King Air 250

Turboprop • twin engine • Low Wing • Retractable gear

Range Visualization

Origin: · click map to move · nm at current load

Payload vs. Range

Customize assumptions

Default: 190 lbs (FAA standard)

Default: 30 lbs

Passengers
lbs @ lbs / pax
0 lbs
Fuel on board
gal
+ Weight
Range
Available Range / nm
Mission capable — Aircraft can handle the current load with full fuel tanks.
Fuel tradeoff required — You'll need to leave gallons of fuel behind ( gal usable for nm range).
Over max gross weight — Reduce payload by lbs to safely operate this aircraft.

Mission Profile

Endorsements & ratings:
  • High-Performance
  • Complex
  • High-Altitude
  • Pressurization
  • Multi-Engine
  • Instrument
310
KTAS
Cruise Speed
9
Occupants
1720
nm
Max Range
115
lbs
Wet Payload

Estimated Ownership Costs

Create a free account to view or request ownership cost data.

About the King Air 250

Overview

The King Air 250 is the working-pilot’s B200, introduced in 2010 as a B200GT-evolved successor with factory-standard performance modifications: BLR Aerospace winglets, Raisbeck Ram Air Recovery, and composite four-blade propellers. The combination materially improves short-field, hot-and-high, and climb performance over the base B200GT, without crossing the 12,500 lb threshold that triggers a type rating on the 350.

For the GA buyer, the 250 sits at the sweet spot of the modern King Air range. It avoids the type rating, runs the same airframe pilots already know, and delivers light-jet-class field performance from a turboprop economics base. Production continued through 2021 before the line was rebranded as the King Air 260.

Key Features for GA Buyers

  • Factory-standard performance package. BLR winglets, RARS inlet recovery, and composite props are standard, not aftermarket. Performance lifts are baked in rather than bolt-on.
  • No type rating. At 12,500 lb MTOW exactly, the 250 stays inside Part 23 normal-category certification, unlike the 300/350 series.
  • Pro Line Fusion flight deck. Touchscreen avionics on later airframes (2015+) bring synthetic vision and modernised situational awareness into a King Air cockpit for the first time.
  • Strong residuals. King Air 200-series airframes hold value well; the 250 trades on that pattern with the additional benefit of being the most modern non-type-rated variant.

Trade-offs

  • Twin-turboprop fuel and maintenance. Around 100-140 GPH cruise burn and the maintenance load of two PT6A-52 engines puts hourly costs well above single-engine alternatives like the PC-12.
  • Slower than light jets on long legs. 310-knot cruise loses to a Citation M2 or Phenom 300 on missions over 600 nm; the 250’s argument is short legs, short runways, and full payload.
  • Weight ceiling pressure. The 12,500 lb MTOW is restrictive at full fuel and full passengers; an aftermarket 13,420 lb gross-weight increase is available but adds documentation and insurance complexity.
  • Successor pressure. The 260 (with Pro Line Fusion as standard, autothrottle, and improved interior) is the active production line; pre-owned 250 buyers compete with depreciation pressure from new 260 deliveries.

See Also

Technical Specifications

Dimensions

Wingspan
57.92 ft
Length
43.83 ft
Height
14.8 ft
Parking area (ft2)
3316.53 ft2

Weights

Max Takeoff Weight
12,500 lbs
Max Landing Weight
12,500 lbs
Useful Load
3,760 lbs
Fuel Capacity
544 gal

Performance

Cruise Speed
310 KTAS
Never-Exceed (Vne)
330 KIAS
Max Structural Cruise (Vno)
259 KIAS
Approach Speed
105 KIAS
Stall, Clean (Vs1)
96 KIAS
Range
1720 NM
Service Ceiling
35,000 ft
Rate of Climb
2450 fpm
Takeoff over 50 ft obstacle
2,111 ft
Landing ground roll
2,845 ft

Engines

Sign in to view or request powerplant data.

Similar to the King Air 250

Raytheon 300 Super King Air silhouette

Raytheon 300 Super King Air

Cruise
315 kts (higher than this aircraft)
Range
1480 nm (lower than this aircraft)
Seats
9
Turboprop twin engine Low Wing
Compare
Piper Cheyenne 400 silhouette

Piper Cheyenne 400

Cruise
351 kts (higher than this aircraft)
Range
2240 nm (higher than this aircraft)
Seats
9
Turboprop twin engine Low Wing
Compare
Beech Super King Air 350 silhouette

Beech Super King Air 350

Cruise
262 kts (lower than this aircraft)
Range
1806 nm (higher than this aircraft)
Seats
11
Turboprop twin engine Low Wing
Compare
Beech F90 King Air silhouette

Beech F90 King Air

Cruise
261 kts (lower than this aircraft)
Range
1235 nm (lower than this aircraft)
Seats
10
Turboprop twin engine Low Wing
Compare
Beech King Air 90 silhouette

Beech King Air 90

Cruise
245 kts (lower than this aircraft)
Range
1468 nm (lower than this aircraft)
Seats
7
Turboprop twin engine Low Wing
Compare
Cessna Conquest II silhouette

Cessna Conquest II

Cruise
298 kts (lower than this aircraft)
Range
2200 nm (higher than this aircraft)
Seats
10
Turboprop twin engine Low Wing
Compare
Gulfstream Jetprop Commander 1000 silhouette

Gulfstream Jetprop Commander 1000

Cruise
300 kts (lower than this aircraft)
Range
2080 nm (higher than this aircraft)
Seats
9
Turboprop twin engine High Wing
Compare
Beech 200 Super King silhouette

Beech 200 Super King

Cruise
292 kts (lower than this aircraft)
Range
1818 nm (higher than this aircraft)
Seats
10
Turboprop twin engine Low Wing
Compare
Piper PA-42-720 Cheyenne III silhouette

Piper PA-42-720 Cheyenne III

Cruise
290 kts (lower than this aircraft)
Range
1550 nm (lower than this aircraft)
Seats
9
Turboprop twin engine Low Wing
Compare

See how the King Air 250 stacks up against similar aircraft

External Media

Cookies and analytics. We use Mixpanel and Google Analytics to understand how this site is used. Mixpanel records session replays (interaction patterns, scroll, and click timing). Page content is masked: we do not see what you read or type. Cookies are set only if you accept. Read our privacy policy.