Build Guide

Model 21: Mogster 6x6 Drop Side

Version 1.0

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3D printed radio controlled

off-road truck ⅛ scale model

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www.3dsets.com

3D Sets Facebook

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1

Mogster 6x6 – version 1.0 technical specs.

• Dimensions: 66.3 cm length, 27.5 cm width (29.4 cm incl. mirrors), 28 cm height
• Model weights roughly 5,5 kg (including battery)
• Modular easy-to-maintain design, frame ready for future addons
• Permanent all wheel drive (6x6) with opened differential (locked differential alternatively)
• Heavy-duty Portal Axles with high ground clearance (> 58 mm from ground to the Differential)
• Heavy-duty Differentials, geared Transfer Gearbox, BeltDrive gearbox; Motor to Wheel ratio: 1/30
• Remote controlled steering, speed control
• Motor compatibility: brushless outrunner 3536-size, QuicRun Fusion SE
• Suspension with springs and dampers for great off-road capabilities
• Doors, hood can be opened, functional door handles, Engine model under Hood, 4-door 5-seat Cab
• “Shorty” battery compartment inside the Fuel Tank, optional large battery on the Bed, optional 2nd Fuel Tank for 2nd spare Battery

2

Mogster 6x6 – changelog

“Model 21: Mogster 6x6 Drop Side” v1.0.1, release date: September 22, 2025:

• Fix: Ready to print plates and gcode “Print 2 - Chassis” (Prusa MINI/MK4S/CoreOne/Generic Printer) – quantity fixed for “Shock Mount Front left/right” (1 pcs. left and 1 pcs. right ) and quantity fixed for “Shock Mount Rear left/right” (A variant: 2 pcs., B variant: 2 pcs.)
• Added part: “Roof” from Model 20 in STL – you can now build 2-Door Cab
• Added part: “Rear Fender 6x6 B Wide in STL” – suitable for wheels larger than 130mm

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“Model 21: Mogster 6x6 Drop Side” v1.0, release date: September 19, 2025:

First model release

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Before you start

• Get ready all tools.
• Buy necessary parts that cannot be printed (screws, bearings, motor etc.), these parts are listed on next page.
• Make sure that your printer is calibrated well – print our “calibration part” to ensure that you can fit bearings on shafts properly! Calibration part is located on “Print 0 - Calibration”.
• Use higher printing temperatures – use about 210-215°C for PLA to have firm layer adhesion!
• Use some heat-resistant filament (PC Blend) for specific drivetrain parts noted later in this Guide!
• For most body parts, it is recommended to set “classic” perimeter generator, Arachne may cause visible marks on the surface.

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• Build guide is divided on steps and subassemblies. Subassembly is a sequence, where you will make some independent sub-part like gearbox, axles etc. Later you will install subassembly in the car.

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4

Are you new to the Radio Controlled models?

Don’t worry, Radio Controlled (RC) models are not as complicated as they can look! However, it’s a good to know some basics before you will start buying parts.

Most mechanical parts in our products will be 3d printed on your own printer, so we will focus here on RC electronics.

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On-line beginners guides:

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• Steemit.com – a basic introduction to RC car models

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• Instructables.com – another beginners guide, general (not focused on car models)

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• Youtube – a nice video showing RC electronic basics

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If you have any questions regarding our models, feel free to ask us (or other 3D Sets

builders) on our Facebook discussion group, available here: Facebook – 3D Sets

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5

Mogster 6x6 – version 1.0: What do you need?

