build a yagi antenna 3d models

Customized version of https://www.thingiverse.com/thing:880837 Created with Customizer! ...https://www.thingiverse.com/apps/customizer/run?thing_id=880837

Customized version of https://www.thingiverse.com/thing:2749265Created with Customizer! ...https://www.thingiverse.com/apps/customizer/run?thing_id=2749265

Customized version of https://www.thingiverse.com/thing:2749265Created with Customizer! ...https://www.thingiverse.com/apps/customizer/run?thing_id=2749265

Alu profile: 15mm x 15mm Panel Mount SMA Aluminium welding rods ( AlMg5 ) 3.2mm Ø

This fits in to a yagi antenna boom made from 25mm (OD) PVC pipe and slides down a squid pole at a point that does not result in bending of the pole. The adapter should be screwed into the pipe either horizontally or vertically depending on the...

Self made directional WLAN Antenna EXTENSION in YAGI style for 2.4 Ghz WLAN with regular copper rods. ...To optimize you WIFI environment.

This device is a high-performance 4-element yagi antenna designed specifically for FPV applications, boasting a frequency range of 1.2-1.3GHz. Utilizing VK5DJ's advanced yagi calculator - http://www.vk5dj.com/yagi.html - this cutting-edge design...

So when I decided to build a Yagi-Uda antenna, I knew I had most of what I needed right at home. The only problem was that the poles were a bit too loose in their PVC fittings - they'd spin around without any real stability. That's when I came up...

I employed them in constructing a DK7ZB handheld yagi - this particular build requires careful gluing into place to ensure stability. ...In the accompanying image, at the top: a donor 2 row screw terminal die is visible (this was not part of the...

... rods in the middle with CA or Epoxy glue, bottom, top. If it is difficult to slide on the original antenna, adjust the aperture with a file. ... Original info: https://mavicpilots.com/threads/7-element-yagi-range-extender-2-4-ghz-for-mm-ce.94051/

Create a YAGI-style, 2.4 GHz WiFi antenna extension using 0.75 mm² (1 mm diameter) copper rods for optimal WiFi environment. Position the rods as follows: A - 60 mm, B - 53 mm, C - 52 mm, D - 51.5 mm, E - 51 mm, F - 50 mm. For different copper rod...

... 2 mm. Just center the rods in the holes and fixate them with glue. Place the complete antenna-extension on your accesspoint-antenna and you have a directional WIFI Signal :) The gain should be around 10 (+/- 2) dBi. ...Have fun :) Category: Other

This thing is a collection of parts to build an ultra-portable duo band Yagi-Uda antenna or a dual-band dipole for 2m and 70cm frequencies. The Yagi-Uda weighs about 340 grams, making it easy to transport in a backpack as its elements can be nested...

This is a small support and enclosure for a 5-element Yagi antenna. The antenna operates at 404 MHz and is used to locate radiosondes both on the ground and in the air. With a bit of sealant applied to the contacts, it can be mounted outdoors on a...

Need to be within 0.15 mm as per technical note, I managed under 0.1mm I am still questioning applicability of this design since this is not a dipole or folded dipole antenna as required and have no way of measuring gain (Can not obtain RSSI data...

By combining two Yagi antennas into one pole mount system, this MIMO antenna offers improved signal reception. A 16mm (2 meter) curtain rod and cheap metal coat hangers were used, resulting in a total cost of around $10 AUD, excluding cabling,...

This thing is a lightweight Yagi antenna for FPV flying that works well for medium to long range flights. The 4-element design is easy to print and can be used in any of the common 1.2/1.3GHz frequencies - 1160, 1200, 1280, or 1360 MHz. Thanks to...

To optimize you WIFI environment. Instructions Use 0.75 mm² (1 mm diameter) Copper Rods for 2.4-GHz-Antenna-Extension: Position - Length: A - 60 mm B - 53 mm C - 52 mm D - 51.5 mm E - 51 mm F - 50 mm If you want to use 1.5 mm² (1.4 mmm diameter)...

Designed using VK5DJ's yagi calculator - http://www.vk5dj.com/yagi.html, this antenna takes the crown as the highest-gain version of my previous 4-element design. With a maximum length that fits perfectly on a standard printer bed, this baby is ready...

This is a 5-element yagi antenna for 23cm band designed by DG7YBN, as described on http://dg7ybn.de/1296MHz/YBN23_5m.htm . Printed with Ender 3 Pro, 0.2 mm layer, 0.4mm nozzle, supports enabled. Elements are made of 3.2mm aluminium TIG welding...

This is a Yagi Flagman DVB-T2 Antenna SWA Amplifier Enclosure. This design surpasses the original one, offering improved protection from rain and snow, as well as safeguarding the SWA amplifier board against oxidation. 1. The antenna cable enters at...

This is a detachable design of the DK7ZB duoband yagi for carrying on portable operations. Based on PVC boom and 4mm OD elements.The longest element is the boom, on 62 cm. ...The VHF reflector is divided on two parts to make the size as small as...

If you plan to use RTL SDR, make sure the connection on your antenna wire is a male SMA type, and always verify for safety's sake. The signal wire connects to the foremost rod of the two in the assembly, as per Tyson Power's document. I found...

... and rod lengths, refer to Photonix's thing at http://www.thingiverse.com/thing:19548. 'A' is situated behind the transmitting hole, while 'B' through 'F' continue sequentially to the end. ...A test update will be provided upon trying it out.

Antenne YAGI 2,4 GHz per radiocomando MAVIC MINI. Frequency : 2442 MHz (Model MT1SD25: 2.400 – 2.4835 Ghz) Wavelength : 123 mm Rod Diameter : 4 mm Boom Diameter : 4 mm Boom Length : 95 mm d/lambda : 0.033 ( min.: 0.002 ,...

Why waste money on the "immortal T" 900MHz antenna and wait for it to arrive from China for a month when you can build your own? After all, the famous "Imortal-T" by TBS isn't as immortal as it claims. Mine broke down before my first flight with...

Length: A is 2 inches long. B measures 2.08 inches in length. C has a length of 2.05 inches. D's length is 2.04 inches. E measures 2 inches in length. ...F has a length of 1.97 inches.

I've created a custom design with an enhanced square hole measuring 12mm in diameter and increased the overall height to 37.5mm.\r\n\r\nTo achieve optimal structural integrity, I opted for a 50% infill ratio; however, you can adjust this value to 20%...

... a smaller print bed just makes sense. ... Print both halves, assemble them with possibly a little glue to keep everything secure. ...Then you're ready to go; just head over to http://www.thingiverse.com/thing:19548 to access all the additional details.