5 tagged models · Page 1 of 1

#esp32

Discover 3D models tagged esp32 and check their print information, files and terms before downloading.Search this tag in the catalogue →

RC & MecánicaFree

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.

Technology: Sin probar
material: —
Difficulty: Sin especificar

Vista de Cubierta frontal personalizable para emisora RC

RC & MecánicaFree

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.

Technology: Sin probar
material: —
Difficulty: Sin especificar

ElectrónicaFree

ESParto Cyberdeck ESP32 Remote Control

The Esparto is an ESP32-based transmitter designed for controlling robots and buggies via WiFi or Bluetooth. The enclosure features an OLED screen for status indication and debugging, two dual-axis joysticks with integrated buttons, and three additional function buttons. It also includes a switched external-facing USB port to power extra or extended devices and a 10mm grid of 3mm holes for mounting future modules. The design provides easy access to the ESP32 serial port for programming and the buttons on the ESP32 board. Included Parts: - 1x ESP32-WROOM-32D development board - 1x 0.91" I2C OLED screen - 1x Battery charger board (3.3v output) for 18650 cell - 2x Dual-axis joystick modules - 1x Mini rocker switch - 3x Mini momentary push button switches - Various 2.5mm standoffs Recommended Hardware: - 6x 8mm nylon spacers for button mounts (or 6mm with an additional 2mm nut) - 4x 6mm nylon spacers for battery module - 3mm nuts used as spacers for joysticks - Various M3 screws (author used M3x10 throughout) Printing/Assembly Guidance: The author printed this on a Bambu Labs X1 using a 0.2mm layer height throughout, though it can be printed on any machine. An updated OLED screen mount includes sockets for screw shafts to prevent wire interference when fitting the lid.

Technology: Sin probar
material: —
Difficulty: Sin especificar

ElectrónicaFree

Universal AC Web Remote Case

Universal AC Web Remote Case Purpose This custom 3D-printed enclosure is designed for the ACWebRemote project, an open-source ESP32-based WiFi IR blaster. It provides a neat, sturdy, and minimalist housing to transform an ESP32 development board into a reliable Wi-Fi-powered universal remote for air conditioners. Practical Uses Designed for wall-mounting or shelf placement, the case is intended to house a device that controls various AC brands (including Carrier, Daikin, Fujitsu, Gree, Hitachi, Mitsubishi, Panasonic, Samsung, and others) via a browser or Home Assistant integration. The design supports dual front-facing IR LEDs to provide wide coverage. Included Parts The model includes files for the enclosure components: esp32_slim_top_2.stl, esp32_slim_bottom.stl, and esp32_slim_top.stl. Printing and Assembly Guidance Printing is intended for FDM/FFF printers (tested on Bambu Lab A1) using PLA filament. Recommended settings include a 0.2 mm layer height, 15–20% infill, and printing in a face-down orientation without supports. To assemble, insert the ESP32 development board (30-pin layout, Micro-USB) with soldered IR LEDs into the enclosure. Route the USB cable through the opening located at the bottom for power connection.

Technology: Sin probar
material: —
Difficulty: Sin especificar

HerramientasFree

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.

Technology: Sin probar
material: —
Difficulty: Sin especificar