171111 Boeing 737-900 no Winglet Up 3D print model

The Boeing 737 Next Generation, commonly abbreviated as 737NG, or 737 Next Gen is a narrow-body aircraft powered by two engines and produced by Boeing Commercial Airplanes. The 737-900 was launched in 1997. It retains the MTOW, fuel capacity, trading range for payload and also the exit configuration of the −800, limiting its seat capacity to approximately 177 in a two class and 189 in a high-density, one class layout. The launch customer Alaska Airlines received the delivery on May 15, 2001. The 737-900ER airplanes are long-range derivatives of the 737-900 and -900 with winglets and designed for higher capacity seating. Additional exit doors are installed aft of the wing to provide exit capability for the additional passenger capacity. The 737-900ER and -900ER with winglets are capable of carrying up to 215 passengers with the additional exit doors.

A highly detailed 3D printable model of BOEING 737-900 (including -900ER version) with the designation of doors, windows, air intakes, high-lift devices. Antennas, probes, wheels and flap track fairings are made in separate parts. Model with CFM56-7 series engines with two options (short and long nozzle).

• Model code: 171111 Airplane Model Kit BOEING 737-900/ -900ER no Winglet Up
• Scale: 1/100
• Winglets: noWinglet
• Engines: CFM56-7B
• Landing gear: up
• Fuselage length: 421.1 mm
• Wingspan: 343.2 mm

It is possible to assemble model with rotating fans. The model requires gluing. 3D Printing Guidelines and Assembly Instructions are included.

The model is optimized for a 0.4 mm nozzle and 0.15 mm layers. Approximate filament length for one model (without stand) - 50.6 meters.

Files format: .stl

Dimensions of the largest parts (in mm):

• Left/Right Wing 10.2 x 105.3 x 164.0
• Fuselage Tail 37.6 x 40.1 x 145.8
• Fuselage Center 38.1 x 41.6 x 123.0
• Fuselage Nose 37.6 x 40.1 x 137.9
• Stand 110.0 x 120.0 x 98.3

All parts were tested on a 3D printer Anycubic i3 Mega-S. The manual includes information about supports and printing recommendations.