Boeing 737 Specs
In the more than fifty years of its existence, the Boeing 737 has evolved from a stumpy little twin-jet airliner into a family of high performance and versatile jet transports. Check out the Boeing 737 Specs tables below to get a clear picture of how these city jets stack up.
The global climate of rising fuel costs, as well as increased competition in the form of the Airbus A320, have ensured that Boeing continues to bring out more improved versions of the type. Of course, we know that there have been major hiccups in the introduction of the new 737 MAX with the tragic loss of life as a result. Whatever the reason, we hope that both Boeing and the F.A.A. (Federal Aviation Administration) have cleaned up their act and made the MAX as safe an airliner as its predecessors.
Its all about family
The Boeing 737 has four distinct families of variants within the type. These are:
| Family | Variant | ||||
|---|---|---|---|---|---|
| Original | 737 100 | 737 200ADV | – | – | – |
| Classic | 737-300 | 737-400 | 737-500 | – | – |
| Next Generation (NG) | 737-600 | 737-700 | 737-800 | 737-900 | – |
| MAX | MAX-7 | MAX-9 | MAX-200 | MAX-9 | MAX-10 |
Below is a table of the main features and specifications for the Boeing 737 family of aircraft.
Boeing 737 Specs (Two Tables)
Jump to Specification Table Boeing 737 Original and Boeing 737 Classic.
Jump to Specification Table Boeing 737 Next Gen and Max.
Boeing 737 Specs Table for Original and Classic.
| FAMILY | ORIGINAL | CLASSIC | |||
|---|---|---|---|---|---|
| Variant | 737 100 | 737 200ADV | 737 300 | 737 400 | 737 500 |
| Flight Crew | 2 | 2 | |||
| Prices | |||||
| Milestones | |||||
| Maiden Flight | 09 APR 1967 | 08 AUG 1967 | 24 FEB 1984 | 19 FEB 1988 | 30 JUN 1989 |
| Launch Delivery | 28 DEC 1967 | 29 DEC 1967 | 28 NOV 1984 | 15 SEP 1988 | 28 FEB 1990 |
| Launch Airline | Lufthansa | United Airlines | US Air | Piedmont | Southwest Airlines |
| Final Delivery | 02 NOV 1969 | 02 AUG 1988 | 17 DEC 1999 | 25 FEB 2000 | 21 JUL 1999 |
| Power Plant | |||||
| Model | JT8D | CFM56-3 | |||
| Type | 7 | 15A | B2 | C-1 | B1 |
| Thrust | 64.4Kn 14,000lb | 71.2Kn 16,000lb | 88.9Kn 20,000lb | 104.5Kn 23,500lb | 82.3Kn 18,500lb |
| Dimensions | |||||
| Fuselage | |||||
| Aircraft Length | 28.65M 94Ft | 30.53M 100Ft 2In | 33.40M 109Ft 7In | 36.45M 119Ft 7In | 31.01M 101Ft 9In |
| Fuselage Height | 4.01M (13Ft 2In) | 4.01M (13Ft 2In) | |||
| Fuselage Width (Outside) | 3.76M (12Ft 4In) | 3.76M (12Ft 4In) | |||
| Cabin Width | 3.54M (11Ft 5In) | 3.54M (11Ft 5In) | |||
| Cargo | 18M3 650Ft3 | 24.8M3 875Ft3 | TBA3 TBA3 | TBA3 TBA3 | TBA3 TBA3 |
| Wing | |||||
| Span | 28.35M (93Ft) | 28.88M (94Ft 9In) | |||
| Wing Area | 102M2(1,098Ft2) | 105.4M2(1,134Ft 6In2) | |||
| Dihedral | 6 Degrees | 6 Degrees | |||
| Sweep Back | 25 Degrees | 25 Degrees | |||
| FAMILY | ORIGINAL | CLASSIC | |||
| Variant | 737 100 | 737 200ADV | 737 300 | 737 400 | 737 500 |
| Tail Fin | |||||
| Aircraft Height | 11.28M (37Ft) | 11.12M (36Ft 6In) | |||
| Tail Fin Height | 6.15M (20Ft 2In) | 6.15M (20Ft 2In) | |||
