2 speed planetary gearbox 3d models

For this customization, the options chosen were height_output_mount = 16, stepper_motor = 0, radius_ring_back = 4, helix_angle = 0, height_motor_pedestal = 13, final_ratio = 6, case_screws = 4, render_part = 5, ring_diameter = 60, and...

For instructions, use these settings: render_part = 10, radius_ring_back = 8, helix_angle = 30, height_motor_pedestal = 13, final_ratio = 6, height_output_mount = 16, stepper_motor = 0, planetary_face_width = 12, ring_diameter = 120, and case_screws...

Please follow these instructions and choose from the options provided below to customize your print further: - Case screws: 4 - Radius ring back: 4 - Stepper motor: 0 - Helix angle: 30 - Ring diameter: 60 - Height of motor pedestal: 13 - Final ratio:...

To create your own version, select the following options: case screws = 4; stepper motor = 0; render part = 7; final ratio = 6; height output mount = 16; height motor pedestal = 13; radius ring back = 4; ring diameter = 60; helix angle = 0; planetary...

Key specifications include a final ratio of 6.55, ring diameter of 60, planetary face width of 10, height motor pedestal of 13, and render part 3. ...Other features are a radius ring back of 4, 4 case screws, helix angle of 30, stepper motor use, and an...

The specifications used in the creation process include a 16mm height output mount, rendering of part 6, a helix angle of 0, a 13mm height motor pedestal, no stepper motor, a final ratio of 6, a planetary face width of 10mm, 4 case screws, a ring...

For personalization, adjust the following parameters: final_ratio (6.55), ring diameter (60 mm), planetary face width (10 mm), height of motor pedestal (13 mm), render part (9), radius of ring back (4 mm), number of case screws (4), helix angle (30...

The specifications used for customization include a ring back radius of 4, no stepper motor, a ring diameter of 60, four case screws, a helix angle of 30 degrees, a pedestal height of 13 units, rendering of the part, a final ratio of 6, an output...

I only modified the terminal output gear in this remix of a very cool system of planetary gears made by JB86. It was a fast print and resulted in excellent performance and small backlash, although not entirely quiet while operating. ...I plan to make...

For this specific model, the following options were used: one stepper motor, a ring diameter of 60mm, a pedestal height of 13mm, a helix angle of 30 degrees, four case screws, a planetary face width of 10mm, rendering of part 7, an output mount...

For your specifications, the height output mount is 16, helix angle is set at 30 degrees, rendering only the main part with stepper motor disabled, final ratio of 6, height motor pedestal is 13, planetary face width is 10, case screws amount to 4,...

The following specifications were applied during customization: helix angle of 30 degrees, 4 case screws, output mount height of 16, planetary face width of 10, pedestal height for motor at 13, stepper motor disabled, final ratio of 6.55, render part...

Specific customization options include a planetary face width of 10, a height for the motor pedestal of 13, a final ratio of 5.45, use of 4 case screws, incorporation of a stepper motor, a helix angle of 30 degrees, rendering of the part, a ring back...

The specifications used for this customization include a 16mm height output mount, no stepper motor, a 4mm radius ring back, a 0-degree helix angle, a 13mm height motor pedestal, a final ratio of 6, four case screws, an 8mm render part, and a ring...

To create this unique version, specific options were selected including rendering two parts, adding four case screws, a ring diameter of 60mm, a height of 13mm for the motor pedestal, a planetary face width of 10mm, a helix angle of 30 degrees, a...

To set specific parameters for your design, use render_part=5, case_screws=4, ring_diameter=77, height_motor_pedestal=13, planetary_face_width=10, helix_angle=30, height_output_mount=16, radius_ring_back=7, stepper_motor=1, and final_ratio=6.55 for...

To modify this design, you can use the following options: render_part = 5, case_screws = 4, ring_diameter = 60, height_motor_pedestal = 13, planetary_face_width = 10, helix_angle = 30, height_output_mount = 16, radius_ring_back = 4, stepper_motor =...

... of 30 degrees, a radius ring back of 4, no stepper motor, an 80mm ring diameter, a 40mm height for the motor pedestal, a final ratio of 6, rendering of the part, and a 50mm height output mount. Additionally, the planetary face width is set at 13mm.

Here are the specifications used for customization: helix angle of 30 degrees, 4 case screws, output mount height of 16, planetary face width of 10, motor pedestal height of 13, stepper motor set to zero, final ratio of 6.55, render part set at 7, a...

To create this design, parameters such as helix angle set to 30 degrees, 4 case screws, 16mm height for output mount, 10mm planetary face width, 13mm motor pedestal height, stepper motor disabled (set to 0), final drive ratio of 6.55, rendering of...

The specifications used during the customization process include a final ratio of 6.55, four case screws, an output mount height of 16, a ring diameter of 60, a planetary face width of 10, a motor pedestal height of 13, a helix angle of 30, and a...

The specifications used in creating this customized model include 4 case screws, a radius ring back of 4, 0 stepper motor, a helix angle of 30 degrees, a ring diameter of 60, a height for the motor pedestal of 13, a final ratio of 6.55, render part...

The specifications used for this design include a final ratio of 6.55, a ring diameter of 60, a planetary face width of 10, a height of motor pedestal of 13, rendering of part 1, a radius of ring back of 4, use of 4 case screws, a helix angle of 30,...

The following options were chosen for this specific design: height_output_mount set to 16, stepper_motor set to 0, radius_ring_back at 4, helix_angle at 0, height_motor_pedestal set to 13, final_ratio at 6, case_screws at 4, render_part at 4,...

To do so, you need to input specific options like stepper_motor = 1, radius_ring_back = 10, final_ratio = 5.45, helix_angle = 30, height_output_mount = 16, case_screws = 4, ring_diameter = 60, planetary_face_width = 10, and height_motor_pedestal =...

The specifications used for this personalized version include a ring back radius of 4, rendering of part number 4, a helix angle of 30 degrees, no stepper motor, a final ratio of 6.55, an output mount height of 16, a pedestal height of 13 for the...

To print this item, simply follow these steps: set height_output_mount to 16, set helix_angle to 0, use 4 case screws, a ring diameter of 60, set height_motor_pedestal to 13, radius_ring_back to 4, planetary_face_width to 10, disable stepper_motor,...

The specifications used for this customization include a helix angle of 30, four case screws, an output mount height of 16, a planetary face width of 10, a motor pedestal height of 13, a stepper motor of 0, a final ratio of 6.55, a render part of 5,...

The specifications for this personalized item include a render part of 4, 4 case screws, ring diameter of 60mm, 13mm height for the motor pedestal, 10mm width for planetary face, a helix angle of 30 degrees, 16mm height for output mount, 4mm radius...

You need to print the following parts: * Abdeckung spiegel.stl - 1 * Abdeckung.stl - 1 * Hohlrad.stl - 2 * Klemme spiegel.stl - 1 * Klemme.stl - 1 * Planetenrad (13 teeth).stl - 6 * Planetenrad Halter Aussen.stl - 2 * Planetenrad Halter.stl - 2 *...