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Boeing 737-800 Flight Simulator Flights

Flights recorded 4,353
Average flight score 97%
Total distance flown 3,630,494 nm
Departure
98%
vs 95% ▲ 3
Enroute
98%
vs 97% ▲ 2
Arrival
95%
vs 93% ▲ 3
Landing
89%
vs 87% ▲ 2
Boeing 737-800 flights at LGPZ Aktion AB
LGPZ → LFMT
Aktion AB to Montpellier \/ Mediterranee
Boeing 737-800
21 May 2024 · 805 nm 99.44%
LFMP → LGPZ
Rivesaltes to Aktion AB
Boeing 737-800
21 May 2024 · 1,052 nm 99.07%
Boeing 737-800 aircraft photograph
Photo: 4300streetcar / CC BY 4.0 · Wikimedia Commons

The Boeing 737-800 is a narrowbody, twin-engine jet airliner built by Boeing, forming part of the 737 Next Generation (NG) family alongside the shorter -700 and the longer -900. It is flown as a core short- to medium-haul type by major carriers including WestJet, Delta Air Lines, Alaska Airlines and KLM, and is of interest to anyone tracking the type for its aerodynamic refinements, cabin evolution and role as a mainstay of narrowbody fleets.

Overview

The Boeing 737-800 is a narrowbody, twin-engine jet airliner built by Boeing, forming part of the 737 Next Generation (NG) family that also includes the shorter -700 and the longer -900. It is flown by airlines such as WestJet, Delta Air Lines, Alaska Airlines and KLM, for whom it is one of three Boeing 737 types in the fleet alongside the -700 and -900. Configured for short- to medium-haul service, it is used on domestic and regional international routes, with KLM's 737-800s flying mostly to destinations within Europe.

History & Development

Documented detail on the type's origins is limited, but its place within the wider 737 Next Generation family is clear: it sits between the -700 and -900 in Boeing's line-up, and operators such as KLM fly all three side by side within a single fleet. Across the NG family, aircraft already in service have subsequently received aerodynamic refinements, including the retrofit of Split Scimitar Winglets in place of the earlier Blended Winglet design, aimed at sharpening efficiency on longer-range missions.

Design & Specifications

The aircraft's aerodynamic efficiency is enhanced by Split Scimitar Winglet technology, an advance on the Blended Winglets fitted to earlier 737 NG aircraft. The retrofit package combines ventral strakes, scimitar-shaped wingtips and trailing-edge wedges, together reducing drag by 2 percent or more on longer-range missions. Paired with modernised engines, these aerodynamic improvements cut fuel consumption per seat by an average of 9 to 14 percent compared with earlier-generation 737s, while also reducing engine noise for improved cabin comfort. Later-build aircraft feature Boeing's Sky Interior, with sculpted sidewalls, larger window reveals and LED mood lighting. Cabin fit-out varies by operator: Alaska Airlines configures its 737-800s with 159 or 161 leather Recaro seats offering additional personal space and seatback power outlets, while WestJet's aircraft range from all-economy layouts of around 32 rows in a 3-3 configuration to premium cabins with adjustable headrests, personal device holders, and a mix of USB-C, USB-A and 120V AC power depending on cabin class. Accessibility provisions commonly include braille and raised row markers, wheelchair-accessible lavatories, onboard wheelchairs, assist handles, seat-belt extenders, baby-change tables and baby bassinets.

Performance & Handling

Detailed speed, range and ceiling figures are not covered in operator material reviewed, but the aerodynamic package fitted to later 737-800s is credited with a drag reduction of at least 2 percent on long-range sectors and an average cut in fuel burn per seat of 9 to 14 percent relative to earlier 737 variants. The modernised engines fitted alongside these aerodynamic changes also reduce noise, contributing to a quieter cabin environment.

Variants

The -800 sits within the 737 Next Generation family between the shorter -700 and the longer -900; KLM, for example, operates all three types within the same fleet, differentiated by size and range rather than by role. Some operators have progressively retrofitted their -800 aircraft with Split Scimitar Winglets in place of the original Blended Winglets to improve efficiency.

Operational Use

The 737-800 is flown as a core short- and medium-haul type by numerous airlines, including WestJet, Delta Air Lines, Alaska Airlines and KLM. At KLM the -800s fly mostly to destinations within Europe, operating as part of a mixed 737 fleet alongside the -700 and -900. Cabin configuration reflects each operator's market positioning: Alaska Airlines fits leather seating with inflight internet access, WestJet offers tiered cabin options with Wi-Fi and power provisions that vary by aircraft, and Delta markets the type as carrying its own signature onboard products and experiences.