| Tail Fin Area | 20.81M2 (224Ft2) | 23.13M2 (249Ft2) | |||
| Rudder Area | 5.22M2 (56Ft 2In2) | 5.22M2 (56Ft 2In2) | |||
| Sweep Back | 35 Degrees | 35 Degrees | |||
| Under carriage | |||||
| Track | 5.23M 17Ft 2In | 5.25M 17Ft 3In | |||
| Wheelbase | 10.46M (34Ft 4In) | 11.38M (37Ft 4In) | 12.40M (40Ft 8In) | 14.27M (46Ft 10In) | 11.07M (36Ft 4In) |
| Number of Nose wheels | 2 | 2 | |||
| Number of Main wheels | 4 | 4 | |||
| Cabin | |||||
| Max. Certified Seating | 124 | 136 | 149 | 188 | 140 |
| Typical Seating | 113 | 119 | 149 | 179 | 140 |
| Seats Abreast | 6 3×3 | 6 3×3 | |||
| Weights | |||||
| Max. Ramp Weight | 44,361K (97,816lb) | 52,615K (116,016lb) | 56,700K (125,023lb) | 63,049K (139,023lb) | 63,049K (139,023lb) |
| Max. Takeoff Weight | 44,225K (97,516lb) | 52,390K (115,520lb) | 56,472K (124,521lb) | 62,822K (138,522lb) | 62,823K (138,525lb) |
| Maximum Landing Weight | 40,687K (89,715lb) | 46,720K (103,018lb) | 51,710K (114,021lb) | 54,885K (121,021lb) | 49,895K (110,018lb) |
| Max. Zero Fuel | 38,555K (85,014lb) | 43,091K (94,857lb) | 47,625K (105,013lb) | 51,256K (113,019lb) | 46,720K (103,018lb) |
| Fuel | |||||
| Fuel Capacity | 17,865L (4,720UG) | 19,532L (5,160UG) | 20,105L (5,312UG) | 20,105L (5,312UG) | 20,105L (5,312UG) |
| Speeds | |||||
| Vmo/Mmo Velocity/Mach Maximum Operating speed | 350Kn 0.84M | 340Kn 0.82M | |||
| Cruise Speed IAS/Mach | 0.73M | 250/0.745 | |||
| True Airspeed (Kt) | 420 | 430 | |||
| Ceiling (Ft) | 35,000 | 37,000 | 37,000 | ||
| Range with Max Payload(nm) | 1,720Nm (3,185Km) | 2,645Nm (4,899Km) | 2,950Nm (5,463Km) | 2,800Nm (5,186Km) | 2,950Nm (5,463Km) |
| Variant | 737 100 | 737 200ADV | 737 300 | 737 400 | 737 500 |
| FAMILY | ORIGINAL | CLASSIC | |||
Specification Table Boeing 737 Original and Boeing 737 Classic (Top).
Boeing 737 Specs Table for Next Gen and Max.
| FAMILY | NEXT GENERATION (NG) | 737 MAX | ||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| Variant | 600 | 700 | 800 | 900 | Max 7 | Max 8 | Max 200 | Max 9 | Max 10 | |
| Milestones | ||||||||||
| Prices (Millions) | – | US$89.1 | US$106.1 | US$112.6 | US$99.7 | US$121.6 | US$124.8 | US$128.9 | US$134.9 | |
| Maiden Flight | 22 JAN 1998 | 09 FEB 1997 | 31 JUL 1997 | 03 AUG 2000 | 16 MAR 2018 | 29 JAN 2016 | 13 JAN 2019 | 13 APR 2017 | Late 2019 | |
| Launch Delivery | 18 Sep 1998 | 17 Dec 1997 | 22 Apr 1998 | 15 May 2001 | 2019 | 22 MAY 2017 | 2019 | 21 March 2018 | 2020 | |
| Launch Airline | SAS | Southwest Airlines | Hapag Lloyd | Alaska Airlines | Westjet | Malindo Air | Ryan Air | Lion Air | TBA | |
| Power Plant | ||||||||||
| Model | CFM56-7 | CFM | ||||||||
| Type | 7B18 | 7B20 | 7B24 | 7B26 | Leap-1B | |||||
| Thrust | 82.0Kn, 18,500lb | 89.0Kn, 20,600lb | 107.0Kn, 24,200lb | 117.3Kn, 26,300lb | 119–130Kn, 26,786–29,317lb | |||||
| Dimensions | ||||||||||
| Fuselage | ||||||||||
| Fuselage Length | 31.20M (102Ft 4In) | 33.60M (110Ft 3In) | 39.50M (129Ft 7In) | 42.10M (138Ft 2In) | 35.56M (116Ft 8In) | 39.52M (129Ft 8In) | 39.52M (129Ft 8In) | 42.16M (138Ft 4In) | 43.80M (143Ft 8In) | |
| Fuselage Height | 4.01M, (12Ft 2In) | 4.01M, (12Ft 2In) | ||||||||