• LINKS for PARTS PURCHASE! ➡︎ list of required non-printed parts is here (continuously updated): click for non-printed parts spreadsheet
• Print Filament: To print this model you will need around 4500 g of print filament in total. We print our models from PLA material. For the differential gears its recommended to use Prusament PC Blend. You can use variable color for chassis and body. Tested and recommended filament: Fillamentum PLA Extrafill or Prusament PLA.
• BeltDrive gearbox:
• Model is driven by QuicRun Fusion SE motor or by brushless outrunner motor 3536 - size
• Timing belts: HTD 144-3M-06 (HTD profile, 144 mm long, 3 mm teeth distance, 6 mm wide) – 3 pcs
• All parts can be printed from PLA, however the Casing of the BeltDrive is best from PETG
• Transfer gearbox:
• All parts can be printed from PLA.
• Steering servo in standard size (39x19,5x38,5mm) – minimum torque: 20kg
• Speed controller (ESC) max size 40x50x35mm – for placing under the hood/storage boxes
• Ball Bearing 10x15x4 mm - 6700RS: 96 pcs(!) (or less depending on gearbox type and axles configuration)
• Shock -Coil springs, inner diameter max 18mm, length 70-85mm: 6 pcs. Adjustable shock mounts to fine-tune ground clearance.
• Tires informations:
• Wheels – rim diameter 2.2 inches, outer diameter 110-140 mm, width 45 - 60 mm
• 7.2V (2S) or 11.1V (3S) Battery:
• dimensions max 100x48x35 mm – “shorty” battery. Model can optionally store 2 batteries at once in the Fuel Tanks.
• dimensions max 140x48x35 mm – “standard” battery placed on the Bed.
• Electric connectors: 2 pairs (battery connectors, motor <–> ESC connectors); not required for Fusion SE motor.
• Cables & soldering equipment – for extending wires from ESC to motor;
• Clear Binding Covers, or any transparent foil up to 0,5 mm thick – material for “Glass”.
• Grease and Thread Locker for securing fasteners on moving parts

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6

Mogster 6x6 Drop Side – version 1.0: Required hardware

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7

Check 3d printer calibration!

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Please at first test whether the bearing can be inserted into the calibration part. If you have problems or the bearing fits too loose, please make sure that the printer is properly calibrated. Dimensions of the printed parts should match dimensions of the 3d model.

Mogster – Chassis 6x6

Required print plates:

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• "Print 1 - Chassis Frame"
• "Print 2 - Chassis"
• "Print 3 - Chassis Rear End and Frame 6x6"

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Non-printed parts:

9

Postprocessing – removing supports

Before you start building, carefully remove printing supports (marked red) integrated to specific parts rendered below. You can use pliers and sharp knife to make the procedure easier. Be very careful as you can harm yourself!

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supports marked in red has to be removed

Chassis 6x6: step 1/6

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Chassis 6x6: step 2/6

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Chassis 6x6: Shock Mounts adjustments

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Shock Mount Adjustment and Tuning

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Front and Rear Axles:

Both the Shock Mount Front and Shock Mount Rear parts can be installed in two different positions. By tilting them down, you can adjust the axle's height relative to the frame. This allows you to fine-tune the Mogster's ride height and achieve the optimal length for the Shock Absorbers.

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Rear Axle Only:

For even greater variability, the Shock Mount Rear left/right parts can also be interchanged. Swapping the left-side mount to the right side (and vice-versa) provides additional options for adjusting the rear suspension geometry.

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optional swap

Chassis 6x6: Optional Heavy-Load Setup

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Advanced Setup for Mogster 6x6: Reversed Rear Shock Mounts

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On the Mogster 6x6 variant, the Shock Mount Rear parts on both rear axles can be installed in a reversed orientation (facing backwards instead of forwards). This modification significantly increases the stiffness of the rear suspension.

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This configuration is only recommended for specific situations:

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• When planning to carry a very heavy load on the frame/bed.
• When using extremely soft shock absorbers that require a stiffer suspension geometry.

Facing backwards

Important Note for a following Axle Rear assembly:

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Later during the Axle Rear assembly, it is crucial to position the Wheel Hub correctly. The lug on Wheel Hub” must be oriented to face the same direction as the Shock Mount.

