diy head tracking 3d models

Here's a DIY project that involves building a head-tracking USB ball joint. This device uses infrared LED irradiation with a variable angle, thanks to its ball joint design. The power source for this gadget comes from a standard USB connection, which...

This is to allow for easy switching of 6V battery to USB power and vice versa, without any alteration on the wiring side.Caution: Make sure your LEDs polarity is correct before you solder them in place (refer to the manufacturer design drawing for...

This is a DIY antenna intended for Weather Balloon tracking. ... All of the antennas are supported by brackets on a dowel rod, and are bolted down tightly to be weather resistant More pictures will be uploaded once this is fully build and verified...

Made this to mount my AimxyZ Head tracking camera. ...Uses 2-20mm, 1-15mm and 1-25mm long M6x1.0 SHCS's and nuts Regards

... cable ties. Updates in version 2 include an increased drill diameter for better LED fitment, larger hole size for easier cable tie insertion, and standardization of the size to align with Free Track's specifications (previously 26 / 40 / 70 / 76).

DIY Aruco marker head tracking adapter with led light ( for dark environment )

DJI / Vista Head Tracking Gimbal. ... What you need: 1 X 9 gr Servo for Tilt 1 x 9 gr 240 deg Servo for Pan 30x30mm fan 2-2.5mm self tap screws Happy printing and flying :)

I've also included an appropriately sized wedge to give one side of the tracker a 10mm elevation, as sometimes the software will have issues maintaining accurate tracking if your tracker is mounted directly perpendicular to the camera angle. ... Wiki...

I created this model to mount a 100mm ArUco paper tracking marker to my headphones. The ArUco marker is glued to some a cardboard backing, and then glued to the ‘V’ shaped mounting part. For this, I just used a glue stick. The bottom piece is...

I also suggest reviewing this link below for guidance on which LEDs and Resistors are required, as IR LED voltages/amps etc may vary: http://www.free-track.net/english/hardware/calcled If you have any inquiries, feel free to send me a message. ... ~...

Create a precise line tracking sensor for your upcoming robotic project by carefully placing a photoresistor and led into their corresponding holes, then connecting them to an analog pin on your Arduino or preferred microcontroller. This clever...

Head tracking with IR led compatible for Zip tie on headphones. ...Inspected from https://www.thingiverse.com/thing:260088

Head Tracking Device for PC Games Components: * Camera: PS3 Eye * Infrared Filter * Infrared Emitting LED (5mm) * 100 Ohm Resistor * Toggle Switch NO - OFF * 3.7V 520mAh 30C Lip Battery * Walker or XK Micro Helicopter Dimensions: Vertical: 63.5 mm...

Arduino Code (Servo handling): https://github.com/eried/LaserTurretKinect/blob/master/Arduino/LaserTurretKinect.ino Kinect Code (in progress, Head tracking uses the MS SDK, I am still thinking on making an auto calibration routine, i.e. ...finding a...

I only had 3mm IR LED lying around so I had to remix the design to fit my LEDs ^^ Print Settings Printer Brand: Prusa Printer: I3 MK3SRafts: No Supports: NoResolution: 150 Infill: 20% Gyroid Filament: [ Prusament ASA...

Protect your space with a cutting-edge desktop laser turret, tracking enemies' corneas using Kinect's depth technology. Check out the preview at http://youtu.be/5igo_fVqvLI and how it works in action at http://youtu.be/tMSnQYZAMJc. Ensure to wear...

I built a DIY boring head that's more than worth its weight in gold, especially considering I saved hundreds of euros by not having to splurge on an expensive one. ...This thing is a beast, capable of running at 3000 rpms without ever making me feel...

Initially, I constructed a snugly fitting box without mechanical fasteners for my Arduino Nano board and DIY Head Tracker sensor on RcGroups. In case of weak hold, apply hot glue inside the corners to ensure stability. Subsequently, I revised the...

I made this box for the ardiuno nano board and the sensor for the DIY Head Tracker on RcGroups. The box has no mechanical fasteners just a tight fit. If it doesn't hold well use a little hot glue on the inside corners and then push it together. I may...

Hommade version of TAIG boring head for ER16 spindlehttps://www.youtube.com/watch?v=Lkf4nT-6jUk&t=42s

here you can have your own puppet head all you need is a 3d printer and a small section of filament to use for the hinge pin and a little glue

This is version one, so the fit on your head is satisfactory but not outstanding. It remains in place reasonably well as long as you don't become overly energetic. ... I've only tested it with a single flashlight: 25mm diameter, which fits perfectly.

Infill: 100% Auflösung 0,3 Geschwindigkeit: 60mm/s (Anycubic Vyper) ___________________________________________________________ Hello, this is a holder for the laser head of a DIY (China) laser. ... Infill: 100% resolution 0,3 Speed: 60mm/s...

The Otto DIY Head is a revolutionary new take on robotics, allowing users to create their own fully functional bipedal robot without the need for any complex power connections. ...This innovative project, hosted on GitHub by Jack Gruber, empowers makers...

Here's my latest creation, a DIY head unit for my Seat Leon mk1 (2004). It snugly accommodates a NEXUS 7 and stays firmly in place with double-sided adhesive tape. You can quickly print this design in two pieces or as one single piece - whatever...

That's why we decided to upgrade Otto with swiftly turning head.To complete the robot you will need to download and 3D print the Starter biped parts from here:Otto DIY | Download free STL model | Printables.comWe invested lots of time and resources...

I adapted an IR head clip to match the dimensions of my Sennheiser PC 350 SE Headset. ...The clip can be secured to the headset using two snugly fitted cable ties.

This is a custom head designed specifically for the Otto DIY+ robot. The head seamlessly integrates with the Huaduino board (https://goo.gl/zWXHtb), which boasts an impressive feature set, including a Lithium battery charger and step-down power...

... robot's design, enabling smooth and precise movements that bring Otto to life. Whether it's grasping objects or scanning its surroundings, Otto's advanced servo system is always on the job, making this DIY project a true marvel of modern robotics.

Includes holes for two phototransistors (3mm) and two magnets (5mm).No supports needed.In contrast to other designs, you don't need to care about the exact placement of the head. Due to the extra cutout for the phototransistor, they will always have...