| Fuselage Width (Outside) | 3.76M, (12Ft 4In) | 3.76M, (12Ft 4In) | ||||||||
| Cabin Width | 3.53M,(11Ft 7In) | 3.53M,(11Ft 7In) | ||||||||
| Wing | ||||||||||
| Span | 34.32M (112Ft 7In) | 35.92M (117Ft 10In) | ||||||||
| Wing Area | 124.58M2 (1,340Ft2) | 127M2 (1,370Ft2) | ||||||||
| Dihedral | 6 Degrees | 6 Degrees | ||||||||
| Sweep Back | 25.02 Degrees | 25.03 Degrees | ||||||||
| Tail Fin | ||||||||||
| Aircraft Height | 12.6M (41Ft 4In) | 12.3M (40ft 4in) | ||||||||
| Tail Fin Height | 7.16M (23F 6In) | 7.16M (23F 6In) | ||||||||
| Tail Fin Area | 26.44M2 (285Ft2) | 26.44M2 (285Ft2) | ||||||||
| Rudder Area | 5.22M2 (56Ft2) | 5.22M2 (56Ft2) | ||||||||
| FAMILY | NEXT GENERATION (NG) | 737 MAX | ||||||||
| Variant | 600 | 700 | 800 | 900 | Max 7 | Max 8 | Max 200 | Max 9 | Max 10 | |
| Under carriage | ||||||||||
| Track | 5.76M (18Ft 11In) | 5.72M (18Ft 9In) | ||||||||
| Wheelbase | – | 12.6M (41Ft 4In) | 15.6M (51Ft 2In) | – | 12.6M (41Ft 4In) | 15.6M (51Ft 2In) | 17.17M (56Ft 4In) | – | ||
| Number of Nose wheels | 2 | 2 | ||||||||
| Number of Main wheels | 4 | 4 | ||||||||
| Cabin | ||||||||||
| Max. Certified Seating | 149 | 189 | 215 | 149 | 189 | 200 | 220 | 244 | ||
| Typical Seating | 145 | 180 | 140 | 175 | 192 | 216 | ||||
| Seats Abreast | 6 | 6 | ||||||||
| Weights | ||||||||||
| Max. Ramp Weight | 65,317Kg (143,999lb) | 70,307Kg (155,000lb) | 79,229Kg (174,670lb) | 79,229Kg (174,670lb) | – | 82,417Kg (181,729lb) | – | – | – | |
| Max. Takeoff Weight | 65,090Kg (153,499lb) | 70,080Kg (154.500lb) | 79,002Kg (174,170lb) | 79,002Kg (174,170lb) | 80,286Kg (177,000lb) | 82,190Kg (181,229lb) | 82,191Kg (181,200lb) | 88,314Kg (194,700lb) | TBA | |
| Maximum Landing Weight | 54,657Kg (120,499lb) | 58,604Kg (130,000lb) | 66,349Kg (146,275lb) | 66,349Kg (146,275lb) | 66,043Kg (145,600lb) | 69,309Kg (152,800lb) | 69,309Kg (152,800lb) | 74,344Kg (163,900lb) | TBA | |
| Max. Zero Fuel | 51,709Kg (113,999lb) | 55,202Kg (121,700lb) | 62,721Kg (138,276lb) | 63,628Kg (140,276lb) | 62,913Kg (138,700lb) | 65,952Kg (145,400lb) | 65,952Kg (145,400lb) | 70,987Kg (156,500lb) | TBA | |
| Fuel | ||||||||||
| Capacity (Litres) | 26,035L, (6,878 US Gal) | 26,035L, (6,878 US Gal) | ||||||||
| Speeds | ||||||||||
| Vmo/Mmo Velocity/Mach Maximum Operating speed | 340/0.82 | 340/0.82 | ||||||||
| Cruise Speed IAS/Mach | 230/0.785 | 230/0.785 | ||||||||
| True Airspeed | 450Kt | 450Kt | ||||||||
| Ceiling (Ft) | 41,000 | 41,000 | ||||||||
| Range with Max Payload NM(Km) | 4,500 (8,334) | 4,400 (8,149) | 4,000 (7,408) | 3,200 (5,926) | 3,850 (7,130) | 3,550 (6,570) | 3,300 (6,110) | |||
| Variant | 600 | 700 | 800 | 900 | Max 7 | Max 8 | Max 200 | Max 9 | Max 10 | |
| FAMILY | NEXT GENERATION (NG) | 737 MAX | ||||||||
Specification Table Boeing 737 Original and Boeing 737 Classic.(Top)
Specification Table Boeing 737 Next Gen and Max.(Top)
If there is more you want to learn about this airliner, please visit: Boeing 737 Home, Boeing 737 Interior, Boeing 737 Order Book, Boeing 737 History, Boeing 737 Assembly and Boeing 737 Max.
