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233 modelos etiquetados · Página 3 de 5

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Descubre modelos 3D etiquetados como rc y revisa sus datos de impresión, archivos y condiciones de uso antes de descargarlos.Buscar esta etiqueta en el catálogo →
Vista de Sand Weight Core for Mario Kart Live Tyres

Sand Weight Core for Mario Kart Live Tyres

Sand Weight Core for Mario Kart Live Tyres Purpose This model is a small, capped tube designed to add weight and durability to tire barriers. It is intended to be used inside a 4-tire-high stack of tires to prevent them from being too light or easily displaced during RC car crashes. Practical Uses It serves as a fillable core for Mario Kart Live or other RC car tire decorations. By filling the tube with a chosen material, the user can increase the mass of the tire stack. Included Parts - Tire Wall Core Tube.stl - Tire Wall Core Cap.stl Printing and Assembly Guidance According to the author, the tires should be printed normally and glued together. The core should be printed, filled with a chosen material, and then the cap should be glued on. Finally, the completed core is glued into the stack of tires. While the author used PLA, they state that any material will do.

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Vista de Front Ravine 25KG servo arm

Front Ravine 25KG servo arm

This model is a redesigned servo arm specifically for a 25kg servo upgrade on the FTX Ravine. Purpose The arm is designed to accommodate a 25kg servo located at the front of the Ravine. Because the servo has been flipped in this configuration, the arm is designed with a shorter profile to suit the specific orientation. Practical Uses To allow for a full range of motion, the arm is designed to stand off from the steering arm by a significant distance. This clearance helps prevent mechanical interference during steering maneuvers. Included Parts The files provided include: - ravine front steer arm.3mf - rev1.2.step Attribution: danchee

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Vista de RLAARLO OMNI-TERMINATOR Roof protection

RLAARLO OMNI-TERMINATOR Roof protection

This model is designed as roof protection specifically for the RLAARLO OMNI-TERMINATOR. Purpose The primary purpose of this component is to provide protective coverage for the roof section of the RLAARLO OMNI-TERMINATOR vehicle. Practical Uses This part is intended for use on the RLAARLO OMNI-TERMINATOR RC car to shield the upper chassis area from potential impacts or debris during operation. Included Parts The listing includes one STL file: RLAARLO OMNI-TERMINATOR Roof protection.stl. Printing and Assembly No specific printing or assembly guidance is provided in the source documentation.

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Vista de Robak 2 Body Spoiler

Robak 2 Body Spoiler

Robak 2 Body Spoiler Purpose This model is designed to add a spoiler to the Robak 2. The author notes that while it is intended to look cool, it probably does not affect handling. Practical Uses This part serves as an aesthetic upgrade for the Robak 2 RC car. Included Parts - spoiler.stl - spoiler guide.stl Printing and Assembly Guidance The author states the spoiler should be printable without the use of supports. To install the spoiler, use the included guide to drill holes, then secure the part in place using 4 M3 screws and nuts. For added support, the guide piece can be glued in place.

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Vista de Mini RC Car

Mini RC Car

Mini RC Auto Purpose This model is designed to be an easy-to-build remote-controlled vehicle. According to the author, it is intended to be a fun driving experience suitable for both indoor and outdoor use. Practical Uses This model is categorized for RC drifting and general driving activities in various environments. Included Parts The model files include the following components: - Chassis - Body (Karosserie 1 and Karosserie 2) - Motor (Motor 1 and Motor 2) - Motor holder (Motor halter) - Pinion gear (Ritzel Motor and Ritzel Achse) - Steering assembly (Lenkung, Lenkungs stanke, and Servo halter) - Wheels (Reifen and Felge) Printing and Assembly Guidance The source text indicates the model is easy to build, but no specific printing parameters or assembly instructions are provided.

