Files (19)

1x_arduino_anchor_v002.STL

STL

12.4 KB

1x_back_axis_holder_v002.STL

STL

105.6 KB

1x_wheel_gear.STL

STL

47.1 KB

1x_battery_shield.STL

STL

92.7 KB

1x_front_shield_v002.STL

STL

226.6 KB

1x_left_windows_v003.STL

STL

94.5 KB

1x_rear_bumper_v001.STL

STL

62.4 KB

1x_right_windows_v003.STL

STL

94.7 KB

1x_base_v002.STL

STL

435.7 KB

1x_Front_Bumper_v001.STL

STL

65.0 KB

1x_wind_shield_v003.STL

STL

47.3 KB

2x_front_wheel_internal_connector_1.STL

STL

35.2 KB

2x_front_wheel_holder_2.STL

STL

94.6 KB

1x_rear_windows_v003.STL

STL

35.6 KB

1x_grille_v002.STL

STL

175.7 KB

2x_wheel_body.STL

STL

443.1 KB

1x_body_001.STL

STL

498.2 KB

2x_back_wheel_body.STL

STL

495.2 KB

4x_wheel_tire.STL

STL

325.5 KB

Print guidance estimate

Uses saved filament metadata

Print cost & setup estimate

Setup guidance plus saved or slicer-confirmed filament, cost, and time. Model file size is never treated as printable volume.

19 model files

Recommended kit

50g

Based on 25% main infill across listed model files

Material cost

$1.20

Filament only at roughly $24/kg PETG / ASA

Print time

2.0h saved / 1.4h–2.4h estimate

Uses 70 mm/s, 0.2 mm layers; verify supports in slicer

STL file	Role	Source size	PETG / ASA 20%	PETG / ASA 25%	100% solid	Recommendation
1x_arduino_anchor_v002.STL	Accessory piece	12.4 KB STL	Slice file	Slice file	Slice file	Small functional file: print slowly; consider 80–100% infill for durability.
1x_back_axis_holder_v002.STL	Mount / bracket	105.6 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
1x_wheel_gear.STL	Printable file	47.1 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
1x_battery_shield.STL	Printable file	92.7 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
1x_front_shield_v002.STL	Printable file	226.6 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
1x_left_windows_v003.STL	Choose left variant	94.5 KB STL	Slice file	Slice file	Slice file	Use PETG / ASA, 4 walls, 25% infill. Pick the matching side before printing.
1x_rear_bumper_v001.STL	Printable file	62.4 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
1x_right_windows_v003.STL	Choose right variant	94.7 KB STL	Slice file	Slice file	Slice file	Use PETG / ASA, 4 walls, 25% infill. Pick the matching side before printing.
1x_base_v002.STL	Printable file	435.7 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
1x_Front_Bumper_v001.STL	Printable file	65.0 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
1x_wind_shield_v003.STL	Printable file	47.3 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
2x_front_wheel_internal_connector_1.STL	Printable file	35.2 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
2x_front_wheel_holder_2.STL	Mount / bracket	94.6 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
1x_rear_windows_v003.STL	Printable file	35.6 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
1x_grille_v002.STL	Printable file	175.7 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
2x_wheel_body.STL	Printable file	443.1 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
1x_body_001.STL	Printable file	498.2 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
2x_back_wheel_body.STL	Printable file	495.2 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports
4x_wheel_tire.STL	Printable file	325.5 KB STL	Slice file	Slice file	Slice file	Ensure proper orientation in the slicer to minimize supports

Saved setup guidance is used for material, infill, support, and per-file recommendation text; editable numbers are planning estimates only.

Exterior

Chevrolet Suburban

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Shared by

Michael Chen

Verified

Description

This is RC model of chevrolet suburban. It's designed to be powered by 9V battery and uses Arduino nano + RC module to receive control signal. Source code and list of required parts can be found here https://github.com/stanislau-arkhipenka/rc-car