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#racing

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Vista de Cono señalizador para circuitos de radiocontrol

RC & MecánicaFree

Marker cone for radio-controlled circuits

Small cone designed to delimit RC racing tracks. It can be used to mark curves, passing points, or driving exercises in a practice area. The source does not establish a fixed scale, so the size must be chosen according to the vehicle and the visibility required on the circuit. Preparation, compatibility, and printing Check that the base remains flat and that the tip details are reproduced in the laminator. If you change the scale, check the wall thickness and the stability of the cone. To prepare several units, leave sufficient spacing between pieces and verify the first layer. No material, layer, or infill have been documented; this is not for real road signage.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaFree

P9 Rigger RC Boat

A model of a P9 Rigger (Outrigger) Racing Boat. The design features a front compartment intended to keep air in and water out. Testing with a 4-cell 4000Ma battery showed the model remains buoyant even when filled with water, with the outrigger and the first 6 inches of the nose staying above the waterline. Purpose: This model is designed for RC racing as a P9 Rigger (Outrigger) boat. Practical Uses: Radio-controlled racing and watercraft hobbyist use. Included Parts: - AFT_Body_Rigger_REV-D_1of3.stl - Mid_Body_Rigger_REV-D_2of3.stl - FWD_Body_Rigger_REV-D_3of3.stl - AFT_Body_Rigger_REV-D_1of2.stl - FWD_Body_Rigger_REV-D_2of2.stl - 6-Cell_AFT_Body_Rigger_REV-D_2of2.stl - 6-Cell_FWD_Body_Rigger_REV-D_1of2.stl - P-9_Rigger_Full_OutRigger.stl - P-9_AFT_OutRigger.stl - P-9_FWD_OutRigger.stl - P9_AFT_Outrigger_Rec-C_1of3.stl - P9_MID_Outrigger_Rec-C_2of3.stl - P9_FWD_Outrigger_Rec-C_3of3.stl - P9 Rigger Aft Floor.stl - P9_Rigger Servo_Bracket_Ver-2.stl - P9_Rigger_Shaft_Support_16MM.stl - P9_Rigger_Shaft_Support_19MM.stl - P9_Rigger_Shaft_Support_21MM.stl - P9_Rigger_Drive_Tube_Upper_Mount.stl - P9_Rigger_Full_Canopy.stl - P9_Rigger_Templet_1_Turn_Fin.stl - P9_Rigger_Templet_2_Turn_Fin.stl - Outrigger_Lock_Collar.stl - P9_Rigger_Motor_Mount.stl - P9_Canopy_Holdown.stl - P9_Rigger_FWD_Canopy_1 of 2.stl - P9_Rigger_AFT_Canopy_2 of 2.stl - P9_Rear_Hatch_Holdown.stl - P9_Rigger_Flat_Rear_Hatch.stl - P9_Rear_Hatch.stl Printing and Assembly Guidance: - The 6-cell body must be printed using PETG or a similar strong filament. - Print settings: 1.2mm resolution, 20% infill for the main body and outriggers, and use supports. No rafts are required. - Assemble the boat using medium or thick CA glue. - The body and canopy include 2mm alignment holes to assist with assembly. - The design is intended to use carbon fiber, piano wire, or wood as a dowel. - The 3-piece outrigger is designed to use 100mm x 5mm carbon fiber rods for strength. - The boat is designed to take 7.8mm arrows cut down to 533mm (21"). - Turn fin templates are provided for fabricating a fin from 0.8mm aluminum or metal.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaFree

RC car Rear Wing with holder

Purpose This model is an RC car rear wing designed for an RC car challenge. The design draws inspiration from both standard automotive wings and Formula 1 aerodynamics. Practical Uses The assembly serves as a rear wing component for RC racing vehicles. The author notes the design is thick enough to accommodate M3 screws on the wing adapter and M4 screws on the bottom. Included Parts The digital files include: - Rear Wing v2.1 v4.stl - Wing holder v2.stl - Wing adapter.stl - Pre-sliced Gcode files for Prusa i3 MK3 S+ (PLA material) Printing and Assembly Guidance The author reported successful printing results using a Prusa i3 MK3 S+ printer. Assembly requires M3 screws for the wing adapter and M4 screws for the bottom mounting.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaFree

Linking Racing Barriers

Linking Racing Barriers Purpose This model is designed to serve as a 2-inch high barrier for RC cars or scale models. The design is modeled after the blue and white barriers found at the BMW Performance Center. Practical Uses These barriers can be used as obstacles or course boundaries for RC drifting, racing, or avoidance training. Because the print file includes a cylinder, multiple barrier pieces can be linked together to create longer walls or enclosed track sections. Included Parts * Barrier segments * Linking cylinder Printing and Assembly Guidance The author provides a cylinder within the print file specifically to facilitate the linking of multiple barrier pieces together.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaFree

ZD Racing Pirates 2 Gearbox

ZD Racing Pirates 2 Gearbox Purpose This model is a replacement or upgrade gearbox designed specifically for the ZD Racing Pirates 2. Its primary function is to provide a 4:1 speed reduction. Practical Uses This component is intended for use in RC racing applications where a reduction in speed via a 4:1 ratio is required for the vehicle's drivetrain. Included Parts The model consists of the following files: - top.stl - g1.stl - g2.stl The author specifies that the assembly requires 4x bearings with dimensions 4x9x4. Printing and Assembly Guidance Assembly requires the integration of the provided STL files and the installation of four 4x9x4 bearings as noted by the author.

Technology: Sin probar
material: —
Difficulty: Sin especificar