Build Guide
Pickup Upgrade for Model 9 & 10
Version 1.0.0
1
Bamboo 4x4 Pickup – version 1.0.0 technical specs.
2
Are you printing complete new model, or re-building the existing one?
You can use this Wagon Upgrade in two possible ways:
If you want to build a new model Bamboo 4x4 Pickup:
If you want to upgrade your existing model to Bamboo 4x4 Pickup
3
If you have “Model 9/10” files, print all parts except these “body” parts:
4
If you have “Model 9/10" files, print all parts except these “chassis” parts:
5
If you have “Model 9/10" files, print all parts except these “details” parts:
6
If you have “Model 9” files, print all parts except these “door” parts:
7
If you have “Model 10” files, print all parts except these “door” parts:
8
If you have “Model 9/10" files, print all parts except these “interior” parts:
9
If you have “Model 9” files, don’t print any “Rool Cage” parts:
10
If you have “Model 10” files, don’t print any “hardtop” parts:
11
“Model 9: Bamboo 4x4” shares these parts with “Model 12: Bamboo 4x4 Pickup”:
12
“Model 10: Bamboo 4x4 Hardtop” shares these parts with “Model 12: Bamboo 4x4 Pickup”:
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Before you start
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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.
On-line beginners guides:
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
15
Bamboo 4x4 Pickup – version 1.0.0: What do you need?
16
Bamboo 4x4 – Pickup – version 1.0.0: Required hardware
17
Screws and nuts (in metric size):
Check 3d printer calibration!
18
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.
Bamboo 4x4 – Chassis & Rear Body
In this procedure you will assemble the chassis and rear body of the car.
Non-printed parts:
19
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!
20
supports marked in red has to be removed
Postprocessing – drilling holes
Please carefully drill through the marked holes that have not been printed through to make printing easier.
21
4xØ3,2mm
Chassis - step 1/3
22
2x M3x6
4x M3x8
Chassis - step 2/3
23
2x M3x12
2x M3x8
3x M3x12
3x M3x12
3x M3x10
2x M3x10
Rear Body - step 3/3
24
2x M3x10
2x M3x10
Bamboo 4x4 Pickup – Front Body
In this procedure you will assemble the front bodywork of the car.
Non-printed parts:
25
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!
26
supports marked in red has to be removed
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!
27
supports marked in red has to be removed
Postprocessing – drilling holes
Please carefully drill through the marked holes that have not been printed through to make printing easier.
28
8xØ3,2mm
2xØ2,2mm
Front Radiator Screen
29
If you will print the part “Front Radiator Screen” from the .stl file instead of printing from provided gcode, please use following slicer setup:
Front Body - step 1/4
30
10x M2x6
1x M3x10
1x M3x10
1x M3x10
2x M3x10
4x M3x8
Front Body - step 2/4
31
2x M3x20
3x M3x10
2x M3x6
1x M3x12
2x M3x10
2x M3x6
Front Body - step 3-4/4
32
2x M2x6
1x M2x10
2x M3x12
Bamboo 4x4 Pickup – Interior
In this procedure you will assemble the Interior of the car.
Non-printed parts:
33
Interior – step 1/1
34
2x M2x6
2x M2x10
2x M2x12
1x M2x12
1x M2x16
1x M2x8
Detail of assembled steering wheel:
Bamboo 4x4 Pickup – Lights
In this procedure you will assemble the Lights.
Non-printed parts:
35
Rear Lights & Turn Signal Front Glass:
36
You can print Rear Lights and Turn Signal Front Glass with filament changes to achieve color results. Please, setup filament changes in layer heights described below (setup is for layer height 0,15mm):
Rear Lights:
Turn Signal Front Glass:
Front Lights installation
37
2x M2x8
2x M2x10
1x M2x16
2x M2x8
2x M2x10
1x M2x16
Rear Lights installation
38
2x M3x10
2x M2x10
2x M2x6
Bamboo 4x4 Pickup – Hood & Front Window
In this procedure you will assemble the Window of the car and Hood.
Non-printed parts:
39
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!
40
supports marked in red has to be removed
Postprocessing – drilling holes
Please carefully drill through the marked holes that have not been printed through to make printing easier.
41
2xØ2,2mm
Hood – step 1-2/2
42
2x M2x6
2x M2x8
2x M2x6
2x M2x10
Front Window Glass
43
At first, you will make a “glass” from any transparent foil up to 0.5 mm thick. Thicker material is more durable than thinner, but we found that “Clear Binding Covers” are OK.
Place the printed template on the foil, sketch the shape to foil and then cut the foil by scissors or sharp knife.