Chassis 6x6: step 4/6

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Chassis 6x6: step 5/6

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Chassis 6x6: step 6/6

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Mogster – Transfer Gearbox 6x6

Required print plates:

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• "Print 4 - Transfer Gearbox Gears"
• "Print 5 - Transfer Gearbox Case"
• "Print 6 - Transfer Gearbox Case Rear"

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Non-printed parts:

18

Postprocessing – removing supports

Before you start building, carefully remove printing supports (marked red) integrated to specific parts rendered below. You can use pliers and sharp knife to make the procedure easier. Be very careful as you can harm yourself!

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supports marked in red has to be removed

Transfer Gearbox 6x6 – step 1/6

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1x M3x12

1x M3x12

Transfer Gearbox 6x6 – step 2/6

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Apply grease on gear teeths! Do not run the gears without grease.

Transfer Gearbox 6x6 – step 3/6

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5x M3x12

2x M3 nut

Transfer Gearbox 6x6 – step 4/6

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5x M3x12

2x M3 nut

Apply grease on gear teeths! Do not run the gears without grease.

Transfer Gearbox 6x6 – step 5/6

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4x M3x12

Apply grease on gear teeths! Do not run the gears without grease.

Transfer Gearbox 6x6 – step 6/6

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2x M3 nut

2x M3x12

1x M3x12

Transfer Gearbox 6x6 – finished

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Transfer Gearbox 6x6 installation

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Mogster – Motor choice

We recommend two different motors to Gearbox for Mogster:

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new Fusion SE

classic Brushless outrunner

New Fusion SE motor features:

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• Integrated ESC (no soldering and no setup)
• Fine speed control from 0 RPM
• High torque and power
• Metal pinion required to attach to BeltDrive
• Easy to add a radiator

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New Fusion SE is recommended choice.

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For Fusion SE, proceed to page 40.

Classic brushless outrunner 3536 features:

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• Cheaper than Fusion SE
• Requires separate ESC (may need setup)
• Various speed/power variants
• Significantly less torque
• Metal Pinion not needed to attach to BeltDrive

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Classic brushless outrunner is acceptable if you already have one or for not intensive use.

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For Geared Gearbox, proceed to page 29.

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BeltDrive Gearbox – 3536 motor

Required print plates:

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• "Print 7 - BeltDrive Case"
• "Print 8 - BeltDrive Pulleys"
• "Print 9 - Gearbox Mount"

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Non-printed parts:

29

Postprocessing – removing supports

Before you start building, carefully remove printing supports (marked red) integrated to specific parts rendered below. You can use pliers and sharp knife to make the procedure easier. Be very careful as you can harm yourself!

30

supports marked in red has to be removed

Postprocessing – drilling holes and cutting

Please carefully drill through the marked holes that have not been printed through to make printing easier.

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Please carefully cut the grooves in the printed parts so that all 3 parts are separate, but must remain connected at the bottom.

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BeltDrive Gearbox – introduction

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BeltDrive Gearbox uses 3 identical timing belts – HTD 144-3M-06 (HTD profile, 144 mm long, 3 mm teeth distance, 6 mm wide).

Gearbox is very silent and reliable when assembled properly. Gearbox work with brushless outrunner 750-1500 kV and 2S-3S battery.

Please check motor temperature by hand if you are driving in rough terrain or for long periods! If you are using model in hot weather, please print gearbox case (enclosure) from PET-G or other heat resistant material.

Internal belts/pulley configuration is shown below:

BeltDrive Gearbox – step 1/6

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To assemble Pulley 5, follow the same steps as for Pulley 4.

BeltDrive Gearbox – step 2/6

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Make sure that the Pulley 1 - Motor is assembled correctly. It should not wobble when mounted on the motor!

Use

screws

packed with

your motor!

BeltDrive Gearbox – step 3/6

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2x M3 nut

Tighten the screws M3x16 only to 90% so that the Motor Mount is still movable!