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Vista de RC Jet Boat

RC Jet Boat

RC Jet Boat Purpose This model is a small, easy-to-print RC jet boat designed for hobbyists. The author has adapted all components to ensure compatibility with smaller 3D printers. Practical Uses It is intended for use as a remote-controlled watercraft. Due to its scaled design, it serves as an accessible project for those with limited printing bed space. Included Parts The model consists of the following STL files: - Rumpf vorne (Front hull) - Rumpf hinten (Rear hull) - Deckel vorne (Front lid) - Deckel hinten (Rear lid) - Schiffsschraube (Propeller) - Auslass (Outlet/Exhaust) - Lenkung (Steering mechanism)

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Vista de Adjustable case for Eachine TX02 / FPV camera

Adjustable case for Eachine TX02 / FPV camera

Adjustable case for Eachine TX02 / FPV camera Purpose This model is an adjustable case designed to protect the Eachine TX02 camera, including its circuit board and antenna. It is specifically intended for mounting on an RC car. Practical Uses To secure the camera's orientation within the housing, an M4 screw and nut are used. The entire assembly is attached to the RC car using double-sided tape. The case is secured at the front and rear sections using two cable ties. An additional cable tie can be applied around the base of the housing's antenna area for extra stability. Included Parts - Front.stl - Rear.stl - Base plate.stl - Caméra_Eachine_TX02.step

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Vista de Buggy Front Bumper FTX6254 / FTX Vantage 2.0

Buggy Front Bumper FTX6254 / FTX Vantage 2.0

Buggy Front Bumper FTX6254 / FTX Vantage 2.0 Purpose This model is a spare part designed for the front bumper of the FTX Vantage 2.0 RC car. It serves as a replacement component for the specific vehicle reference FTX6254. Practical Uses It is intended for use in RC car maintenance and repair, specifically to replace a damaged or worn front bumper on the FTX Vantage 2.0 model. Included Parts The download includes the following file: - Buggy Front Bumper FTX6254.stl Printing and Assembly Guidance The author recommends printing this part using ASA filament.

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Vista de RC F-16 Mini

RC F-16 Mini

Rc F-16 Mini Purpose The Rc F-16 Mini is a small-scale remote-controlled aircraft designed for operation in small to medium-sized spaces. It is powered by a 30mm Electric Ducted Fan (EDF). Practical Uses This model is intended for RC flight enthusiasts looking for a compact aircraft suitable for limited flying areas. Included Parts The model consists of the following STL files: - Fusealage.stl - Fusealge Cap.stl - Nose.stl - Back Cockpit.stl - Left Wing.stl - Right Wing.stl - Wing Accessory.stl - Air Intake.stl - Verticle Stabilizer.stl - Elevator.stl

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Vista de Sakura D5 replacement battery bracket

Sakura D5 replacement battery bracket

Sakura D5 replacement battery bracket Purpose This model is a replacement battery holder specifically designed for the Sakura D5. The author created this part to replace an original bracket that had broken. Practical Uses It is intended for use in RC drift applications to secure a battery with a length of 96mm within the Sakura D5 chassis. Included Parts The model is provided as a Sakura_D5_MR__battery_bracket.3mf file. Printing and Assembly Guidance No specific printing parameters or assembly instructions are provided in the source text.

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Vista de Serpent X20 shock tower brace rear

Serpent X20 shock tower brace rear

This model is a rear shock tower brace designed specifically for the Serpent X20. According to the author, the part provides a precise fit for the vehicle. Practical Uses This component is intended for use in RC car applications to reinforce the rear shock tower of a Serpent X20. Included Parts The model includes the following file: - serpent X20 suspension brase _Rear_ABS.3mf Printing and Assembly Guidance The author states that the part works well when printed with ABS or ASA. While it is compatible with other filaments, the author advises users to check nozzle and bead temperature and ensure the bed is leveled before beginning the print.

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Vista de RC Servo Clevis

RC Servo Clevis

RC SERVO CLEVIS Purpose This model is a clevis designed for use with a 1.2mm pin and push rod. It is intended for applications involving SG90 servos or control horns. Practical Uses This component is designed for RC plane assembly, specifically for connecting control surfaces via servo linkages. Included Parts - 1 x rc clevis 1.2mm.stl Printing and Assembly Guidance The author recommends using PETG as the printing material. For optimal results, use a layer height of 0.2mm. According to the author, printing time is approximately 4 minutes for one piece or 25 minutes for ten pieces. Attribution: tahlo

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Vista de 12mm by 5mm or 4mm wheel hex works on HBX 18858 and 18859

12mm by 5mm or 4mm wheel hex works on HBX 18858 and 18859

Purpose This model is a wheel hex designed for use with the HBX 18858 RC car. Practical Uses The part serves as a wheel hex for RC vehicle applications. The creator notes that while the dimension may be 4mm rather than 5mm, it functions on the HBX 18858. Included Parts - hex (1).stl Printing/Assembly Guidance Printing with 100% infill is suggested. PETG is recommended, though the creator notes PLA works fine.

