Aircraft model
COMMANDER AIRCRAFT CO 114-B
Everything here is true of every aircraft of the type, not of any one aircraft.
The Commander 114B is the type as revived in the 1990s by Commander Aircraft Company, which restarted production after Rockwell left the market. It is the same wide-cabin four-seat retractable with 260 hp, updated with a better interior, improved systems and modern avionics of the period. The 114B of 1992 is itself the change from the Rockwell aircraft: a 28-volt electrical system, a cleaner cowl and other speed modifications, a three-blade propeller and a new interior. Within the run the aircraft built from 2000 to the 2002 shutdown were sold as the Commander 115, with a lowered instrument panel, better seats, an electrical upgrade and TKS de-icing as an option, while keeping the 114B designation on the certificate and the registry; the turbocharged 115TC is the separate 114TC. About 200 114Bs were built, so a 2000 or later aircraft is a late 115 in all but name and a 1992 to 1999 one is the earlier interior and panel.
It remains the roomiest aeroplane in its class and remains slower than a Bonanza or a Mooney on similar power, which is the enduring trade. What a 1990s aircraft adds over a 1970s one is a much lower-hour airframe, better corrosion protection and avionics that are closer to usable. Commander Aircraft built only a few hundred before ceasing production, so the fleet is small and support runs through specialists and an active owners' association rather than a manufacturer.
Compare with…
Put COMMANDER AIRCRAFT CO 114-B side by side with up to two other models.
- COMMANDER AIRCRAFT CO 114-B
What it is
| Seats | 4 |
|---|---|
| Landing gear | tricycle |
| Engines | 1 |
| Engine | Lycoming IO-540-T4B5 |
| Horsepower | 260 hp |
| Fuel | 100LL |
| Certification basis | FAR23 |
| Production start | 1992 |
| Production end | 2002 |
| Endorsements required | complex;high-performance |
Performance
| Cruise speed | 155 KTAS |
|---|---|
| Range | 800 nm |
| Service ceiling | 16,500 ft |
| Climb rate | 1,000 ft/min |
| Stall speed (Vso) | 54 KCAS |
| Takeoff over 50 ft | 1,900 ft |
| Landing over 50 ft | 1,500 ft |
Load and fuel
| Seats | 4 |
|---|---|
| Useful load | 1,200 lb |
| Full-fuel payload | 792 lb |
| Max takeoff weight | 3,250 lb |
| Empty weight | 2,050 lb |
| Usable fuel | 68 gal |
| Fuel burn at cruise | 14.6 gal/h |
Cost of ownership
| Price, low | $180,000 |
|---|---|
| Price, high | $300,000 |
| Prices as of | 2026 |
| Engine TBO | 2,000 h |
| Overhaul cost, low | $46,000 |
| Overhaul cost, high | $66,000 |
The fleet and its record
| Registered, all time | 119 |
|---|---|
| Active fleet | 70 |
| Median year built | 1994.0 |
| NTSB events, last 10 years | 1 |
| Fatal events, last 10 years | 0 |
| Events per 1,000 active, last 10 years | 14.29 · thin base (low)1 |
| Personal-flying events per 1,000 active | 0 · thin base (low)2 |
| Ownership transfers, last 24 months | 15 |
| Transfers per 100 active | 21.43 · thin base (low)3 |
| Airworthiness directives | 3 |
| Directives, last 5 years | 0 |
| Rate confidence | low |
- Events per 1,000 active, last 10 years: per 1,000 active aircraft · base 70 active.
- Personal-flying events per 1,000 active: per 1,000 active aircraft · base 70 active.
- Transfers per 100 active: per 100 active aircraft · base 70 active.
Peer scores6
| Peer class | Fixed wing single-engine, piston, 1 engine, 3-4 seats |
|---|---|
| Accident record | —1 |
| Severity | —2 |
| Access | 2.1 of 103 |
| Support | 3.2 of 104 |
| Liquidity | 6.5 of 105 |
- Accident record: class median 28.36 · 202 models in class.
- Severity: class median 11.65.
- Access: class median 767.75.
- Support: class median 141.5.
- Liquidity: class median 19.57.
- 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.