Make sure that the Pulley is assembled correctly. You can use some force to turn the Pulleys.

For the easiest belt installation, first place the belt around the large pulley and then install the adjoining small pulley at the same time.

BeltDrive Gearbox – step 4/6

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Verify that the pulleys are perpendicular to the shaft and do not wobble. Ensure there is no contact between the casing walls and the pulleys.

min. 0.5 mm

Important: Check the motor position. There must be 1-1.5 mm clearance between the Motor Pulley - motor rim and the Gearbox Side. If the clearance is too small, you can adjust their position by shimming the Motor Mount with washers to achieve the correct clearance.

min. 1 mm

BeltDrive Gearbox – step 5/6

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8x M3 nut

BeltDrive Gearbox – step 6/6

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2x M3 nut

Now Tighten the screws 4x M3x16 (both left/right side) on Motor Mount to 100%!

BeltDrive Gearbox – finished

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BeltDrive Gearbox – QuicRun Fusion SE motor

Required print plates:

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• "Print 7 - BeltDrive Case"
• "Print 8 - BeltDrive Pulleys"
• "Print 9 - Gearbox Mount"

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Non-printed parts:

40

Postprocessing – removing supports

Before you start building, carefully remove printing supports (marked red) integrated to specific parts rendered below. You can use pliers and sharp knife to make the procedure easier. Be very careful as you can harm yourself!

41

supports marked in red has to be removed

Postprocessing – drilling holes and cutting

Please carefully drill through the marked holes that have not been printed through to make printing easier.

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Please carefully cut the grooves in the printed parts so that all 3 parts are separate, but must remain connected at the bottom.

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42

BeltDrive Gearbox – introduction

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BeltDrive Gearbox uses 3 identical timing belts – HTD 144-3M-06 (HTD profile, 144 mm long, 3 mm teeth distance, 6 mm wide).

Gearbox is very silent and reliable when assembled properly. Gearbox work with brushless outrunner 750-1500 kV and 2S-3S battery.

Please check motor temperature by hand if you are driving in rough terrain or for long periods! If you are using model in hot weather, please print gearbox case (enclosure) from PET-G or other heat resistant material.

Internal belts/pulley configuration is shown below:

BeltDrive Gearbox – step 1/6

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To assemble Pulley 5, follow the same steps as for Pulley 4.

BeltDrive Gearbox – step 2/6

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Make sure that the Pulley 1 - Motor is assembled correctly. It should not wobble when mounted on the motor!

BeltDrive Gearbox – step 3/6

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2x M3 nut

Tighten the screws M3x12 only to 90% so that the Motor Mount is still movable!

Make sure that the Pulleys is assembled correctly. You can use some force to turn the Pulleys.

For the easiest belt installation, first place the belt around the large pulley and then install the adjoining small pulley at the same time.

2x M3x12

BeltDrive Gearbox – step 4/6

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Double check that the pulleys are peripendicular to the shaft and do not wobble. Make sure there is NO CONTACT between the casing walls and the pulleys!

min. 0.5 mm

It is very important to check proper motor position - there must be 6,8-7,3 mm clearance between the Motor Pulley - motor rim and the Gearbox Side! If these parts are too close together, you can adjust their position by underlaying the Motor Mount with washers to achieve the correct clearance.

min. 6,8 mm

BeltDrive Gearbox – step 5/6

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8x M3 nut

BeltDrive Gearbox – step 6/6

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2x M3 nut

Now Tighten the screws 4x M3x12 (both left/right side) on Motor Mount to 100%!

BeltDrive Gearbox – finished

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Mogster – 6x6 Gearbox Installation

Required print plates:

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• "Print 3 - Chassis Rear End and Frame 6x6"

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Non-printed parts:

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Gearbox installation;

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Gearbox installation

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Mogster – 6x6 Portal Gearboxes

Required print plates:

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• "Print 10 - Portal Housing Inner"
• "Print 11 - Portal Housing Outer"
• "Print 12 - Portal Gears"

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Non-printed parts:

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Portal Gearbox

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Apply grease on gear teeths! Do not run the gears without grease.

