soporte hc sr04 3d models
11377 3d models found related to soporte hc sr04.
thingiverse
This is brought to life in Inventor through a combination of drawings and calibrations.
grabcad
Those looking to bypass the educational model will find themselves in a predicament.
grabcad
To fit my 3D printing pieces to the original, I use the model. ...If you increase the dimensions by a tenth, it's perfect.
thingiverse
This model was created utilizing Tinkercad's capabilities. ...It can be edited online at www.tinkercad.com/things/j3pR5g9DjH0.
thingiverse
Ultrasonic Distance Sensor Mount - HC-SR04 Holder
youmagine
Here is the rewritten text: Pied articulated for HC-SR04 sensor HC-SR04 Ultrasonic Sensor Mounts Plus screws or nuts M3 * L20 or M4 * L20
thingiverse
The HC-SR04 sensor is provided with an attached bracket, enabling easy installation at a 90 degree angle.
prusaprinters
Accurate model of the HC-SR04 Ultrasonic Distance Sensor along with a 3d printable mount for it.
thingiverse
This is a box for the distance sensor HC-SR04 with parts for our Arduino Practi-K trainer, includes piece for servo.
thingiverse
Fischertechnik compatible mount for HC-SR04 ultrasonic sensor. Sensor mount without screws. Just snap in the sensor. ... Dimensions (LxBxH): 45x15x22.5 mm
thingiverse
I created a HC-SR04 support specifically designed for the 20x20 aluminum profile, as I couldn't find any existing solution that matched its dimensions.
thingiverse
This mount is specifically designed for the HC-SR04 ultrasonic sensor, easily accessible from Amazon via this link: https://www.amazon.com/SainSmart-HC-SR04-Ranging-Detector-Distance/dp/B004U8TOE6. ...Due to project demands, the sensor is positioned at...
grabcad
The HC-SR04 Ultrasonic Distance Sensor Module emits high-frequency ultrasound (40kHz), which travels through the air; upon encountering an object or obstacle, it reflects back to the module. By measuring travel time and sound's speed, one can compute...
thingiverse
The vertical angle of the HC-SR04 can be easily adjusted by tilting it upwards or downwards in the cradle. The horizontal angle can be adjusted or fixed depending on how many screws are used to secure it. For convenience, the intact casing containing...
prusaprinters
For convenience the intact casing containing the HC-SR04 can easily be removed by hand from the cradle. The cradle itself is intended to be secured more permanently my screws. ... Printing notes: Use support structures when printing: front_00.STL...
cults3d
For convenience the intact casing containing the HC-SR04 can easily be removed by hand from the cradle. The cradle itself is intended to be secured more permanently my screws. ... Printing notes: Use support structures when printing: front_00.STL...
thingiverse
This project involves developing a 4-way ultrasonic sensor housing, specifically tailored for my dissertation research. ...The focus is on utilizing the HC-SR04 module to accurately measure distances on a quadcopter platform.
thingiverse
Sonar holder for Martian II specifically designed for HC-SR04 Ultrasonic Sensor. Questions about dimensions or other aspects welcome, I'm here to assist. ...Heat shrinking cables as shown is recommended due to sharp edges on the frame.
thingiverse
Arduino-based Two-Wheel Drive Robot Mounts High-Speed Distance Measurement Sensor The ultrasonic distance measurement sensor model HC-SR04 or US-015 is being designed and assembled onto a customized Arduino-driven two-wheel drive robotic platform.
thingiverse
This is a sensor holder to connect the HC-SR04 sensor, used mostly in Arduino project, to a common servomotor by the motor screw. ...Doesn't need any other screw or glue, everything is joined by join.
thingiverse
I crafted a custom lower plate specifically designed for the HC-SR04 sonar module. ...The screw holes are precision-cut to fit snugly with M3 screws, ensuring a secure and stable connection.
thingiverse
This is an additional bracket designed for the HC-SR04 sensor, which is positioned at a 45-degree angle facing downwards. ...Its purpose is to serve as a cliff detector.