3d print the template and then use the sheet of transparent foil, max. 0.5 mm thick.
(170 mm)
(52 mm)
Front Window
44
2x M2x6
1x M2x16
1x M2x16
2x M2x6
Bamboo 4x4 Pickup – Rear Body & Roof
In this procedure you will assemble the Rear Body of the car and Roof.
Non-printed parts:
45
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!
46
supports marked in red has to be removed
Postprocessing – drilling holes
Please carefully drill through the marked holes that have not been printed through to make printing easier.
47
4xØ2,2mm
Rear Window Glass
48
At first, you will make a “glass” from any transparent foil up to 0.5 mm thick. Thicker material is more durable than thinner, but we found that “Clear Binding Covers” are OK.
Place the printed template on the foil, sketch the shape to foil and then cut the foil by scissors or sharp knife.
3d print the template and then use the sheet of transparent foil, max. 0.5 mm thick.
Roof & Rear Body - step 1/3
49
4x M2x10
4x M2x6
4x M3x8
Roof & Rear Body - step 2/3
50
Roof & Rear Body - step 2/2
51
2x M3x10
2x M3x10
4x M3x12
2x M2x6
2x M2x6
Bamboo 4x4 Pickup – Bumpers & Side Box
In this procedure you will assemble the Bumpers of the car and Side Box.
Non-printed parts:
52
Front Bumper
53
2x M3 nut
2x M2x6
1x M3x16
1x M3x16
Side Box
54
2x M3x16
Bamboo 4x4 Pickup – Seats
In this procedure you will assemble the Seats of the car.
Non-printed parts:
55
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!
56
supports marked in red has to be removed
Postprocessing – drilling holes
Please carefully drill through the marked holes that have not been printed through to make printing easier.
57
11xØ2,2mm
Front Seats – step 1-2/2
58
2x M2x6
1x M2x8
1x M2x10
4x M3x12
Bamboo 4x4 Pickup – Steering Servo Installation
In this procedure install electronic steering servo.
Non-printed parts:
59
Steering Servo installation
60
2x M3x10
2x M3x6
Servo arm axis position
Axle Arms
In this procedure you will assemble the Axle Arms and Steering Rods. These parts consists of “arms” and “ball joints” and they need to be pressed together.
Non-printed parts:
61
Arms + Ball joints
62
1x M3x6
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!
Option A: use a hammer
Be careful as you can break the arm if you use too much force!
Option B: use a Vise
This is a prefered method as you can proceed slowly.
Arms + ball joints
63
On the pictures below are rendered final Rear Arms assemblies. Please note that some Rear Arms requires opposite Ball joint orientation!
Blue marked Ball joint – upside down!
Bamboo 4x4 – Centre of the Chassis
In this procedure you will assemble the Centre of the Chassis with Arms.
Non-printed parts:
64
Centre of the Chassis
65
3x M3 locknut
3x M3x16
3x M3x16
3x M3 locknut
Bamboo 4x4 – Gearbox choice
There are two different gearboxes available for Bamboo 4x4:
new BeltDrive 4x4
classic Geared Gearbox
New BeltDrive 4x4 features:
New BeltDrive 4x4 is recommended choice. It can handle more power (up to 3S battery) and is very silent. It is compatible with all 3D Sets 4x4 models.
For BeltDrive 4x4, proceed to next page (57).
Classic Geared Gearbox features:
Classic Geared Gearbox is good choice if you have previous experience with and if you require 540 DC 27T motor and maximum precision of throttle response.
For Geared Gearbox, proceed to page 73.
66
BeltDrive 4x4 Gearbox
Non-printed parts:
In this 8-step procedure you will assemble belted gearbox with the motor. The whole gearbox can be printed from PLA, unless you will drive in some extreme conditions or in very hot environment. To complete this task, get the following parts ready:
67
Shafts
68
If you will print the part “Shafts” from the .stl file instead of printing from provided gcode, please use following slicer setup:
correct printing bed orientation of the Drive Shaft - Cardan and Front Wheel Shaft – marked part MUST LAY FLAT on the bed!
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!
69
supports marked in red has to be removed
Be careful – do not damage the “ball” part!
Postprocessing – drilling holes
Please carefully drill through the marked holes that have not been printed through to make printing easier.
70
19xØ3mm
BeltDrive 4x4 Gearbox – introduction
71
BeltDrive 4x4 Gearbox uses 4 identical timing belts – HTD 144-3M-06 (HTD profile, 144 mm long, 3 mm teeth distance, 6 mm wide).