Portal Gearboxes on all axles are identical.

Mogster 6x6 – Axles choice

There are two different axles available for Mogster:

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With new Opened Differential

With No Differential (locked)

New Opened Differential features:

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• Medium print and assemble difficulty
• Excellent for indoor driving and exterior hard surfaces
• Excellent maneuverability and small turning radius
• Low drivetrain/gearbox stress

Classic No Differential features:

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• Easier to print and assemble
• Excellent for heavy terrain driving
• Not recommended for hard surfaces (interior floors etc.) – using locked differentials on both axles results in high stress on drivetrain/gearbox parts.

Both types of axles can be combined to achieve optimum performance:

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Front Opened Diff.

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Ideal for interior driving or normal use on the yard

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Rear Opened Diff.

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Rear Opened Diff.

Front No Diff.

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Ideal for heavy terrain. Not for hard surfaces.

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Rear No Diff.

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Rear No Diff.

Front Opened Diff.

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Recommended setup – good on all surfaces

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Rear No Diff.

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Rear Opened Diff.

Mogster – Front Portal Axle

Required print plates:

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• "Print 13a - Diff"
• "Print 13b - NoDiff"
• "Print 14 - Front Axle"
• "Print 15 - Front Axle Housing"
• "Print 16 - Front Axle"

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Non-printed parts:

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Arms + Ball joints

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Apply grease on Ball joint.

Press Ball joints in arm ends. Pay attention to combine parts correctly! Ball joints requires correct orientation on specific arms – check next page!

Apply grease on Thread.

Arms + ball joints

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On the pictures below are rendered final Arms assemblies. Please note that some Arms requires opposite Ball joint orientation!

Blue marked Ball joint – upside down!

Portal Axle – differential: 1/2

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Opened differential – section view:

Use screw ISO 7380 or screw with max height head 2mm!

It is recommended to print these specific parts from high-strength material like Prusament PC Blend: specifically the Axle Gears and Differential Pinions. Do not use ABS or PETG for gears, as they are weaker even then PLA!

Use screw ISO 7380 or screw with max height head 2mm!

Apply grease on gear teeths! Do not run the gears without grease.

Portal Axle – differential: 2/2

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Portal Axle – no differential

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Front Portal Axle – step 1/4

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Front Portal Axle – step 2/4

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Front Portal Axle – step 3/4

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Front Portal Axle – step 4/4

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Front Portal Axle – Wheel Hub assembly

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Front Portal Axle – Wheel Hub installation

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Apply grease on Cardans! Do not run the Cardans without grease.

click

click

Front Portal Axle – Steering Servo installation

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Correct steering servo and linkage geometry

Front Portal Axle – Track Bar installation

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Mogster – Front Portal Axle installation

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Non-printed parts:

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Front Portal Axle installation

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click in place

First, snap the axle onto the Transfer Gearbox (connecting the driveshafts). Then, secure it in place using the Axle Pivot Bracket.

Apply a grease on cardans and spherical surface of Axle Pivot!

2x M3x12

Front Portal Axle – Shocks installation

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You can fine-tune the ride height by adjusting the position of the Shock Mounts. Each mount has two positions (screw holes); changing the mounting position will alter the Mogster's ground clearance.

Mogster– Rear Portal Axle

Required print plates:

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• "Print 13a - Diff" (contain parts only for 1 Diff assembly!)
• "Print 13b - NoDiff" (contain parts only for 1 NoDiff assembly!)
• "Print 17 - Rear Axle Housing"
• "Print 18 - Axle Housing C and D"
• "Print 19 - Rear Axle"

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Non-printed parts (counts only for 1 Rear Axle!):

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Portal Axle – differential: 1/2

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Opened differential – section view:

Use screw ISO 7380 or screw with max height head 2mm!