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Vista de RC Battery Holder for 5 Batteries

RC Battery Holder for 5 Batteries

This model is a specialized holder designed to organize and store RC batteries. It is specifically intended for 350mAh RC model batteries, providing a dedicated space to keep multiple units in one location. Purpose The primary purpose of this model is to serve as an organizer for RC model enthusiasts, allowing for the orderly storage of battery packs to prevent clutter and ensure easy access during hobby activities. Practical Uses This holder is useful for RC model builders and hobbyists who need to manage their power supplies. It is designed to hold up to 5 RC batteries simultaneously, making it suitable for workshop organization or field use. Included Parts The package includes one STL file: RC Akku 5 fach fertig.stl. Printing and Assembly No specific printing or assembly guidance is provided in the source documentation.

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Vista de 3D-printed Alloy Slug Series Di-Cokka Tank (Remote-Controlled and Firing)

3D-printed Alloy Slug Series Di-Cokka Tank (Remote-Controlled and Firing)

Part of the 3D-printed Alloy Slug series, this Di-Cokka tank is a remote-controlled model capable of firing. The design is based on the Di-Cokka tank from the Metal Slug series. Purpose The model is designed as a functional, remote-controlled (RC) tank that features a firing mechanism. It is part of a larger collection known as the Alloy Slug series. Practical Uses This model is intended for remote-controlled operation and interactive play, specifically utilizing its ability to fire projectiles. Included Parts The provided file is '88坦克.3mf'. Specific component lists are not provided in the source text. Attribution: Based on information from Bilibili (https://www.bilibili.com/video/BV1o1JP6dEkW/).

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Vista de Back lower arm Sakura 5

Back lower arm Sakura 5

Back lower arm Sakura 5 Purpose This model is a replacement or upgrade component designed specifically for the Sakura 5 RC vehicle. It serves as a structural part of the rear suspension system. Practical Uses It is intended for use in RC drift applications, providing the necessary geometry for the rear lower suspension assembly of the Sakura 5 chassis. Included Parts - Back lower arm (STL file: Back_lower_arm.stl) Printing and Assembly Guidance No specific printing parameters, material requirements, or assembly instructions are provided in the source data. Users should refer to their specific RC vehicle manual for installation procedures.

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Vista de Linking Racing Barriers

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.

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Vista de ABRAMS A1M2 TANK, 1/20 SCALE

ABRAMS A1M2 TANK, 1/20 SCALE

ABRAMS A1M2 TANK, 1/20 SCALE Purpose This 3D model is designed to create a 1/20 scale RC Abrams A1M2 tank. The project is intended for users interested in building a functional, remote-controlled scale model. Practical Uses While the author utilized an ESP32 and a PS4 controller for operation, the model is compatible with other electronic control systems. The author provides a GitHub repository containing the necessary code, a parts list, and circuit diagrams to assist in the build. Included Parts The model includes a wide variety of STL files for the tank's construction, such as the turret top section, lower part of the turret, main weapon body, and various skirt components (L1, L2, R1, R2). Mechanical components include suspension shock absorbers, engine mounts, motor and gear housings, various gears (Spur Gear 14 teeth, 56 teeth, N20 engine gear), and wheels/rims. It also features machine gun assemblies and turret rotation components. Printing and Assembly Guidance The author recommends using PLA filament. For general parts, use 15% infill, two walls, and supports where needed. For delicate moving parts, use 100% infill, four walls, and supports. Detailed electronic instructions and component lists are available via the author's GitHub link: https://github.com/sozelsters/Abrams-A1M2-Project.git

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Vista de AVEX-2 1120mm - 3D Printed RC Airplane