Recent Boeing 737-800 flights at any airport
KSFO → KMSP
San Francisco International Airport to Minneapolis–Saint Paul International Airport
Boeing 737-800
04 Nov 2026 · 1,426 nm 99.73%
LSGG → LOWW
Geneva Cointrin International Airport to Vienna International Airport
Boeing 737-800
04 Nov 2026 · 521 nm 99.38%
KSEA → PAJN
Seattle–Tacoma International Airport to Juneau International Airport
Boeing 737-800
04 Nov 2026 · 831 nm 99.03%
PHKO → KSEA
Ellison Onizuka Kona International Airport at Keahole to Seattle–Tacoma International Airport
Boeing 737-800
04 Nov 2026 · 2,441 nm 99.85%
NTAA → PHKO
Faa'a International Airport to Ellison Onizuka Kona International Airport at Keahole
Boeing 737-800
04 Nov 2026 · 2,274 nm 99.20%
LOWW → LSGG
Vienna International Airport to Geneva Cointrin International Airport
Boeing 737-800
03 Nov 2026 · 513 nm 99.72%
NZQN → NTAA
Queenstown International Airport to Faa'a International Airport
Boeing 737-800
03 Nov 2026 · 2,681 nm 98.55%
LSGG → LOWW
Geneva Cointrin International Airport to Vienna International Airport
Boeing 737-800
03 Nov 2026 · 499 nm 99.43%
YPAD → NZQN
Adelaide International Airport to Queenstown International Airport
Boeing 737-800
02 Nov 2026 · 1,526 nm 97.45%
LOWW → LSGG
Vienna International Airport to Geneva Cointrin International Airport
Boeing 737-800
02 Nov 2026 · 512 nm 99.26%
WAAA → YPAD
Hasanuddin International Airport to Adelaide International Airport
Boeing 737-800
02 Nov 2026 · 2,262 nm 99.31%
EDDL → LOWW
Düsseldorf Airport to Vienna International Airport
Boeing 737-800
02 Nov 2026 · 529 nm 98.61%
WSSS → WAAA
Singapore Changi Airport to Hasanuddin International Airport
Boeing 737-800
02 Nov 2026 · 1,174 nm 99.51%
KSEA → KSFO
Seattle–Tacoma International Airport to San Francisco International Airport
Boeing 737-800
01 Nov 2026 · 668 nm 99.81%
UWKD → UUDD
Kazan International Airport to Domodedovo International Airport
Boeing 737-800
01 Nov 2026 · 465 nm 94.17%
EGSS → LEAL
London Stansted Airport to Alicante-Elche Miguel Hernández Airport
Boeing 737-800
01 Nov 2026 · 912 nm 98.22%
UTTT → WSSS
Tashkent International Airport to Singapore Changi Airport
Boeing 737-800
01 Nov 2026 · 3,205 nm 98.93%
LOWW → EDDL
Vienna International Airport to Düsseldorf Airport
Boeing 737-800
01 Nov 2026 · 502 nm 99.50%
EPWR → EIDW
Copernicus Wrocław Airport to Dublin Airport
Boeing 737-800
01 Nov 2026 · 908 nm 93.64%
LTCG → UTTT
Trabzon International Airport to Tashkent International Airport
Boeing 737-800
01 Nov 2026 · 1,357 nm 99.67%
KSTL → KDEN
St. Louis Lambert International Airport to Denver International Airport
Boeing 737-800
31 Oct 2026 · 755 nm 99.31%
KSEA → PAJN
Seattle–Tacoma International Airport to Juneau International Airport
Boeing 737-800
31 Oct 2026 · 839 nm 94.57%
ESSA → LTCG
Stockholm-Arlanda Airport to Trabzon International Airport
Boeing 737-800
31 Oct 2026 · 1,396 nm 99.87%
ENGM → EDDH
Oslo Airport, Gardermoen to Hamburg Helmut Schmidt Airport
Boeing 737-800
31 Oct 2026 · 466 nm 92.96%
LEMG → EPWR
Málaga-Costa del Sol Airport to Copernicus Wrocław Airport
Boeing 737-800
31 Oct 2026 · 1,346 nm 99.27%