BeltDrive 4x4 Gearbox is compatible with all 4x4 3D Sets models, so you can use it in your older Rancher/Landy without any modifications.. With this gearbox model is moving faster and has more power. Gearbox is very silent and reliable when assembled properly. Gearbox work with brushless outrunner 750-1000 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:
Important features
72
Bearings calibration
It is very important to check if small 3d printed shaft ends fit the bearings properly, because such small printed objects may shrink too much.
There are two sizes of the “Pulley Shaft small” parts (located on print “Belt Drive Gearbox - 2”):
“S” = standard size; “L = larger size
Please try if the “S” sized part fits the bearing without any gap. The bearing must hold on place firmly, otherwise, the gearbox can be damaged! If there is any gap between the bearing and printed part, then use a slightly larger “L” sized part.
Service holes
BeltDrive 4x4 v1.1 features 3 service holes with covers. These holes have following purposes:
Service holes are marked white on the picture below:
Is there any gap? Then use the “L” marked part!
Service holes
BeltDrive 4x4 Gearbox – step 1/9
73
2x
2x
4x M3x8
M3 nut
9x M3 nut
BeltDrive 4x4 Gearbox – step 2/9
74
2x M3x12
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!
Please secure both screws on shaft with the thread lock and tighten them properly!
BeltDrive 4x4 Gearbox – step 3/9
75
2x
M3 nut
3x
3x M3x6
4x M3x16
Make sure that the Output Pulley assembly is symmetrical and do not wobble. If not, please clean the internal cavity in the pulley and tighten the screws properly.
BeltDrive 4x4 Gearbox – step 4/9
76
M3 nut
5x
M3x8
2x M3x25
For the easiest belt installation, first place the belt around the large pulley and then install the adjoining small pulley at the same time as the Box Front B.
Choose “S” or “L” marked part, more info on previous pages!
BeltDrive 4x4 Gearbox – step 5/9
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2x
M3 nut
4x
4x M3x25
Make sure that the Pulley 5 is assembled correctly. You can use some force to push the Pulley Shaft small into the cavity.
Choose “S” or “L” marked part, more info on previous pages!
BeltDrive 4x4 Gearbox – step 6/9
78
M3x12
Use
screws
packed with
your motor!
M3x12
2x M3x16
Make sure that the Pulley 1 - Motor is assembled correctly. It should not wobble when mounted on the motor!
BeltDrive 4x4 Gearbox – step 7/9
79
4x M3x12
4x M3x8
It is very important to check proper motor position - there must be 0.5-1 mm clearance between the Pulley 1 - motor rim and the Box Front D! If these parts are too close together, you can adjust their position by underlaying the Motor Mount with washers to achieve the correct clearance.
BeltDrive 4x4 Gearbox – 8/9
80
2x M3x10
BeltDrive 4x4 Gearbox – 9/9
81
Apply grease to the spherical and conical surfaces before assembling!
push until click
BeltDrive 4x4 Gearbox – finished
82
Geared Gearbox
Non-printed parts:
In this 8-step procedure you will assemble the gearbox with the motor. To complete this task, get the following parts ready:
83
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!
84
supports marked in red has to be removed
Be careful – do not damage the “ball” part!
Geared Gearbox – step 1/8
85
Put the gears onto corresponding shafts. Pay attention to combine the parts correctly!
Correct configuration
of gears is shown above.
Recommended material for gears: Fillamentum PLA Extrafill, Prusament PLA. Any PET-G will be too fragile for gears.
Use higher printing temperatures, about 210-215°C for PLA!
Top material choice for gears is Prusament PC Blend.
It’s very strong yet easier to print than Nylon, which is suitable too.
Geared Gearbox – step 2-3/8
86
Put the bearings on each shaft end. If you printed and checked the “Test part” with a bearing successfully, bearings should fit smoothly.
Insert shafts into the right side of the gearbox housing. Then apply grease on the gear tooths.
10x
Important! – for best gearbox endurance, use a lot of grease, as the grease will disperse the heat through the gearbox.
Geared Gearbox – step 4/8
87
7x M3 locknut
7x M3x25
Geared Gearbox – step 5/8
88
Motor pinion – version A:
use this pinion if you are using “round head screws”
M3 nut
Recommended material for motor pinion: ABS or CPE, as the PLA can melt due the heat from the motor shaft and PET is too flexible (pinion will slip from the shaft).
M3 nut
Insert nuts into the holes in the motor pinion.
Motor pinion – version B:
use this pinion if you are using “socket head screws”
Geared Gearbox – step 6-7/8
89
Now mount the motor and bearings to their positions. Then install the motor pinion on motor shaft.
