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#robotics

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Vista de DJI Mini 4 Pro: modelo de referencia para diseñar accesorios

DJI Mini 4 Pro: reference model for designing accessories

Digital model of the DJI Mini 4 Pro intended as a reference for preparing accessories. It allows for studying the drone's shape and planning mounts or housings in a design program. The download does not constitute a functional drone or a flight kit: printing its silhouette does not reproduce motors, electronics, or mechanisms. The source does not provide tolerances that allow the mesh to be used as a certified dimensional pattern. Preparation, compatibility, and printing Import the file while maintaining its scale and compare the contact areas with the actual drone before designing a final part. For a fit test, print only the necessary region when your software allows it. Do not assume that a part designed around this reference will leave sensors, ventilation, or joints clear. There is no documented print profile.

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Vista de DJI Mavic 3 Pro: referencia 3D para accesorios

DJI Mavic 3 Pro: 3D reference for accessories

Purpose These models are digital representations of the DJI Mavic 3 Pro, converted from official .glb files to .stl format by the author. Practical Uses The models can be used for creating accessories or for 3D printing. The author notes that these printed models are not intended for flight. Included Parts - mavic3pro-unfolded.stl - mavic3pro-folded.stl Assembly Guidance A tutorial is provided by the author at https://vimeo.com/775340586.

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Vista de Protector de esquinas traseras para Arrma Senton

Rear corner protector for Arrma Senton

Accessory designed to cover the rear corners of an Arrma Senton body. The source presents it as a protector for those areas; the download corresponds to the printable part and not to a complete body. It does not specify the Senton version, the mounting method, or impact resistance tests. Preparation, compatibility, and printing Compare the part's outline with the corners of your body and check the clearance relative to the wheels and suspension. Before preparing the final print, check the support faces and potential overhangs in the slicer. The material and orientation must be chosen based on the desired fit and flexibility; there are no documented print settings that can be copied as a validated profile.

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Vista de Carcasa tubular para variador de coche RC de drift 1:10

Tubular housing for 1:10 scale RC drift car ESC

Tubular housing designed for an electronic speed controller (ESC) of a 1:10 scale drift car. The author uses PETG and clarifies that the piece shown in their photograph has been polished. They do not identify the specific ESC model nor do they provide information regarding universal compatibility, a degree of waterproofing, or a cooling function. Preparation, compatibility, and printing Compare the internal dimensions with your ESC and reserve space for connectors and cables. Also, check that the housing does not obstruct the necessary ventilation for the equipment. Polishing is a post-processing finish, not an automatic property of the print. The source does not specify layer height, infill, or orientation; prepare a fit test before installing the electronics.

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Sin probar
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PETG
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Vista de Rueda TurboFun para drift RC a escala 1:10

TurboFun Wheel for 1:10 scale RC drifting

TurboFun Wheel identified by the source for 1:10 scale drift modeling. The available documentation is limited to the design name and its usage tag; it does not confirm hex diameter, offset, width, or compatible tires. These measurements must be obtained from the file and compared with the car before printing. Preparation, compatibility and printing Maintain the original scale during the first check. Check the center hub, the axle pitch, and the clearance from the suspension arms. Sharing a 1:10 scale does not guarantee compatibility between wheels and vehicles. No material, infill, or strength testing data is available; treat the first print as a dimensional check.

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3D

FPV micro-drone project with ESP32-C3 SuperMini

Files from an FPV micro-drone project identified by its author using the ESP32-C3 SuperMini board. The preserved download contains two STLs: Drone_Frame.stl and ToroidalProp.stl. The names identify a frame and a toroidal propeller; they do not confirm on their own the dimensions, component compatibility, or whether the assembly is flight-capable. The original page is not available as of the check on September 24, 2026. Authorship, provenance, and imported files are preserved. There are no assembly instructions, firmware, or verifiable parts lists in the file. Before printing, open both files separately and check scale, walls, housings, and clearances. Do not select motors, batteries, or cameras based solely on the project title. The propeller requires specific balancing and validation before any testing; this sheet does not certify its performance nor does it replace the motor manufacturer's instructions.

