1.3ghz antenna 3d models

VAS Bluebeam 1.3ghz antenna

The new high-performance VAS Bluebeam antenna boasts an impressive 1.3 GHz frequency, providing top-notch wireless connectivity and data transfer speeds. This cutting-edge device is specifically designed for demanding applications that require...

This Antenna is linear polarized and will work great with your 1.2 - 1.3Ghz FPV Model. Tested to a range of 50+km. All credit goes to Alex, aka IBCrazy. Here's what others have said: For those who are looking to transition into long rang flights,...

Designed Specifically for IBCrazys' Innovative Clover Leaf Antenna, Optimized for Reliable FPV Transmission. ...Constructed to Accommodate Three Leaves at a 45-Degree Angle of Separation.

Crafted exclusively for IBCrazys' Clover Leaf Antenna, designed to deliver flawless FPV transmission performance. ...Engineered to accommodate three leaves at a precisely angled 45 degrees.

Designed specifically for IBCrazys' Clover Leaf Antenna, this product is engineered to deliver exceptional FPV transmission performance. ...Optimized for use with three leaves arranged at a precise 45-degree angle.

The purpose of this is to prevent my 1.3GHz i7 CPU from becoming deformed when placed inside the FPV backpack, thus ensuring smooth assembly by providing a small ledge for proper slotting.

Purchase one millimeter copper wire from DAISO and install it within the printer.

This antenna mount was designed specifically for the IBCrazy 1.3GHz Inverted Vee Antenna. Its design features four large holes that can be used with bolts or as a foothold for hot gluing into a foam wing, as shown in the example. Print Settings:...

Build Your Own 13dbi Dual BiQuad Antenna for 1.2-1.3Ghz Frequency This antenna is linearly polarized and works great with your 1.2 - 1.3Ghz FPV model. Tested to a range of 50+km, it's an adaptation of the original biquad design posted on RCGroups by...

Protective cover available for these antennas at this link: http://www.getfpv.com/ultra-high-gain-antenna-with-housing-kit.html

The antenna wire itself can be made from various materials, including copper wire with a diameter of 1.6mm or even silicon wire rated at 24 AWG. ... Six distinct frequency options are available for selection: 1200 MHz, 1240 MHz, 1258 MHz, 1280 MHz, 1320...

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...

This thing is a high-performance FPV antenna that packs a punch, with a frequency range of 1.2-1.3GHz and six sleek elements. Designed using VK5DJ's yagi calculator - http://www.vk5dj.com/yagi.html, this antenna takes the crown as the highest-gain...

Mounts are available for our Moxon antennas. ...If you appreciate our designs, we invite you to like our Facebook page: https://www.facebook.com/prodronepl/ Thank you!

These jigs are specifically designed for crafting 1.2-1.3GHz inverted vee antennas with a precise 120 degree angle. They're tailored to work with antenna wire that's roughly 1.6mm wide, as well as RG316 coax cable. You can use either 1.6mm copper...

To secure the cross on the bed, it's advisable to create a grid first. My math calculations were based on a frequency of 1280MHz. The drone has only been tested for a range of approximately 800 meters. Credit goes to...

This tracker is designed to handle a heavier load than my previous model, the 5.8Ghz tracker. It's built with gearing in mind. The tracker can also be used as a base for mounting a camera to capture aerial footage of an airplane in flight. Here are...

Build guides and construction plans are readily available.

From center to outer part, this design will operate on 5.8ghz, 3.3ghz, 2.4ghz, and 1.2ghz frequencies using either RHCP or LHCP configurations. This project marks my first attempt at utilizing Fusion 360. Print Settings Printer: Sethi 3d Rafts:...

Finally, this thing, the 1.3GHz Crosshair antenna 9 dBi. To print: 4- Contour_Antenna 1- Center_X 4- Tip X 4- Crosshair 1.3GHz 2- Support Moxon Crosshair 1- of all the remaining parts In this prototype, I used ABS and assembled the reflector plate...

This mount is specifically designed to hold a 1.3GHz VTX, such as the RMRC 800mW transmitter, Partom 800mW wireless AV transmitter, or a Fox 800. Note that these VTX's must be removed from their outer copper-colored cases. The mount is intended to...

This is my design of a 1.3ghz to 5.8ghz repeater. see video for build info and items needed. ... https://youtu.be/0yZclhxe890

This tray accommodates my 400mw, 1.3ghz ReadyMadeRC VTX with a Velcro strap instead of gluing it and covering it in laminate for interchangeability. It's designed for my quadcopter use. Ensure there is ample antenna space and slot for the stock...

Update of my previous design to carry a 800mW Partom 1.3GHz vtx. This is a pod that fits perfectly in the nose of the X-UAV Snowgoose. It is secured with 2 nylon M3 screws in the bottom, for that you will have to glue in M3 standoffs in the bottom of...

This is an attachment plate designed specifically for securing a high-performance 1.3 GHz transmitter module onto a ruggedized ZMR250 quadrotor drone platform.

My initial foray into 3D printing's vast landscape results in a custom enclosure tailored specifically to house the Ready Made RC style 1.3vtx module with precision and finesse.

Matek 1.2/1.3GHz VRX Video Receiver V2 case >>> Stick with double-sided tape to the bottom piece

This is a custom mounting bracket designed to perfectly fit a 1,2-1,3GHz YAGI antenna, specifically engineered for seamless integration with the RMRC antenna tracker system. ... It prints flawlessly in PLA material, yielding outstanding results with a...