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#cyberbrick

Discover 3D models tagged cyberbrick and check their print information, files and terms before downloading.Search this tag in the catalogue →

Vista de Soporte de batería sobre el eje delantero para crawler Hornet

RC & MecánicaFree

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.

Technology: Sin probar
material: —
Difficulty: Sin especificar

Vista de Hexágonos de rueda V2 para crawler Hornet CyberBrick

RC & MecánicaFree

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.

Technology: Sin probar
material: —
Difficulty: Sin especificar

Vista de Ruedas grandes para crawler Hornet CyberBrick

RC & MecánicaFree

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.

Technology: Sin probar
material: —
Difficulty: Sin especificar

Vista de Eje ancho para crawler Hornet compatible con motores N30

RC & MecánicaFree

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

Technology: Sin probar
material: —
Difficulty: Sin especificar

Vista de Anclaje de tirantes para crawler Hornet CyberBrick

RC & MecánicaFree

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.

Technology: Sin probar
material: —
Difficulty: Sin especificar

Vista de Juego de tirantes elevados para crawler Hornet CyberBrick

RC & MecánicaFree

High-clearance link set for Hornet CyberBrick crawler

These high clearance links are designed for The Hornet, a competition-style CyberBrick crawler. Practical uses include increasing ground clearance for the crawler during competition-style driving. Included files: - high clearance link back up left.stl - high clearance link back up right.stl - high clearance link front up left.stl - high clearance link front up right.stl - high clearance link front down2x.stl - high clearance link back down 2x.stl

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaFree

Cyberbrick RC Dumptruck — 3D Printable Articulated Truck Parts

Build your next RC construction project with this Cyberbrick RC Dumptruck package: 77 STL files covering the front assembly, rear assembly, articulated hinge, transmission, wheels and 60 mm cylinder components. Included parts: • Front assembly: cab, roof, hood, frame, bumper, grille, fenders, platforms, light inserts, axle and drivetrain components • Rear assembly: rear frame, dump bed sections, tailgate and connecting rod, axle parts, wheel holders and cylinder mounts • Articulation: front/rear hinge, hinge clip and axle • Transmission: differential assembly, axle housing, frames, axles, 18-tooth outer gear and 9-tooth spur gear • Cylinder parts: housing, back housing, 60 mm rod, N20 cylinder rod components and clips • Wheels: rim, tire and mirrored tire • Additional clips, washer and non-motorized axle variant Original author: Lucas. License: CC0. English filenames include assembly prefixes to distinguish parts with similar names. STL geometry is unchanged. Digital files only. Electronics, motors and non-printed hardware are not included. No assembly manual, hardware bill of materials or tested print settings were supplied. Scale and specific Cyberbrick electronics compatibility are not verified. Check quantities, fit and component requirements before printing and assembly. The supplied cover is an AI-generated illustration and does not document a verified assembled model.

Technology: Sin probar
material: —
Difficulty: Sin especificar

RC & MecánicaFree

CyberBrick Front-Lift Garbage Truck - Updated and Legacy Printable Parts

Build a CyberBrick-style RC garbage truck project with a cab-over front section, large rear waste container and paired front-loading lift arms. The assembled source reference shows a three-axle truck with the lifting arms raised above the cab. This download supplies printable parts for that design; it is not a ready-to-run vehicle. The pack contains 64 STL files recovered from two nested source archives. One archive is labeled as the newer heavy-lift version and includes updated cab, chassis, gear, steering and window pieces alongside a group of reused parts. The other archive contains the first version. Both groups are retained so that the original alternatives remain available. English filenames use updated-, reused- and legacy- prefixes with unique numbers to keep the groups distinguishable. Parts from different revisions should not be assumed interchangeable. The file inventory includes cab sections, chassis and covers, lift gears and axles, left and right lift arms, a roof slide, the truck bin and rear gate, steering arms, steering gears and racks, window variants with and without nubs, light diffuser pieces, wheel rims and tire geometry. No separate motors, radio electronics, batteries or fastening hardware are present in this extracted STL set. A complete bill of materials, verified scale and tested print profile are not documented here. Review the revision groups and part interfaces before choosing a build. Inspect each file in your slicer, especially the gears, steering features and lifting joints, and select material, orientation and supports for the intended use. Physical operation and fit have not been tested by MESHOPIA. The new cover is a locally generated visualization based on the assembled source reference. Its colors, finish, camera view, lighting and background illustrate a possible appearance while the download retains the original printable geometry.

Technology: Sin probar
material: —
Difficulty: Sin especificar