AVEX-2 1120mm - 3D Printed RC Airplane

AVEX-2 1120mm - 3D Printed RC Airplane Purpose This model is a 3D printed remote-controlled airplane designed with a NACA 2410 airfoil profile. It is intended to achieve a target All-Up Weight (AUW) of approximately 1200g (+100g). Practical Uses This model is designed for RC flight using a single motor configuration. It is compatible with 2807 to 2812 brushless motors. Included Parts and Hardware The model features a wingspan of 1120 mm, a length of 680 mm, and a wing area of 21.56 dm². Required hardware and reinforcement include: - 1x Main Wing Spar (6mm x 900mm rod) - 1x Secondary Wing Spar (6mm x 300mm rod or BBQ skewer stick) - 2x Elevon Control Rods (3mm x 300mm rods or BBQ skewer sticks) - 2x 9g Micro servos - Brushless motor (2807 to 2812 size) Printing and Assembly Guidance The author recommends using PETG filament. The estimated print weight is between 600g and 700g. Recommended print settings are: - Layer Height: 0.28 mm - Wall Loops: 1 - Top Shell Layers: 3 - Bottom Shell Layers: 2 - Sparse Infill Density: 3–4% - Sparse Infill Pattern: Cubic

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Vista de KamAZ Dakar RC Beadlock wheels

KamAZ Dakar RC Beadlock wheels

KamAZ Dakar RC Beadlock wheels designed for use with 1.9 RC tyres. These wheels are modeled after the KamAZ Dakar style for remote control applications. Purpose The purpose of this model is to provide beadlock-style wheels for 1.9 scale RC vehicles, specifically themed after the KamAZ Dakar racing trucks. Practical Uses These wheels are intended for use in RC crawling or racing setups where 1.9-inch tires are utilized. The beadlock design helps secure the tire to the rim. Included Parts The model files include: - Wheel 1.stl - Wheel 2.stl - Wheel 3.stl - Wheel insert v3.stl Assembly Guidance Each wheel requires 10 2x20mm screws for assembly.

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Vista de Tamiya Neo Scorcher shock spacer

Tamiya Neo Scorcher shock spacer

Tamiya Neo Scorcher shock spacer Purpose The author designed these basic spacers to increase the stiffness of the shocks. This modification is intended to make the car sit higher, making it more suited for off-road runs. Practical Uses These spacers are used to adjust the suspension height and hardness on a Tamiya Neo Scorcher, specifically optimized for off-road driving conditions. Included Parts - tamiya neo scorcher shock spacers rear.stl - tamiya neo scorcher shock spacers front.stl

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Vista de Protection for speed controller capacitors 1:10

Protection for speed controller capacitors 1:10

Protection for speed controller capacitors 1:10 Purpose This model is designed to provide protection for speed controller capacitors in 1:10 scale applications. Practical Uses It serves as a protective housing for electronic components within RC setups. Included Parts The model consists of the following files: - NOS_4.stl - NOS_3.stl - NOS_2.stl - NOS_1-.stl Printing and Assembly Guidance After printing, the model must be glued together. Users are required to cut out a hole to accommodate the wire.

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Vista de Mini-Z Jomurema Body Clip light V2 - Drak

Mini-Z Jomurema Body Clip light V2 - Drak

Mini-Z Jomurema Body Clip light V2 - Drak Purpose This model is a lightweight body clip designed for Mini-Z RC cars. The author provides specific print profiles intended to produce super strong parts with high-quality layer bonding. Practical Uses This part is used as a body clip for RC car applications. The author notes that using PCTG filament results in high strength and excellent layer adhesion. Included Parts The download includes the following files: - Jomurema_Body_Clip_lightweight_V2 Custom Supports.stl - PCTG with PLA Supports (super strong print) Bambu Studio Bambu Lab H2D.3mf - PLA with PETG Supports Bambu Studio Bambu Lab H2D.3mf Printing and Assembly Guidance The author provides ready-to-use print profiles specifically for Bambu Lab printers. Two distinct printing methods are offered: 1. Printing with PCTG filament using PLA as a support material for maximum strength. 2. Printing with PLA filament using PETG as a support material. Custom supports have been added to the model to assist with the printing process.

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Vista de Rover body

Rover body

This model is a body designed for a rover project. Its primary purpose is to serve as the main chassis for a custom-built rover. In terms of practical use, the body is designed to utilize 9g servos which function as the motors for the vehicle's movement. Included parts: - rover.stl Printing and assembly guidance: The author recommends printing the model with 20% infill and using supports. For optimal printing results, it is suggested to orient the model so that the top of the rover is placed directly on the build plate.