It is recommended to print these specific parts from high-strength material like Prusament PC Blend: specifically the Axle Gears and Differential Pinions. Do not use ABS or PETG for gears, as they are weaker even then PLA!

Use screw ISO 7380 or screw with max height head 2mm!

Apply grease on gear teeths! Do not run the gears without grease.

Portal Axle – differential: 2/2

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Portal Axle – no differential

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Rear Portal Axle – step 1/4

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Rear Portal Axle – step 2/4

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Rear Portal Axle – step 3/4

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Front Portal Axle – step 4/4

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Rear Portal Axle – Wheel Hub assembly

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Rear Portal Axle – Wheel Hub installation

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Apply grease on Cardans! Do not run the Cardans without grease.

click

click

Important note for a Wheel Hub assembly:

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It is crucial to position the Wheel Hub correctly. The lug on Wheel Hub” must be oriented to face the same direction as the Shock Mount:

1x M3x12

1x M3x12

1x M3x12

1x M3x12

Rear Portal Axle – Track Bar installation

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3rd Rear Portal Axle – Track Bar installation

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For the third axle, use the Track Bar 3rd Axle.

Mogster – 6x6 Rear Portal Axle Installation

Required print plates:

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• "Print 19 - Rear Axle"

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Non-printed parts:

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2nd Rear Portal Axle installation

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First, snap the axle onto the Transfer Gearbox (connecting the driveshafts). Then, secure it in place using the Axle Pivot Bracket.

Apply a grease on cardans and spherical surface of Axle Pivot!

2x M3x12

2nd Rear Portal Axle – Shocks installation

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3rd Rear Portal Axle installation

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2x M3x12

3rd Rear Portal Axle – Shocks installation

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3rd Rear Portal Axle – Drive Shaft installation

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91

Mogster – Fuel Tank, Storage Box & Air Tank

Required print plates:

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• "Print 20L - Fuel Tank"
• "Print 21R - Air Tank and Box"
• "Print 20R - Fuel Tank"(optional)
• "Print 21L - Air Tank and Box" (optional)

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Non-printed parts:

92

Postprocessing – removing supports

Before you start building, carefully remove printing supports (marked red) integrated to specific parts rendered below. You can use pliers and sharp knife to make the procedure easier. Be very careful as you can harm yourself!

93

supports marked in red has to be removed

Fuel Tank, Air Tank & Storage Box installation: step 1/2

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Fuel Tank, Air Tank & Storage Box installation: step 2/2

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You can replace Air Tank & Storage Box with 2nd Fuel Tank to store additional “Shorty” battery in your Mogster = more mileage.

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Mogster – Fender

Required print plates:

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• "Print 22 - Fender"
• "Print 23 - Mud Flap"
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Non-printed parts:

96

Postprocessing – removing supports

Before you start building, carefully remove printing supports (marked red) integrated to specific parts rendered below. You can use pliers and sharp knife to make the procedure easier. Be very careful as you can harm yourself!

97

supports marked in red has to be removed

Front Fenders & Mud Flaps

98

Front Fenders has platforms for attaching receiver/ESC or other electronics on them. Details will be provided in next slides.

Mud Flaps are optional parts. They will work better when printed from PETG filament.

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Front Fenders installation

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99

Mogster – Electronics

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Non-printed parts:

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• Receiver
• ESC
• wires

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Electronics & wiring layout

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Designated platforms located on the front fenders provide mounting spots for the ESC and receiver – all electronics are mounted directly to the vehicle's frame. This makes the most of electronics system independent on the cab (except for Lights if functional), allowing it to be removed easily without disconnecting wires.

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101

Electronics & wiring layout

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102

receiver

ESC

(speed controller)

“Shorty” battery (you can place spare battery on the optional 2nd Fuel tank)

Optional large battery on the Bed

Steering Servo

Attachment points on the Frame to attach cables.