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Vista de Patín de techo para Hobby Plus CR18P Evo Pro

Roof skid for Hobby Plus CR18P Evo Pro

Skid designed to be placed on the roof of the Hobby Plus CR18P Evo Pro. It is a specific body accessory intended for the upper area of the crawler. The source does not detail the fastening method nor certify structural protection or rollover resistance; its nominal compatibility does not replace verification with the actual body. Preparation, compatibility, and printing Place the model on the roof and check supports, holes, and clearances before printing the final version. Pay attention to thin areas that could be damaged when removing supports. No material, layer, or infill are documented. Choose the finish and orientation according to the geometry, without altering the mounting points to fit them by pressure.

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Vista de Caja de herramientas de escala para plataforma de crawler RC

Scale toolbox for RC crawler platform

Purpose This model is a toolbox designed for use with a 1/10 scale RC crawler featuring a flatbed. The author notes it can be adapted for other scales, such as 1/18 scale, by scaling the model down to 50% in a slicer. Practical Uses The toolbox serves as a storage container for RC crawler accessories. Without the lid, the dimensions are 144mm long, 54mm wide, and 33mm tall; with the lid, the total height is 36mm. Included Parts - rc tool box with lid.stl - rc toolbox lid.stl - rc tool box .stl

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Vista de Caja de carga para Redcat Everest Gen7 a escala 1:10

Cargo box for Redcat Everest Gen7 1:10 scale

This model is a 1/10 scale RC crawler bed designed for the Redcat Everest Gen7. The author states these are extra flex beds created for use with a custom suspension kit they developed for the vehicle. Included files: - 110 crawler bed ultra flex w sides.stl - 10 crawler bed ultra flex w sides.stl - 10th crawler bed w sides.stl - 10th crawler bed extra flex.stl - 10th crawler bed.stl - 10 crawler bed mount R.stl - 10 crawler bed mount front.stl

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Vista de Jaula y portaequipajes para caja de crawler RC

Cage and luggage rack for RC crawler box

This model is an RC crawler bed cage and roof rack designed for scale or competition crawlers. While the author specifically designed this for the SCX24, it can be scaled to any size using a slicer. Practical uses include adding a bed cage or roof rack modification to a crawler vehicle. Included parts: crawler bed cage.stl Printing guidance: Print this model with supports.

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Vista de Cono señalizador para circuitos de radiocontrol

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.

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Vista de Far Star30: proyecto de microdron FPV

Far Star30: FPV micro-drone project

Far Star30 FPV micro-drone project. The original description mentions a 18650 battery, 1202.5 size motors, a BetaFPV Matrix 1S AIO controller, and a DJI O4 Wide system. The motor figure is written as "11000kw" and the weight is incomplete; these data points are not reinterpreted as confirmed specifications. The long-range designation also does not certify autonomy or flight distance. Preparation, compatibility, and printing Identify the parts of the download and cross-reference the electrical and mechanical compatibility with the documentation of each component. Do not purchase motors or batteries based on the ambiguous figure from the source. A print profile, final weight, and complete assembly list are missing; the sheet must be treated as a project pending validation. Content and design origin The Meshopia download retains farStarWide14.stl and mountCanopy.stl. The author's page identifies the project as an adaptation of the Drone Mini 1S R1 Frame design from MakerWorld. It describes changes in the controller installation and in the mounting of a BetaFPV Meteor 75 Pro 2 canopy. This is a statement by the author, not a fit check performed by Meshopia. The source remains incomplete regarding weight and does not clarify the motor figure.

