FlightCostairline route economicsRUENDE
FlightCost › Aircraft types › B752

Boeing 757-200 — specifications and route economics

Boeing 757-200 (B752) — up to 239 seats, MTOW 115.6 t, RB211-535E4. With FlightCost you can calculate any route on this type for free: fuel, airport and air navigation charges, crew, maintenance, leasing and the break-even load factor — with a source for every number.

Calculate a route on the B752 →

Drawing

Top view at the same scale as its class neighbours.

10 m
Boeing 757-200
Airbus A321neo
Airbus A321

Specifications

ParameterValueSource
Seats, typical layout225OpenAP
Seats, maximum239OpenAP
Maximum take-off weight (MTOW), t115.6OpenAP
Maximum landing weight, t92.2OpenAP
Operating empty weight (OEW), t58.4OpenAP
Fuel capacity, t43.5OpenAP
Cruise Mach0.80OpenAP
Cruise altitude, m11,000OpenAP
EngineRB211-535E4OpenAP
Number of engines2OpenAP
Length, m47.3OpenAP
Wingspan, m38.0OpenAP
Fuselage width, m4.10OpenAP
ICAO aerodrome code letterDOpenAP

Economics on Frankfurt — Barcelona

1,093 km along the flight path, 2.1 h block, 80% load factor — 191 of 239 seats (certified maximum), July. Calculated by the FlightCost engine; ownership, maintenance and crew rates are defaults: 31% of the total rests on assumptions.

26,352flight, EUR
110per seat, EUR
10.1CASK, euro cents per seat-km
12,566per block hour, EUR
138break-even fare at 80%, EUR
ItemEURShareOrigin
Fuel7,76529%calculation
Airport charges6,86126%calculation
Maintenance2,50810%calculation
Aircraft ownership2,1558%assumption
Crew2,0488%assumption
Distribution and sales1,8457%assumption
En-route charges1,4976%calculation
Ground handling1,3205%assumption
Terminal charge3511%calculation
Open this calculation and change the inputs →

Types of this class on the same route

Same route, load factor and assumptions — only the aircraft type differs.

TypeSeats, maxflight, EURper seat, EURCASK, ¢
Boeing 737 MAX 1023021,175928.4
Boeing 737 MAX 922021,290978.9
Boeing 737 MAX 821020,404978.9
Boeing 737-90021521,219999.0
Boeing 737-40018819,0621019.3
Airbus A319neo16016,3941029.4
Airbus A321neo24425,0811039.4
Airbus A320neo19420,0121039.4
Boeing 737-80018920,1211069.7
Boeing 737 MAX 717218,3281079.8
Airbus A32122023,5181079.8
Airbus A220-30016017,1421079.8
Embraer E195-E2 (ERJ 190-400)14615,7021089.8
Boeing 757-20023926,35211010.1
Airbus A32018020,16611210.3
Boeing 737-70014917,00511410.4
Airbus A220-10013515,46211510.5
Tupolev Tu-214 (PS-90A engines)21024,19711510.5
Airbus A31915618,19211710.7
Airbus A31813616,36812011.0
Embraer E195 (LR)12415,26612311.3
Embraer E190-E2 (ERJ 190-300)11414,18212411.4
Embraer E190 (LR)11414,89013112.0

Lease rate and maintenance cost: estimates for ownership and upkeep

If you do not enter your own rates, the calculator uses estimates from weight and seat count. These are parametric, not operator data: each one can be replaced in the calculation.

Lease, EUR per month308,304
Utilisation, flight hours per month300
Ownership per flight hour (lease ÷ hours), EUR1,028
Maintenance, EUR per flight hour678
Maintenance, EUR per cycle1,088
Crew, EUR per flight hour800
Crew, EUR per cycle297

Maintenance by year — US carriers' reports (Form 41)

Maintenance cost per block hour as reported by US carriers flying this type: direct (labour, materials, outside services) and full — with the maintenance department's overheads. Dollars of each year, not restated. 2020 stands above its neighbours: flying dropped, the fixed part of the cost stayed.

directwith overheads · USD per block hour
5001,0001,5001995200020052010201520202025

2025: direct USD 1,143, with overheads USD 1,489 per block hour, 3 carriers

Source: BTS, Form 41 Schedule P-5.2; analysis in the “Maintenance” research. →