.41, Jet A $7.66 per gallon, 5 Oct 2026; your airport may differ by $2 or more). Engine reserve = typical overhaul cost / TBO for this engine. The remaining lines are class-level defaults, not quotes for this aircraft: annual inspection is the base inspection fee (findings are counted in the per-hour maintenance line); insurance assumes an instrument-rated owner with time in type and a $1M liability limit - less experienced pilots commonly pay 1.5-2x; hangar and tie-down are national mid-tier figures, with rural and metro options; the rental rate is a 2026 flight-school rate for a comparable aircraft, including fuel. Twin and turboprop maintenance defaults are estimates, not published figures. Sources: AirNav, BWI Aviation Insurance (2019-2026), Flying (May 2026), Savvy Aviation, American Flight Schools, published airport rate sheets. Every default is editable - change any number to match your situation. Depreciation, taxes, financing and major upgrades are not included. Depreciation is not included. An estimate, not a quote.

Cost of ownership

Price, low—
Price, high—
Prices as of—
Engine TBO—
Overhaul cost, low—
Overhaul cost, high—

The fleet and its record

Registered, all time60
Active fleet48
Median year built2004
NTSB events, last 10 years5
Fatal events, last 10 years0
Events per 1,000 active, last 10 years104.17 · thin base (low)1
Personal-flying events per 1,000 active104.17 · thin base (low)2
Ownership transfers, last 24 months15
Transfers per 100 active31.25 · thin base (low)3
Airworthiness directives4
Directives, last 5 years0
Rate confidencelow
  1. Events per 1,000 active, last 10 years: per 1,000 active aircraft · base 48 active.
  2. Personal-flying events per 1,000 active: per 1,000 active aircraft · base 48 active.
  3. Transfers per 100 active: per 100 active aircraft · base 48 active.

Peer scores6

Peer classFixed wing single-engine, piston, 1 engine, 5-6 seats
Accident record—1
Severity—2
Access9.1 of 103
Support4.9 of 104
Liquidity9.1 of 105
Overall (sum of the categories shown)Partial: 23.1 out of 30 (safety not scored, too few records)6
  1. Accident record: class median 39.55 · 78 models in class.
  2. Severity: class median 16.67.
  3. Access: class median 1,692.
  4. Support: class median 77.5.
  5. Liquidity: class median 18.07.
  6. 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. When accident record and severity cannot be scored because the model has too few records, the other three give a partial score out of 30, labelled as such; it is never set against a full score.

Data as of: FAA registry Sep 28 · NTSB Oct 2 · ADs Oct 8 · scores Sep 30

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