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Vista de Upgrades for "A6M2 Zero" by 3DLabPrint

Upgrades for "A6M2 Zero" by 3DLabPrint

Upgrades for "A6M2 Zero" by 3DLabPrint Purpose This set provides functional upgrades for the A6M2 Zero model aircraft to improve durability and usability. The components aim to protect internal electronics during collisions and landings, and to provide a more reliable method for securing the battery. Practical Uses - Battery Protector: Prevents the battery from sliding into and hitting the motor shaft during a collision by providing a wide, flat surface. - Battery Holder: Replaces the stock velcro opening to provide a more functional battery mounting solution. - Servo Protector: Protects the servo arm from hitting the ground during belly landings. Included Parts - battery-protector.3mf - A6M2 Batter Holder.3mf - A6M2-servo-protector.3mf Printing and Assembly Guidance - Battery Protector: Use PETG. Use regular slicing; do not use the thin wall method. - Battery Holder: Use PLA or PETG. This part is intended to replace the default opening, which must be cut away with a knife. Use regular slicing; do not use the thin wall method. - Servo Protector: Use LW-PLA. Important: Use 3DLabPrint’s thin wall slicing method for this part. For assembly, the author suggests using sticky tape rather than CA glue to allow for periodic replacement.

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Vista de AR16 mounting

AR16 mounting

AR16 mounting Purpose This model is a dedicated mount designed specifically for the AR16. Practical Uses It serves as a mounting solution for the AR16 component within an RC application. Included Parts - AR16_mount.STL Printing and Assembly Guidance No specific printing or assembly instructions are provided in the source documentation.

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Vista de M4 Locking Nuts, standard and low profile

M4 Locking Nuts, standard and low profile

M4 Locking Nuts, standard and low profile Purpose These files are designed to provide locking nuts specifically for use with RC car wheel axles. Practical Uses They serve as replacement or custom lugnuts for RC car wheel assemblies. Included Parts - lock-m4-nut-lowprofile.stl - lock-m4-nut-standard.stl Printing Guidance The author recommends printing these parts using a 0.25mm nozzle with a 0.10mm layer height and 100% infill.

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Vista de Rear Mudflaps for Arrma Kraton 6s RC Truggy

Rear Mudflaps for Arrma Kraton 6s RC Truggy

Rear Mudflaps for Arrma Kraton 6s RC Truggy Purpose These mudflaps are designed for the rear of the Arrma Kraton 6s RC Truggy to serve as fenders. Practical Uses They are intended to be mounted on the rear control arms of the vehicle. The author suggests printing these in TPU to achieve high durability for bashing. Included Parts - mudflap_R.stl - mudflap_L.stl - mudflap_0.2mm_FLEX_MK3_3h32m.gcode Printing and Assembly Guidance According to the author, these parts fit the rear control arms using the existing screw holes. Note that a slightly longer screw is required for the hole that connects to the stabilizer rods. The author reports successful printing using TPU.

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Vista de Printable Mustang GT350R

Printable Mustang GT350R

PRINTABLE MUSTANG gt350r Purpose This model was created to address the difficulty often associated with printing RC cars found online. The author designed this specific Mustang GT350R model to be more accessible for 3D printing enthusiasts. Practical Uses This model is intended for use in RC (remote control) applications, specifically categorized for RC car and drift hobbyists. Included Parts - Ford_GT350R.stl Printing/Assembly Guidance No specific printing parameters, assembly instructions, or material requirements are provided in the source text.

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Vista de 17 mm Socket Handle for RC Car Wheels

17 mm Socket Handle for RC Car Wheels

17 mm Impact Socket Handle for RC Car Wheels Purpose This model is designed to serve as a handle for a 17 mm impact socket, specifically intended for tightening 1:8 scale RC car wheels. The design aims to provide a rigid, weighted feel for improved handling during use. Practical Uses It is used as a custom tool to facilitate the tightening of RC car wheels using a standard impact socket. The handle is designed to be robust and includes a cover to improve tactile feel and provide protection if dropped. Included Parts - body.stl - cover.stl - cover_0.2mm_FLEX_MK3_48m.gcode - body_0.2mm_PLA_MK3_1h32m.gcode Printing and Assembly Guidance The body is intended to be printed in PLA with 4 wall lines for robustness. The cover can be printed in TPU for a better touch and impact protection, though PLA or ABS may also be used if TPU is unavailable. Assembly requires the following hardware: - M5 x 50mm Bolt - M5 Nut - 17mm Impact Socket (the designer used a "Geodore" brand socket) - Threadlock (optional) Attribution: Based on source description provided.