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Vista de Protector de cables de motor para dron FPV

Motor cable protector for FPV drone

Part intended to cover the motor cables of an FPV drone along their path over the chassis arm. The source describes this function, but does not identify a compatible frame nor specify length, width, or fastening system. It is not presented as a universal protector nor as certified electrical insulation. Preparation, compatibility and printing Compare the part's channel with the cable bundle and the width of the arm. Check that the fastening does not compress conductors, rub against solder joints, or intrude into the path of the propellers. Prepare a fit test with the equipment turned off. No material or print profile is documented; flexibility and retention must be verified during actual assembly.

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Vista de Placa de batería de fondo plano para Tamiya Monster Beetle 2015

Flat-bottom battery plate for Tamiya Monster Beetle 2015

Side closure plate for the Tamiya Monster Beetle battery housing, 2015 re-edition. The author replaced the ribbed inner face with a flat surface to accommodate their battery, which was about 4 mm longer than the space available with the original plates. This measurement describes their specific case and does not guarantee an identical expansion in other units. Preparation, compatibility, and printing The source suggests PETG or PLA and considers increasing the infill to 100% around the holes. Check the length and width of your battery before printing and ensure that the plate or screws do not press against the casing. Check the closure and cable routing with the equipment turned off; do not force a battery that is still too large.

Technology
Sin probar
material
PETG, PLA
Difficulty
Sin especificar
Vista de Extensor de postes de carrocería para Corally Syncro RC

Body post extender for Corally Syncro RC

Purpose: This model extends the body post of an RC car. It is intended to resolve issues where certain bodies no longer fit the chassis posts due to the increased space required by larger batteries or cables. Practical Uses: The author specifically designed this for the Corally Syncro 4 to accommodate 2x hard case LiPo batteries, though they note it may fit other RC cars as well. Included Parts: - Team Corally Syncro4 Body Post Raiser.stl

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Vista de Tapón de escape para motor DLE de 120 cc

Exhaust plug for 120 cc DLE engine

This model is a stopper designed for DLE 120cc gasoline engine exhausts. Practical uses include sealing or plugging the exhaust of a DLE 120cc motor. Included parts: stoper para mofle de DLE 120 1H 8 Gr.stl Printing guidance: The author reports printing this part in TPU with 10% infill.

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material
TPU
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Vista de Base para arrancador H9 de aeromodelismo

H9 model airplane starter base

Base for placing an H9 starter next to its battery. The preserved documentation mentions a three-cell 2200 mAh LiPo battery in the summary, but mentions two cells in the description. Neither of these electrical configurations is confirmed here: the allowable voltage must be obtained from the actual starter and its documentation. Preparation, compatibility, and printing Measure the starter housing and the slot intended for the battery. The base is a mechanical part; it does not adapt voltages or provide electrical protection for the assembly. Check that the fastening does not press against the battery and leaves the cables free. The source does not specify a print profile; first prepare a dimensional test of the housings.

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Vista de Soporte mural para coche RC WLtoys 12428

Wall mount for WLtoys 12428 RC car

Purpose This object is a wall hanger designed for the WLtoys 12428 RC car. Practical Uses It is intended to be used as a mounting solution to hang the vehicle on a wall. Included Parts - supportMuralWLToys.stl Note: The author states this object was created in Tinkercad.

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Vista de Soporte de luces MEUS para Traxxas UDR

MEUS light bracket for Traxxas UDR

Purpose: This model is designed for mounting MEUS Racing RC LED Lights onto a Traxxas UDR. Practical uses: It serves as a light bracket for RC vehicle lighting setups. Included parts: - UDR Baja Designs Light Mount.stl Printing/assembly guidance: The author suggests printing in PETG for durability and heat resistance. It is recommended to use 100% infill to ensure durability.

