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Arduino Pro 4G Module Antennas Kit

SKU TPX00219 Barcode 7630049204850 Show more
Original price €0
Original price €7,28 - Original price €7,28
Original price
Current price €7,28
€7,28 - €7,28
Current price €7,28
VAT included

A reliable solution to connect your Arduino Pro 4G modules.

Overview

The kit includes three antennas: 

  • 2x cellular antennas suitable for 4G/3G/2G applications
  • 1x active GNSS L1 ceramic antenna suitable for geolocalization and asset tracking applications

Cellular Antennas

Thanks to the integrated cable and connector, they are engineered to be easily mounted on the 4G Modules guaranteeing ground plane independence. In addition to 4G/LTE applications, they also support worldwide 3G/2G frequency bands, ideal for a wide range of IoT use projects.

GNSS Antenna

The antenna features an integrated LNA boasting a 16 dB gain, making it suitable for applications such as fleet management, navigation, RTK, and various asset tracking purposes. It is designed to be compatible with Arduino Pro 4G Module GNSS L1 radio technology.

List of Compatible Boards

This 4G Module Antennas kit is compatible with: 


Tech specs

  Cellular Antennas GNSS Antenna
Frequency Bands (MHz) 698–960, 1700–2700 1575–1602
Technology LTE (4G) GNSS L1 (active)
Cable Length 150 95
Connector Type IPEX I IPEX MHF I
Mounting Type Adhesive Buckle
Dimensions (mm) 96 x 21 15 x 15 x 6.2

 

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I'm excited to share the details of my BT Arduino Tank project, which incorporates some impressive 3D-printed components. While the main chassis of the tank was not 3D-printed, I utilized this technology to create two crucial parts: the enclosure for the motor driver and the compartment housing the remaining electronics. Additionally, I 3D-printed a cannon for an added touch of customization. The enclosure for the motor driver served as a protective housing, ensuring that the L298N motor driver module was securely mounted and shielded from external elements. By designing and 3D-printing this part, I could precisely fit it to the tank's specifications, providing a neat and organized arrangement of the electronics. In the same vein, the compartment for the remaining electronics, such as the Arduino Nano Every and the HC-05 Bluetooth module, was also 3D-printed. This enclosure offered a clean and organized solution for housing these components, safeguarding them while maintaining easy access for maintenance or modifications. Lastly, to enhance the tank's appearance and add a touch of personalization, I designed and 3D-printed a cannon. This custom-printed cannon perfectly complemented the overall design, making the tank even more visually appealing. By strategically incorporating 3D printing into specific parts of the project, I achieved a balance between functionality and customization. The precision and versatility of 3D printing allowed me to create tailored enclosures and a unique cannon, elevating the overall aesthetic and practicality of my BT Arduino Tank project.

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KITT (Knight Industries Two Thousand) was a fictional car based on a 1982 Pontiac Trans Am in the Knight Rider television series. KITT featured an artificial intelligence, voiced by the legendary William Daniels, and some iconic styling. Savall21 built a replica RC KITT and used Arduino boards to add sound and light effects that he can trigger with the RC transmitter. This is a custom RC car created by Savall21 using a Tamiya TT-02 kit and a resin 3D-printed body shell. The controller/transmitter is a Jumper T18, which has a customizable touchscreen interface. Savall21 programmed his own widget for that touchscreen. It mimics the fictional KITT control panel and lets the user select different sound effects and activate the iconic headlights. The T18 sends commands to an FrSky XR8 radio receiver located in the car. The FrSky receiver communicates with two Arduino Nano Every boards via the S.Port. The first Arduino controls the sound effects, which play through a DFPlayer Mini MP3 player module. The FrSky receiver simply sends a numerical code to the Arduino, which then activates the corresponding audio clip. The second Arduino drives a strip of WS2812B individually addressable RGB LEDs for the headlights and taillights. The user can control the headlights directly, while the taillights automatically come on any time the throttle is below 50%. For fans of Knight Rider and RC vehicles, this is the ultimate project. The car looks fantastic and the Arduino effects add polish to the build.

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