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Vista de Hull

Hull

This model is a hull designed for an RC boat project. It is specifically designed for use with a mini 3D printer and features a modular construction. Purpose The model serves as the primary hull component for a remote-controlled boat project. Its modular design allows for assembly as part of a larger RC vessel system. Practical Uses It is intended for hobbyists building RC boats, specifically within the catamaran style. Due to its design for mini printers, it is suitable for users with smaller build volumes. Included Parts The listing includes one file: Hull.stl. Printing Guidance The author notes that the walls are quite thin. According to the creator, there is no discernible difference in the model's properties between using 15% infill and 100% infill.

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Vista de Customisable Height RC Shock Spacer - 12mm ID

Customisable Height RC Shock Spacer - 12mm ID

Customisable Height RC Shock Spacer - 12mm ID Purpose This model is a shock spacer designed for 1/10 scale RC touring car suspension preload adjustments. Practical Uses It is used to manage suspension preload. While the default height is 2mm, the model is scalable in the Z axis, allowing users to adjust the height to suit individual tuning needs. Included Parts - ShockSpacer2mm.stl Printing and Assembly Guidance The part features rounded edges that are optimized for printing with a 0.4mm nozzle.

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Vista de TAMIYA CR-01 Battery Holder

TAMIYA CR-01 Battery Holder

This model is a simple battery holder designed specifically for the TAMIYA CR-01. Purpose and Practical Uses The holder serves as a component for the TAMIYA CR-01 RC vehicle. To ensure a proper fit within your specific vehicle, the author suggests adding materials such as urethane to adjust the thickness as needed. Included Parts The package includes one STL file: RC TAMIYA CR-01_BAT_BK.stl. Printing and Assembly Guidance For optimal printing results, the following settings are recommended: - Layer height: 0.2mm - Infill: 20% - Supports: Required - Build plate adhesion: A raft is recommended for better adhesion.

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Vista de Gspeed Battery and ESC Tray

Gspeed Battery and ESC Tray

Gspeed Battery and ESC Tray Purpose This model is a remix of a previous design (Thingiverse 5371876) intended to modify the internal compartment of a battery and ESC tray. The primary goal of this redesign is to increase the available space within the ESC section to accommodate a Copperhead ESC. Practical Uses This tray is designed for use in Gspeed RC applications where a standard tray does not provide sufficient clearance for a Copperhead ESC. The modification includes a slightly dropped bottom to provide additional depth for component fitment. Included Parts - batterytraynewfit.stl Printing and Assembly Guidance Not provided in the source text.

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Vista de T-Hinge
OtrosGratis

T-Hinge

T-Hinge Purpose This model is a universal T-hinge designed for various folding applications. Practical Uses While designed as a general-purpose hinge, the author notes it can be scaled down for use in RC models. When printed at a 30% scale, the hinge corresponds to an M1,5 screw. Included Parts - T-hinge.stl Printing and Assembly Guidance The model can be scaled down to 30% of its original size for specific miniature applications, such as RC modeling. At this 30% scale, M1,5 screws are the recommended hardware for assembly.

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Vista de Flysky Noble NB4 GoPro Mount V1 Small Size

Flysky Noble NB4 GoPro Mount V1 Small Size

RC: Flysky Noble NB4 Gopro mount V1 Purpose This model is a V1 version of a small-sized GoPro mount specifically designed for use with the Flysky Noble NB4 radio controller. Practical Uses It serves as an attachment for the Flysky Noble NB4, allowing for the mounting of a GoPro camera to the device. Included Parts - NB4_GoPro mount_V1.stl Printing Guidance The author specifies the following print settings: - Layer height: 0.16mm - Infill: 100% - Supports: No supports required

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Vista de Flysky Noble NB4 GoPro Mount V2 (Separate Type)

Flysky Noble NB4 GoPro Mount V2 (Separate Type)

RC: Flysky Noble NB4 GoPro mount V2 is a mounting solution designed for the Flysky Noble NB4 remote controller to hold a GoPro camera. The model is provided in a separate type configuration, allowing for different mount geometries. 1-base is the foundation, while the user can choose between mount_V2-2 (octagonal shape) or mount_V2-3 (round shape) depending on their preference. The author suggests printing the two files separately. 1-base is intended for use with the selected mount file. 2-mount (octagonal) and 3-mount (round) are both compatible for installation. 1-base: Layer height 0.2mm, Infill 50%, No supports required. 2&3-mount: Layer height 0.2mm, Infill 100%, Supports required. M5 nut and M3 bolt.