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Sin probar
material
PETG
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Sin especificar
Vista de Soporte de batería sobre el eje delantero para crawler Hornet

Battery mount on the front axle for Hornet crawler

Mount to place the battery on the front axle of the competition-style Hornet crawler based on CyberBrick. The author indicates that it requires their modified axle, which they call the "wild axle" in the description. It should not be assumed compatible with the standard axle without comparing the parts. Changing the battery position modifies the weight distribution, but does not guarantee a performance improvement on every build. Preparation, compatibility, and printing First identify the axle associated with the design and check the mount's anchor points. Verify steering clearance, articulation, and cables throughout the full range of motion. The housing must hold the battery without compressing it. Battery dimensions, material, and print profile are not specified; those decisions require checking the actual assembly.

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Vista de Soporte de servo con alojamiento para conector

Servo bracket with connector housing

Mount for a servomotor that incorporates a zone intended for a female servo cable connector. The design aims to house the servo and organize the cable output. The source does not identify a specific servo model or its dimensions, so compatibility must be verified in the file and with the physical component. Preparation, compatibility, and printing The hardware is described as "832" and "832 × 1 3/4"; this notation needs confirmation before purchasing or forcing screws into the part. Compare the position of the lugs and the cable path, and ensure the connector remains accessible. No material or profile is documented. Perform a fit test without powering the servo and keep the arm's range of motion clear.

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Vista de Adaptador de antena SMA para RadioMaster TX15

SMA antenna adapter for RadioMaster TX15

Mechanical adapter to mount an SMA antenna instead of the original antenna on a RadioMaster TX15 transmitter. The part solves the physical mounting; it does not convert electrical connectors nor determine which antenna is suitable for the transmitter's frequency and configuration. Preparation, compatibility, and printing Check the exact connector type, its fastening, and the available space before printing. Do not confuse SMA with physically similar variants. Ensure the mount does not strain the coaxial cable or interfere with controls and the casing. The source does not provide material, layer height, or hardware. Follow the transmitter's instructions for any intervention and do not use it with an incompatible antenna.

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Vista de Hexágonos de rueda V2 para crawler Hornet CyberBrick

Wheel Hexagons V2 for Hornet CyberBrick crawler

Second version of the wheel hexagon adapters for the Hornet crawler based on CyberBrick. The author indicates that four M8 nuts are required for the assembly. The download contains the printed parts and does not include that hardware. Not all compatible axle or rim measurements are specified in the text. Preparation, compatibility, and printing Check the Hornet variant, the nut housing, and the rim fit before printing. Avoid deforming the housing when inserting the nuts and verify that the wheels rotate without rubbing. No material, layer, or infill are documented. After assembly, check retention, clearance, and concentricity before using the vehicle.

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Vista de Ruedas grandes para crawler Hornet CyberBrick

Large wheels for Hornet CyberBrick crawler

Alternative wheels for the CyberBrick-based Hornet crawler, proposed by its author to use different tires. The source does not specify inner diameters, widths, or tire references. The title "large wheels" is descriptive and does not replace a measurement comparison. Preparation, compatibility, and printing Measure the tire seat, the axle, and the clearance from the suspension and bodywork. A larger wheel modifies the available space and may require other parts of the assembly. Maintain the original scale during checking and do not scale to adjust only one diameter without checking the rest. No material or print profile is documented.

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Vista de Eje ancho para crawler Hornet compatible con motores N30

Wide axle for Hornet crawler compatible with N30 motors

This model is a wide axle designed for the Hornet, a competition-style CyberBrick crawler. According to the author, this component makes the vehicle compatible with larger N30 motors. Practical uses include upgrading the Hornet crawler to accommodate different motor sizes. Included files: - wide swingarm 2X.stl - the wide top part of the axle 2X.stl - the wide bottom part of the axle 2X.stl

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Vista de Anclaje de tirantes para crawler Hornet CyberBrick

Suspension link mounts for Hornet CyberBrick crawler

Anchor pieces for the suspension rods of the Hornet crawler based on CyberBrick. The author refers to them as "STRONG," but the available documentation does not provide tests to quantify an improvement in strength. They are presented as a mounting variant, not as a certified reinforcement. Preparation, compatibility, and printing Identify the position of each piece and compare holes and supports with the chassis. Check that the ball joints or rods travel through their full angle without touching the anchors. Layer orientation must be studied based on the stresses of the assembly. No material or infill percentage is documented; first validate fit and movement in a static state.