Mogster – Bumper Mount

Required print plates:

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• "Print 24 - Bumper Mount and Skid Plate Mount"
• "Print 25 - Reinforced Skid Plate"

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Non-printed parts:

103

Postprocessing – removing supports

Before you start building, carefully remove printing supports (marked red) integrated to specific parts rendered below. You can use pliers and sharp knife to make the procedure easier. Be very careful as you can harm yourself!

104

supports marked in red has to be removed

Bumper Mount installation

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105

Skid Plate installation

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106

Mogster – 6x6 Drop Side Bed Frame

Required print plates:

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• "Print 26 - Frame Dropside"

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Non-printed parts:

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Drop Side Bed – Frame installation

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Mogster – 6x6 Fender

Required print plates:

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• "Print 27 - Fender 6x6 A and C"
• "Print 28 - Fender 6x6 B"
• "Print 29 - Tail Light Frame and Turn Signal Base"
• "Print 30 - Rear Light and Turn Signal"
• "Print 31 - color change - Licence Plate"

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Non-printed parts:

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Drop Side Bed – Fenders 6x6

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Drop Side Bed – Tail Lights

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Drop Side Bed – Fenders 6x6 installation

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112

The precise alignment of the fenders with the wheels can be fine-tuned by sliding them forwards or backwards.

Mogster – Exhaust

Required print plates:

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• "Print 32 - Exhaust"

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Non-printed parts:

113

Exhaust installation

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click

Mogster – Cab 4-Door

Required print plates:

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• "Print 33 - Rear Wall Front Panel and B-Pillar"
• "Print 34 - Window Seal Rear"
• "Print 35 - Floor"
• "Print 36 - Floor Rear"
• "Print 37 - Door Sill and Windscreen Frame"
• "Print 38 - A-Pillar and Roof Frame"
• "Print 39 - Roof Frame Rear"
• "Print 40 - Windscreen Seal"
• "Print 41 - Windscreen Glass Template"

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Non-printed parts:

115

Postprocessing – removing supports

Before you start building, carefully remove printing supports (marked red) integrated to specific parts rendered below. You can use pliers and sharp knife to make the procedure easier. Be very careful as you can harm yourself!

116

supports marked in red has to be removed

Cab Windows

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At first, you will make a “Windscreen Glass Template”, “Window Glass Rear - left”, “Window Glass Rear - middle”, “Window Glass Rear - right” from any transparent foil up to 0.4 mm thick. Thicker material is more durable than thinner, but we found that “Clear Binding Covers” are OK.

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Place the Template on the foil, sketch the Template to foil and then cut by scissors or sharp knife.

Sheet of transparent foil, max. 0.5 mm thick.

Cab - step 1-2/10

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click

click

Cab - step 2-3/10

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Cab - step 4-5/10

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Cab - step 6-7/10

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Cab - step 8-9/10

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Cab - step 10/10

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Mogster – Interior

Required print plates:

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• "Print 42 - color change - Dashboard"
• "Print 43 - color change - Dials"
• "Print 44 - Interior Details 1"
• "Print 45 - Interior Details 2 and Engine Cover"
• "Print 46 - Seats"
• "Print 47 - Seat Frame"
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Non-printed parts:

124

Postprocessing – removing supports

Before you start building, carefully remove printing supports (marked red) integrated to specific parts rendered below. You can use pliers and sharp knife to make the procedure easier. Be very careful as you can harm yourself!

125

supports marked in red has to be removed

Dashboard - step 1/9

126

1x Filament

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18 mm

3x Filament

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18 mm

Dashboard

127

Gear Shifters

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1

3

3

4

1

2

Dashboard & Gear Shifters installation

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Seats

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Seats installation

131

Mogster – Roof 4-Door

Required print plates:

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• "Print 48 - Roof Front"
• "Print 49 - Roof Rear"

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Non-printed parts:

132