For more detailed information on the Boeing 737 Specs, you can click on this Boeing 737 PDF.
We welcome your comment below, is there more we could be showing or are there topics you would like to see? Thank you.
Why has Boeing maintained its designation to be B737, despite the latest B737 bears little resemblance to the original variant of the B737?
Hi and thanks for stopping by. I suppose you have to look at the 737 as an aircraft class that is targeting a certain segment of the market. The Boeing 737 is designed to fill the smaller jet airliners space over a given range of seats. Whilst bigger than the Embraer E-Jets, Boeing feels this is an optimum size range for a small city jet which can also be used for medium-haul international services.
If you look at your favourite model of car, you would see that they have also evolved over time to be something unrecognisable from their ancestors. Gains in technology as well as traveller expectations, continue to drive aeroplane makers to come up with improved, more cost efficient and more comfortable versions of their offerings.
I am looking for the radius of the fuselage specifically the cargo door.
Hi Jeffrey,
I’m not sure I understand the question. Are you after the radius of the fuselage at the level of the cargo door?
Cheers Peter
Greetings. A family consultation. In which manual could you find the cross-sectional dimensions of the wing spars and stabilizer (737-300)
You could support me with that.
I already checked in the AMM, SRM.
Hi Lemuel,
maybe this site can help you.
https://www.researchgate.net/publication/302903333_On_Boeing_737_-_300_Wing_Aerodynamics_Calculations_Based_on_VLM_Theory
Cheers Peter
Do you have the estimated production material used for the 737 Next Gen? I know the 787 is moving toward using more composite materiel instead of aluminum. Is the same happening with the 737?
Hi Shawn,
it seems that Boeing has not leaped ahead with the 737 as much as they have with the 787. The use of composite materials in the 737 Next Gen or even the 737 Max is quite conservative. Aluminium alloys are still the mainstay of the construction materials used with various blends used according to the strength required for the particular component.
For Example:
Slats, flaps and Fuselage skin – areas primarily loaded in tension – Aluminium alloy 2024 (Aluminium and copper)
Wing lower skin – Aluminium alloy 7055 (Aluminium, zinc, magnesium and copper)
Wing ribs, Frames, stringers, keel and floor beams – Aluminium alloy 7075 (Aluminium and zinc)
Spars, beams and Wing upper skin – Aluminium alloy 7178 (Aluminium, zinc, magnesium and copper)
Landing gear beam – Aluminium alloy 7175 (Aluminium, zinc, magnesium and copper)
I hope that helps.
Cheers Peter
Hi. I am looking for a wheelbase in one main shin and the pressure in the wheel ( Boeing 737-500)
Hi and thanks for your question. For the wheels, I will give you two measurements. The wheelbase which is the distance from the nosewheel to the line between the main wheels, which is 11.07 metres. The wheel track, which is the distance between the main wheels is 5.25 metres. The nose wheel pressure in PSI is 186-194. The main wheel tyre pressures are 193-202, once again PSI.
Happy Flying.
Hi. I am looking to build a prototype of Boeing 737 for numerical simulation purpose. Can you please tell me where to look for the cabin height,width, seat height, width and door to door length. from cockpit door to the kitchen alley .
Hi Anumula,
thank you for stopping by. I found this image that might have some of the answers you need. Click here.
We’d love you to share what you build when you’re done. Best of luck.
Cheers Peter
Thanks, peter!
I started of using with this image. I will be very happy to share with you once I get decent results. My simulation is focused on postcrash fires. And I hope I will get some good stuff to post it to you
hello, i would like to know about the technology which applied on B737 NG flight cockpit lay out include it’s characteristics (advantages and disadvantages), especially on PFD and MFD, can you tell me or send me a link which discuss about that?