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Vista de Submarino tipo XXI: modelo para proyecto de conversión RC

Type XXI submarine: model for RC conversion project

Type XXI submarine model whose source proposes printing the interior hollow and making modifications to convert it into an RC. This is a base for a naval modeling project, not a complete or dive-ready remote-controlled submarine. No waterproofing, ballast, propulsion, diving mechanisms, or electronics are documented. Preparation, compatibility, and printing Study the file before deciding how to split or hollow it. A printed hull does not guarantee water-tightness, and any transformation must be developed as a separate project. Keep copies of the originals and first define how to access the interior and check joints. No materials or printing settings are documented; no inferred ballast or depth values are added.

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Vista de Soporte de motorreductor N20 con fijaciones de 3 mm

N20 gear motor mount with 3 mm fastenings

Purpose This is a mounting bracket designed to hold N20 DC gear motors securely. The motor slides into the holder for placement. Practical Uses The author states this bracket is suitable for DIY robotics, RC cars, small rovers, and other electronics projects. Included Parts - motor holder.step - motor holder.stl Assembly Guidance The bracket can be attached to a chassis or other surface using 3 mm screws through two integrated mounting holes.

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Vista de Terminal de amortiguador para Arrma Mojave Grom · ARA-1495

Shock absorber end for Arrma Mojave Grom · ARA-1495

This model is a replacement rod end for the Arrma Mojave Grom shock absorber. The author created this part as a temporary solution because the original part was unavailable. Practical uses include serving as a quick fix for a broken shock absorber rod end. The author notes that this model is not as high quality as the original part, which is identified by part number ARA-1495. Included files: M2,5 Kugelauge.stl

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Vista de Hélice bidireccional experimental de 3 pulgadas para dron

Experimental 3-inch bidirectional propeller for drone

Experimental 3-inch propeller developed as part of an academic project on a drone capable of rolling inside a cage. It uses toroidal-shaped blades and a symmetrical profile to study thrust in both directions. The source includes comparisons and test graphs, but those results do not certify a copy manufactured with another printer, material, or process. Preparation, compatibility, and printing The author describes 0.12 mm layers, supports, and an adhesion edge when printing several units. It expressly warns of the risk of breakage at high revolutions; its published limit should not be interpreted as a guaranteed safe speed. It is not a commercial replacement of universal application. Before attempting any test, consult the documentation and original graphs and use an appropriate protected test bench.

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Vista de Carcasa Flywoo O4 adaptada para cámara CO3

Flywoo O4 housing adapted for CO3 camera

Housing modified from the Flywoo O4 design to house a CO3 camera. The source indicates a 25.4 × 25.4 mm mounting pattern and mentions M2 screws and threaded inserts. The modification adds material around the camera; the author's claims regarding impacts or vibrations do not equate to protection tested by Meshopia. Preparation, compatibility, and printing The author recommends TPU with supports. Check the removal of those supports and the lens clearance before slicing. Verify the exact camera, the connectors, and the clamp closure without tightening the equipment housing. The length of all screws and a confirmed final weight are not provided; measure the assembly before installing it.