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Vista de 24.5mm Tracks

24.5mm Tracks

Purpose: These tracks are designed for use with an RC car. Practical Uses: The model serves as a replacement or upgrade track component for remote-controlled vehicles. Included Parts: - tracks 24.5mm.stl Printing Guidance: The author reports printing these tracks using TPU with a 0.2mm layer height, 0% infill, and 1 wall. A brim may be added, though the author notes it is not strictly necessary. The author used an Ender 3 V2 for printing. IMAGE PRESENTATION The cover is an original AI-assisted MESHOPIA illustration based on the supplied geometry, showing a proposed finish during workshop inspection. It is not evidence of a manufactured, fitted or tested part. Tools and surrounding objects illustrate context and are not included.

Tecnología
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Vista de Flysky Noble NB4 Protector

Flysky Noble NB4 Protector

RC: Flysky Noble NB4 Protector Purpose This model is designed as a protector for the Flysky Noble NB4 radio controller. It is a remixable component intended to provide physical protection for the device. Practical Uses It can be used to safeguard the Flysky Noble NB4 during RC activities. The design allows for both upper and lower mounting configurations. Included Parts The download includes two versions of the protector: - NB4_Protector_V3_yellow.stl - NB4_Protector_V3_blue.stl Assembly Guidance To complete the assembly, M3 bolts are required. The model is designed to support both upper and lower mounting options.

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Vista de Motor support for RC Losi DBX 1/5

Motor support for RC Losi DBX 1/5

Motor support for RC Losi DBX 1/5. Purpose This model is designed to serve as a motor support specifically for the Losi DBX 1/5 RC vehicle. Practical Uses It is intended for use in RC hobbyist applications to provide structural support for the motor within the Losi DBX 1/5 chassis. Included Parts - Support moteur.STL Printing Guidance The author recommends a layer height of 0.2 mm. The model was printed using black PLA filament.

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Vista de MST style Magnet body mount

MST style Magnet body mount

These MST style magnet holders are designed for use with RC bodies. They are intended to accommodate 10mm x 4mm magnets. The author reports that the part shown in the provided photo was printed using 100% PETG. 1. Purpose: To provide magnet-based mounting points for RC bodies. 2. Practical uses: Compatible with MST style RC drift applications. 3. Included parts: MST style magnet body mount.stl, magnet body mount.obj

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Vista de FPVWRA spec wing hot wire templates (naca 0014)

FPVWRA spec wing hot wire templates (naca 0014)

Purpose: These templates are designed for hot wire cutting an FPVWRA Spec Wing using a NACA 0014 airfoil profile. Practical Uses: The templates are used to guide the hot wire cutting process to achieve the correct wing sweep and shape. Included Parts: - Spec wing 1.STL - Spec wing 2.STL - Spec wing 3.STL - Spec wing 4.STL - FPVWRA center template.STL Printing/Assembly Guidance: The author instructs to make the templates from plywood. To assemble the cutting setup, cut four blocks 228.7mm wide. Mark where the pointer is on the inboard template, mark square across the block, and position the next template inline with this mark to create the correct sweep.

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Dificultad
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Vista de DJI Air 2S drone

DJI Air 2S drone

This model provides 3D representations of the DJI Air 2S drone, converted from official DJI .glb files into .stl format. Purpose The models are intended for visual reference or as a base for designing accessories. Practical Uses Users may use these files for 3D printing or for creating custom drone-related accessories. The author notes that these printed models are not functional for flight. Included Files dji Air 2S folded.stl dji Air 2S unfolded.stl IMAGE PRESENTATION The cover is an original AI-assisted MESHOPIA illustration based on the supplied geometry, showing a proposed finish during workshop inspection. It is not evidence of a manufactured, fitted or tested part. Tools and surrounding objects illustrate context and are not included.

Tecnología
Sin probar
Material
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Dificultad
Sin especificar