2x
2x M3x10
2x M3x6
8xØ3,2mm
8x M3x10
Recommended material for “Gearbox housing - front”: ABS, ASA, CPE or PET-G, as the PLA can melt due to the heat from the motor if you drive continuously or in warm weather. It is strongly recommended to install an optional motor heatsink, preferably active! Purchase links are here or use any similar heatsinks.
active heatsink
passive heatsink
Test the gearbox before mounting to the chassis!
You should be able to turn the gearbox output shaft by hand with some force (attach Cardan Joint Yoke to the output shaft). After that, you can connect a 3 - 7 V battery directly to the motor, it should run.
8x M3 nut
Geared Gearbox – step 8/8
90
1x M3x10
1x M3x10
Apply grease to the spherical and conical surfaces before assembling!
Bamboo 4x4 – Gearbox Installation
In this 1-step procedure you will install Gearbox.
Non-printed parts:
91
Gearbox Installation
92
2x M3x10
1x M3x8
2x M3x10
1x M3x8
Open Hood and slide the Gearbox inside
The gearbox is secured with these screws
Bamboo 4x4 Pickup – Electronics
In this 2-step procedure you will install all electronics equipment and cables.
Non-printed parts:
93
Electronics and wire layout
94
Switch Holder
95
2x M3x20
3x M3 nut
1x M2x8
Clasp the switch inside the Switch Holder by tightening the screws.
Front Seats Installation
96
2x M2x6
2x M2x6
Bamboo 4x4 – Axles choice
There are two different axles available for Bamboo 4x4:
With new Opened Differential
With No Differential (locked)
New Opened Differential features:
Classic No Differential features:
Both types of axles can be combined to achieve optimum performance:
97
Front Opened Diff.
Ideal for interior driving or normal use on the yard
Rear Opened Diff.
Front No Diff.
Ideal for heavy terrain. Not for hard surfaces.
Rear No Diff.
Front Opened Diff.
Recommended setup – good on all surfaces
Rear No Diff.
Front Axle
For Front Axle with Opened Differential, proceed to next page (89).
For Front Axle with No Differential, proceed to page 95.
On the previous slide, you chose your preferred Axles configuration. Let’s start with Front Axle first:
98
Front Axle – with Differential
In this 6-step procedure you will assemble the front axle. The axle includes a open differential, driveshaft and complete steering assembly.
Non-printed parts:
99
Front Axle (with differential) – step 1/6
100
2x M3x10
Open 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!
Prusament PC Blend
6x M2x10
3x M3x8
Apply grease on gear tooths.
Use screw ISO 7380 or screw with max height head 2mm!
Prusament PC Blend
Front Axle (with differential) – step 2-3/6
101
1x M3x10
5x M2x10
7x M2x10
Front Axle (with differential) – step 4/6
1x M3x10
1x M3x10
Front Axle (with differential) – step 5/6
2x M3x10
4x M3 nut
2x M3x10
1x M3x10
Please, use Thread Locker on Drive Shaft - Cardan! This will prevent the screws from loosening during use. Loosening these screws may lead to damage to the drive train.
Front Axle (with differential) – step 6/6
1x M3 locknut
1x M3 locknut
1x M3x16
1x M3x25
1x M3x16
Front Axle – No Differential
In this 10-step procedure you will assemble the front axle. The axle includes a locked differential, driveshaft and complete steering assembly.
Non-printed parts:
105
Front axle – step 1-2/8
106
1x M3x10
Apply grease on gear tooths.
7x M2x6
1x M3x10
Front axle – step 3-4/8
107
1x M3x10
1x M3x10
7x M2x6
1x M3x10
Front axle – step 5-6/8
108
4x M3x10
M3 locknut
M3 locknut
1x M3x16
1x M3x25
4x M3 nut
Front axle – step 7-8/8
109
1x M3x16
Front Axle Installation
In this 1-step procedure you will install Front Axle.
Non-printed parts:
110
Front Axle Installation
111
2x M3x12
3x M3x16
4x M3x16
1x M3 locknut
Rear Axle
For Rear Axle with Opened Differential, proceed to next page (103).
For Rear Axle with No Differential, proceed to page 107.
112
Rear Axle with Differential
In this 4-step procedure you will assemble the rear axle. The axle includes a locked differential and driveshaft.
Non-printed parts:
113
Rear Axle (with differential) – step 1/4
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!