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Sin probar
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TPU
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Vista de Soporte GoPro y GPS Mini M10 para Manta 5 SE DC

GoPro and GPS Mini M10 Mount for Manta 5 SE DC

Purpose This mount is designed for the Manta 5 SE DC frame to combine a GoPro mount and a dedicated Mini M10 GPS holder into a single lightweight component. Practical Uses The GPS compartment is sized for the Mini M10 GPS module to provide a press-fit, securing the GPS in place for a compact setup without requiring foam or zip ties. Included Parts - MANTA-5-SE-DC_M10_Mini_GPS_Unit.stl

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Vista de Extensor de stick para mando 8BitDo y simulación de drones

Stick extender for 8BitDo controller and drone simulation

Stick extender identified in the title for an 8BitDo controller and drone control. The source does not specify the exact model of the controller or its coupling measurements. It should be understood as a mechanical accessory for the stick, without attributing communication functions or electronic compatibility. Preparation, compatibility, and printing The author requests the use of supports, but does not provide material or other parameters. Check the housing with your controller and ensure that the piece allows for the full range of motion without touching the casing. Remove the supports without opening or deforming the hooks. Validate the fit before use and recalibrate the simulator if it changes your way of actuating the stick.

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Vista de Soporte de antena para bastidor HGLRC MY5

Antenna mount for HGLRC MY5 frame

Identified antenna mount for the HGLRC MY5 frame. The original description does not provide dimensions or a list of compatible antennas and connectors. The source tags mention various FPV systems, but these are not enough to ensure that all fit on the same part. Preparation, compatibility, and printing Compare the mounting points, housing diameter, and connector space with your frame. Check that the coaxial cable is not forced and that the antenna remains outside the path of the propellers. No material or print profile is documented. A fit test allows checking the retention before installing the electronics.

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Vista de Cubierta antipolvo para Traxxas Slash LCG 4WD

Dust cover for Traxxas Slash LCG 4WD

Cover for the electronics of the Traxxas Slash LCG 4WD that maintains access to the battery swap and the ESC operation. The source describes two variants depending on the position of the ESC button: one for the old 3355X, with visible capacitors, and another for the 3355R. It also offers two solutions for the front intake: a grille with filtering material or a solid piece which, according to the author, does not filter dust from the air. The rear fan is the original Velineon, oriented to exhaust air. Preparation, compatibility, and printing The documented assembly uses nine M3 × 6 screws for the grilles and another M10 × 6 for the connector cover; one M3 × 10 in the front, two M3 × 20 on the side, and four M3 × 10 with four self-locking nuts for the fan. The hinge uses a piece of 1.75 mm PETG filament. First select the ESC variant and check access, wiring, and ventilation. No waterproofing or a complete print profile is certified; keep the air inlets and outlets clear.

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Vista de Soporte de altavoz Visaton FRS 7 S para Tamiya Scania 770S

Visaton FRS 7 S Speaker Mount for Tamiya Scania 770S

Purpose This mount is designed to install a Visaton FRS 7 S wideband speaker into the roof module of a Tamiya Scania 770S RC model. The construction aims to provide a stable, vibration-reduced, and acoustically optimized mounting solution that integrates into the existing roof structure without altering the vehicle's exterior appearance. Practical Uses The mount allows for the installation of a speaker within the roof so that sound radiates downward into the cabin. It features a low-profile design to prevent collisions with the cabin interior and includes integrated cable management channels to route speaker wires cleanly. Included Parts - Lautsprecher Halterung Scania S770-RC.stl Printing and Assembly Guidance For FDM 3D printing, PETG or ABS is recommended for stability and temperature resistance, while a TPU-hybrid is listed as an alternative for vibration damping. It is suggested to use at least 30–40% infill for stiffness, with 100% infill for critical areas like the screw domes. A thin damping layer, such as a TPU ring or foam rubber, is intended to be placed between the speaker and the mount to minimize resonances.

Technology
Sin probar
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PETG, ABS
Difficulty
Sin especificar
Vista de Cubierta frontal personalizable para emisora RC

Customizable front cover for RC transmitter

Purpose This model serves as a front cover for DIY RC transmitter projects. It is intended as a starting point for hobbyists building custom radio controllers and can be modified to accommodate different electronics. Practical Uses The cover is designed for housing custom radio controllers that utilize dual joysticks, a display, an antenna, and various switches. It features dual joystick openings, a display cutout, an antenna mounting hole, and switch mounting positions. Included Parts - case 1 remote.stl - case 1 remote.step Printing and Assembly Guidance The author reports that the model is easy to print without the need for complex supports.