Hi Andrey,
It sounds like you have a bit of a project on your hands. The information is surely out there, but maybe the questions need to be a bit more specific.
Good luck.
Cheers Peter
Hello, do you know the meaning of the 737-8K5 designation and its background? The aircraft look like standard -800s, so why the difference?
Hi Ben,
You are right, it does look very much like a 737-800. That is because it is an 800. It is simply an 800 with certain modifications that might have been stipulated by the customer airliner. In this case I believe TUI fly is the main customer. We don’t actually have access to a table of these variants and their features. If anyone does, please feel free to share with us all.
Thank you.
Cheers Peter
Peter
Thank you for your reply. I cannot find any more information anywhere, but if I stumble across it, I will be sure to post it!
Ben
Well, what do you know…?! Here’s the list of Boeing Customer Codes: https://en.m.wikipedia.org/wiki/List_of_Boeing_customer_codes
Great work and thanks for sharing Ben.
Hello! I would like to know what is the AOA during cruise for B737 NG and also the Fuel Flow cruise.
Hi Anna-Maria,
this question can have so many answers depending on the conditions, such as weight, air density, required speed etc. Maybe there is someone out there who can give you a better answer.
Thanks for stopping by.
Cheers Peter
Hi,
Is the Range with Max Payload NM(Km) wrong?
At least with the Max 8, looking into the ACAP of Boeing (Rev E), I found it is 2500nm.
I think in the table you are talking about the range where payload is limited by MTOW.
Can you confirm if I’m right or wrong?
Thank you so much
Hi Josep,
thank you for stopping by and we appreciate you checking us out on the details. You were right, there were some discrepancies around the range. We have rechecked with Boeing and the figure should now be up to date and correct.
Cheers Peter
How many square feet (or cubic feet) of space is in the 737 MAX flight deck?
Hi Mark,
thanks for stopping by. As you can appreciate, the cockpit of any aircraft is always a non-standard shape. With the tapering of the aircraft nose, it is hard to give any one clear answer. what we have done is sourced a document that gives the various dimensions of a 737 cockpit with which you should be able to find your desired outcome.
https://www.markuspilot.com/download/BOEING%20737%20MEASUREMENTS.pdf
Perhaps you will build a cockpit and use it with the new Flight Sim 2020. 🙂
Happy flying.
Peter
Hi I was just wondering where you got this data from. Do you have a reference please?
Hi Aaron,
thank you for stopping by. The data for our pages are sourced from various locations, ranging from airliner manufacturer websites, technical airliner manuals etc.
Cheers Peter
Hi Peter,
Have you got any exact places or web address please? Just not sure how to access these.
Thank you
Aaron
Hi Aaron,
an example of one that was used is in the link below. They are quite easy to find. 🙂
Cheers Peter
http://toulouse747.com/wp-content/uploads/2018/12/Boeing-B737-700-800-900-Operations-Manual.pdf
Hi, How can I learn aerospace materails about a and b basis allowables for Boeing-737 ? I am looking forward to your responses.
Thanks now.
Hi Mehmet,
I not sure what you mean by a and b basis allowable.
Cheers Peter
Firstly, thank you for reply. For instance, What is the Aluminium alloy 7055 basis values ?
Hi Mehmet,
sorry that is way out of our knowledge here. Can we suggest copying and pasteing ” Aluminium alloy 7055 basis value” into your search engine of choice? There seem to be a lot of answers that come up, some of which might be what you’re looking for.
Good luck.
Cheers Peter
Hiya,
Just wondering, where did you get the information about what specific aluminium alloys are used on different parts of the aircraft? Are there any useful sources where I might find the exact materials used in other aircraft?
Thanks
Hi Henna,
each aircraft is sourced from different places. Usually, you can find technical manuals, sometimes in PDF form which are full of information.
Cheers Peter
hi! how can i know the material of 737NG’s nose landing gear lower drag strut?thank you.
Hi Weiwei,
y9ou may find what you are looking for by clicking here.
Cheers Peter
What is the mass of the wings and everything attached, except for the engine on the 737-800?
I really have no idea.
Hi there.. is anyone able to tell me the radius of the arc of the L1 and L2 doors as they are being opened? i.e..what is the maximum lateral distance the doors swing away from the aircraft, before they get to rest in the fully open position?