Prusament PC Blend
6x M2x10
Prusament PC Blend
3x M3x8
2x M3x10
Open differential – section view:
Use screw ISO 7380 or screw with max height head 2mm!
Apply grease on gear tooths.
Use screw ISO 7380 or screw with max height head 2mm!
Rear Axle (with differential) – step 2-3/4
1x M3x10
5x M2x10
7x M2x10
Rear Axle (with differential) – step 4/4
1x M3x10
1x M3x16
Please, use Thread Locker on Drive Shaft - Cardan! This will prevent the screws from loosening during use. Loosening these screws may lead to damage to the drive train.
1x M3x12
Subassembly #2 – Rear axle
Non-printed parts:
In this 6-step procedure you will assemble the rear axle. The axle includes a locked differential and driveshaft.
117
Rear axle – step 1-2/4
118
1x M3x10
4x
Recommended material for differential gears & cardan joints: PLA, as it is rigid enough for this purpose.
Apply grease on gear tooths.
1x M3x10
7x M2x6
Rear axle – step 3-4/4
119
1x M3x10
7x M2x6
1x M3x16
1x M3x12
1x M3x12
Rear Axle Installation
In this 1-step procedure you will install Rear Axle.
Non-printed parts:
120
Rear Axle Installation
121
1x M3x12
4x M3x16
3x M3x16
Doors
In this 8-step procedure you will assemble the Front Doors, Rear Doors and Spare Wheel Carrier.
Non-printed parts:
122
Window Glass
123
At first, you will make a “glass” from any transparent foil up to 0.5 mm thick. Thicker material is more durable than thinner, but we found that “Clear Binding Covers” are OK.
Place the printed template on the foil, sketch the shape to foil and then cut the foil by scissors or sharp knife.
3d print the template and then use the sheet of transparent foil, max. 0.5 mm thick.
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!
124
supports marked in red has to be removed
Door - left
125
9x M2x6
2x M2x8
1x M2x8
1x M2x10
Door – right
126
9x M2x6
2x M2x8
1x M2x8
1x M2x10
Doors Installation
127
2x M2x10
2x M2x10
Side Step Installation
128
2x M3x8
2x M3x8
Subassembly – Wheels
Now you will assemble wheels. You can choose between two different wheel designs:
Wheel C – classic style steel wheels with hub caps.
Wheel I – classic style steel wheels with hub caps.
129
Wheel C
In this procedure you will assemble the Wheel C.
Non-printed parts:
130
Wheel C
131
5x M2x10
Wheel C Installation
132
4x M3x10
Wheel I
Non-printed parts:
In this procedure you will assemble the Wheel I.
133
Wheel I
134
4x M2x6
4x M2x6
Wheels I Installation
135
4x M3x10
Wooden FlatBed
In this 4-step procedure you will assemble the Hardtop.
Non-printed parts:
136
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!
137
supports marked in red has to be removed
Side Board
138
You can print Side Board and Side Board Rear Door with print modificator for imitating the structure of the wood (Fuzzy skin). You can use ready print plates or load modificator from folder “Modificator”.
Print Setup “Fuzzy skin”
This photo shows the results when using “Fuzzy skin” printing setup and filament “Fillamentum PLA Extrafill Mukha”:
Side Board Support - rear
139
You can print “Side Board Support - rear” with filament changes to achieve color results. Please, setup filament changes in layer heights described below (setup is for layer height 0,15mm): If you want print this part without change filament, then print this part without filament change setup.
Side Board Support - rear:
Board Floor
140
If you have Prusa MK3S MMU printer, you can print Board Floor with filament changes to achieve color results.
Wooden FlatBed
141
4x M3 nut
2x M3x8
2x M3x8
Wooden FlatBed
142
6x M3x6
8x M2x6
1x M3x8
4x M2x6
Wooden FlatBed
143
8x M3x10
2x M3x12
Wooden FlatBed
144
20x M2x6
2x M3x6
Wooden FlatBed
145
8x M2x6
4x M2x10
Wooden FlatBed
146
7x M2x6
Wooden FlatBed
147
6x M2x6
6x M2x6
Wooden FlatBed
148
4x M2x12
Install Wooden FlatBed
149
Slide-in the Flat bed on the chassis.
Model of the Engine
In this procedure you will assemble the Model of the Engine.
Non-printed parts:
150
Engine – Radiator
151
If you will print the part “Engine – Radiator” from the .stl file instead of printing from provided gcode, please use following slicer setup:
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
Model of the Engine
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1x M2x6
2x M3x6
1x M2x16
2x M2x6
1x M3x6
Finished model
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Bamboo 4x4 Pickup – general tips
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