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Vista de Estuche sencillo para Beacon y joysticks HOVERAir X1 Pro/ProMax

Simple case for Beacon and joysticks for HOVERAir X1 Pro/ProMax

Identified carrying case or holder for the Beacon and the joysticks of the HOVERAir X1 Pro/ProMax. The source aims to keep these accessories together and facilitate their preparation. It does not document protection against impacts, water, or dust, nor does it claim to be suitable for transporting the complete drone. Preparation, compatibility, and printing Check which accessories fit into the housings and check their removal before printing. The fit must hold them without pressing buttons or connectors. No material, layer, or infill is documented. An initial test of the cavities will allow checking tolerances without assuming that all revisions of the accessories share the same dimensions.

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Vista de 28BYJ-48 Stepper Motor Modules

28BYJ-48 Stepper Motor Modules

28BYJ-48 Stepper Motor Modules Purpose This modular design is intended for the 28BYJ-48 stepper motor. It is designed to facilitate use in robotics and arts projects by providing a versatile framework for the motor. Practical Uses Due to its modular nature, the design allows for the creation of enclosures and easy attachments on the sides of the module. Users can customize the design to suit specific needs by scaling the height and width or by attaching various mounts. Included Parts - 28BYJ-48 Stepper Motor Modules (.stl) Printing and Assembly Guidance The author recommends using PETG for this design.

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Vista de Apex-Link ESP32 Universal RC Controller (Transmitter)

Apex-Link ESP32 Universal RC Controller (Transmitter)

Purpose The Apex-Link is a DIY remote controller designed for low-latency robotics and RC vehicle control, such as quad-spiders, hexapods, or racing rovers. It utilizes the ESP-NOW protocol for control without requiring a WiFi router. Practical Uses This transmitter provides dual-stick precision and real-time telemetry, including signal strength, battery percentage, and mode information via an LCD. It is intended for use as a bridge between a pilot and a machine. Included Parts - ESP32 Dev Board - 2 Analog Joysticks (X/Y axis with click buttons) - 16x2 LCD Display (I2C version recommended) - 1 Rotary Encoder - 1 SPST Toggle Switch - 2S 18650 Battery Pack (7.4V) - 1 DC-DC Buck Converter - 3D Printed Housing Included Files - controller_case_v1.stl - Controller_cover_v1.stl Printing and Assembly Guidance For the shell, use 3-4 perimeters to prevent joystick screw holes from stripping. The main body may require tree supports for the joystick cutouts. For wiring, using a small piece of protoboard is recommended to centralize the Ground and VCC rails for the LCD and joysticks.

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Vista de FRC Robot Handle

FRC Robot Handle

FRC Robot Handle Purpose This model is a handle designed for mounting to an Andymark AM14U5 KOP chassis. According to the author, a set of four handles can support a 100-pound robot, though they should be capable of handling up to 125 pounds. Practical Uses It is intended for use in FRC (FIRST Robotics Competition) applications to provide a grip point for maneuvering a robot chassis. Included Parts - Robot Handle (STL file) Printing and Assembly Guidance To print this model, use PLA material with a 15% infill density. The part should be oriented laying down on the print bed. No supports are required for printing. Assembly requires 10-32 1" long bolts for mounting to the chassis.

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Vista de FRC Camera Mount

FRC Camera Mount

Purpose This model is a camera mount designed for the Microsoft LifeCam HD-3000 to be used on an FRC robot. Practical Uses The mount allows the camera angle to be adjusted and then locked into a specific position. Included Parts - Camera Mount Plate.stl - Camera Mount Base.stl - Camera Mount Housing.stl Printing/Assembly Guidance The author notes that the model may need to be scaled up to provide sufficient clearance for mounting bolts.

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material
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Difficulty
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