hc sr04 ultrasonic sensor 3d models
42487 3d models found related to hc sr04 ultrasonic sensor.thingiverse
Two interchangeable mounting brackets for housing HC-SR04 ultrasonic probes are provided. ... Autodesk Inventor was utilized to design and manufacture these enclosures, with corresponding IPT files available for downloading within the support package.
thingiverse
Here's a mount for an ultrasonic sensor HC-SR04 and a Raspi cam on a servo, which is a bit tricky to assemble but definitely fits together smoothly. The design combines two different components from Thingiverse, specifically the HC-SR04 mount...
thingiverse
This is a robust enclosure for the HC-SR04 Distance Sensor / Ultrasonic Range Finder. I originally made this for a Halloween project (the distance sensor was used to trigger some effects when people approach...) There are two versions of the...
thingiverse
Mounting a HC-SR04 Sensor to a Quadcopter - A Simple Design The process begins by taking a HC-SR04 sensor unit and attaching it securely to the frame of the quadcopter. To achieve this, simply use a few drops of hot glue to firmly hold the sensor...
thingiverse
Holder for an HC-SR04. 50x25x5mm. Hole d2mm at the top, conical widens to 3mm. Perfekt to mount the Sensor with a small wire. Designed in Siemens NX. ...The .prt is also included if you want to customiz it :)
thingiverse
- One mount is specifically designed for the HC-SR04 sensor. - Another mount accommodates both Sharp and HC-SR05 sensors. I hope these designs will be useful to someone else. Keep making stuff! ... This project was developed under the supervision of...
thingiverse
Installing an HC-SR04 Module on a Servo Motor SG90 Requires Careful Alignment.
thingiverse
Yet another HC-SR04 mount designed specifically to perch atop a shaft as a water-level sensor for TwitchGrowsPlants's live stream. ...Two 3mm screws and matching nuts are utilized to secure the lid firmly onto the case, leaving them readily available...
grabcad
A simple HC-SR04 holder is ideal for affixing it onto miniature SG90 Servos, providing a convenient and secure attachment.
thingiverse
Enclosed case with mount for the HC-SR04. There is a sliding lid that snaps into place to fully enclose the sensor. There are two holes to keep the sensor in place with screws, or you can just use some hot glue. The triangle is to indicate which...
thingiverse
A holder for ultrasonic radar HC-SR04, commonly used with Arduino-based robots. This unit consists of two components: 1. A customized case derived from Thingiverse's design (https://www.thingiverse.com/thing:2224063). 2. A stand built on a popular...
thingiverse
I designed this rugged enclosure for a HC-SR04 distance sensor paired with an Arduino Nano, aiming for an industrial look. It also accommodates a compact DC-DC converter from eBay; if you opt for the LM2596 instead, it will fit as well but requires...
thingiverse
This design allows you to mount a HC-SR04 onto a Nerf Hyperfire, like used in this video: https://www.youtube.com/watch?v=c-zQp3gEvs4
thingiverse
I'm building a custom HC-SR04 mount directly onto my HexaCopter, which runs on the Naze32 board with CleanFlight firmware.
thingiverse
Next, the HC-SR04 sensor was carefully seated within a housing in the front component and subsequently bonded into place using an appropriate adhesive. Subsequently, the rear plate was secured to the forward-facing portion by application of...
thingiverse
Simple control box integrating HC-SR04 and Geekcreit ESP8266 board.\r\n\r\nCheck out this affordable option at Banggood: Geekcreit Doit NodeMcu Lua ESP8266 ESP-12F WiFi Development Board.
thingiverse
A compact enclosure designed to secure an HC-SR04 sonar module is being developed. ... The flat surface of this enclosure will be firmly attached to a vehicle's bodywork.
thingiverse
... As a result, most existing HC-SR04 cases require significant modifications to accommodate this unique design. ...This particular case boasts a snap-fit design, allowing you to securely attach the backplate before snapping the front part into place.
cults3d
I made this round housing for a HC-SR04 distance sensor and an Arduino Nano. I wanted it to look industrial. It also has a slot for the tiny dc-dc converter on Ebay. If you prefer the LM2596 converter it will fit also, but you will need to glue it in...
thingiverse
box pour capteur ultrason HC-SR04attention, il faut detordre les pin du capteur pour l'assemblerhttps://www.lacon.dev/ressources/sonaroscfichier de boite pour l'ESP : https://www.thingiverse.com/thing:6394318code ArduinoIDE pour l'ESP :...
thingiverse
... for more information. In Spanish: http://robotica.webs.upv.es/es/como-hacer-un-sensor-de-ultrasonidos-con-soporte-compatible-con-piezas-lego/ In English: http://robotica.webs.upv.es/en/make-an-ultrasonic-sensor-with-lego-compatible-support/
prusaprinters
i tagged this as a remix but it not really a remix since i designed it from scratch also adding some different backs. the reason why i made this is that my chinese sensors are out of tolerance.You can find all my models here, thank you who will...
thingiverse
The thrill of crafting a protective mount for a two-dollar ultrasonic ranging sensor is just the beginning. With FDM printing, you have the freedom to create this enclosure one way without supports or the other with them. Once the board is in place,...
thingiverse
A robot with an HC-SR04 Ultrasonic distance sensor embedded in its eyes and a mini-breadboard housing an Arduino Nano microcontroller inside its body. This innovative model marks my first foray into integrating electronics directly into the design. -...
grabcad
The HC-SR04 is an ultrasonic sensor used for measuring distances. It operates by emitting sound waves and calculating the time it takes for them to bounce back after hitting an object, giving a precise measurement of distance. ...This sensor is commonly...
thingiverse
Here's a helmet for the HC-SR04 sensor, adapted to our VENNOM robot. You can also find this robot in other of our designs (INSANI3D). I've attached the files you'll need to print or modify them. I recommend checking out our website at...