1090MHz 2.2dBi Sleeve Dipole Antenna This 1090MHz sleeve dipole antenna is custom made for Pants for Birds, and is suitable for outdoor installation. 1090MHz antennas connect to the 1090 port on an ADSBee 1090U, and are used to receive Mode S / ADS-B data.

1090MHz PCB Antenna 1090MHz PCB antenna with a foam adhesive backing, suitable for attachment to foam or thin plastic. Antenna is vertically polarized, and should be oriented up-and-down (like a tree) relative to the horizon.

978MHz PCB Antenna 978MHz PCB antenna with a foam adhesive backing, suitable for attachment to foam or thin plastic. Antenna is vertically polarized, and should be oriented up-and-down (like a tree) relative to the horizon.

978MHz Waterproof Sleeve Dipole Antenna This 978MHz sleeve dipole antenna is custom made for Pants for Birds, and is suitable for outdoor installation. 978MHz antennas connect to the sub-GHz transceiver on the ADSBee 1090U, and are used to receive UAT (Universal Access Transceiver) data in the United States.

ADSBee 1090 Enclosure (Single SMA Connector) 3D-printed PETG enclosure for an ADSBee 1090 single-band receiver. Includes a pre-installed SMA to U.FL bulkhead connector and 4x M2.5 socket-head mounting screws. NOTE: Does not include an FPC WiFi antenna (these are shipped with the receiver PCBAs).

ADSBee 1090 PoE Pant PoE pant for running the ADSBee 1090 / 1090U from an IEEE 802.3af Power over Ethernet (PoE) connection. Includes standoffs and mounting screws for attaching the ADSBee. To connect the ADSBee via Ethernet once the PoE pant is installed, disable the WiFi station and access point and enable Ethernet with the following commands:  AT+WIFI_STA=0  AT+WIFI_AP=0  AT+ETHERNET=1  Note that this pant requires 13×2.54mm through-hole pin headers to be soldered to the ADSBee 1090U (included with the pant).

ADSBee 1090U The ADSBee 1090U is an dual-band ADS-B receiver, receiving both 1090MHz Mode S and 978MHz UAT messages.Features:Mode S Packet Decoding (DF 4, 5, 11, 17)Reporting protocols (provided over USB and UART, * = available over WiFi)RAW (bit values from validated decoded packets)MAVLINK1MAVLINK2CSBee (custom ASCII protocol that provides details about each aircraft and overall decode statistics)GDL90 (Garmin binary protocol that reports details about each aircraft)*Mode S Beast (binary protocol used to feed online exchanges with raw packet data)*Operational modes (all of these modes can be used simultaneously)Serial receiver: Transmit raw packet data or aircraft information over USB or UART, for use with devices such as drone autopilots, computers ingesting data with pyserial, etc.WiFi Access Point: Hosts its own WiFi network that you can join with a phone, tablet, or computer to receive GDL90 aircraft information on Port 4000 (works with Foreflight and Avare).WiFi Station: Joins an existing WiFi network to report raw packet information to online exchanges via the Mode S Beast protocol.NOTE: This unit is in Beta. There will be bugs, but the firmware will be steadily improved, hopefully with the assistance of helpful issue reports from enthusiasts like you ;)

openAir multitrack openAir multitrack stands as a cutting-edge multi-channel ADS-B/MLAT/OGN/ADS-L/Remote ID receiver, setting the standard for high-performance surveillance solutions. It excels in delivering precise surveillance accuracy, rapid update rates, and comprehensive identification data—all at a cost-effective value proposition, surpassing traditional surveillance systems in efficiency. Key Features: Advanced Processing Power: Our device incorporates a robust multi-core processor capable of executing a web-based situation and configuration display, ensuring seamless user interaction. Versatile Output Protocols: openAir multitrack supports multiple output protocols through its network interface, enhancing compatibility with various systems. Data Recording Capability: An optional storage device can be seamlessly integrated to record both raw and decoded data, facilitating offline analysis for in-depth insights. Precision Timing: Messages are timestamped using a high-precision GNSS-synchronized timestamp, ensuring accurate positioning when used for multilateration. Channel Configuration: Channel 1 (1090 MHz): Dedicated to ADS-B/MODE-S, this channel features a highly sensitive 1090 MHz frontend with a 90dB dynamic range. It enables reception of aircraft signals spanning distances from as close 10 meters to 500 kilometers simultaneously. Channel 2 (Selectable Frequency): The second channel is adaptable for OGN/ADS-L on 868 or 915 MHz, or UAT978 on 978 MHz. The two surveillance channels, in addition to the GNSS input, are consolidated into a single antenna input, allowing reception of all signals through a singular multiband antenna. While a dedicated GNSS antenna can be employed, the device also features a Wi-Fi antenna, enabling seamless wireless network connectivity. Furthermore, it simultaneously receives Remote ID data from drones via Wi-Fi and Bluetooth protocols. Optional 4G/LTE Modem: For situations where traditional network sources are inaccessible, openAir multitrack offers an optional integrated 4G/LTE modem. This feature extends its usability to locations with limited connectivity options.

W.FL / MHF3 / MHF4 Connector Removal / Installation Tool Use this handy tool to remove the WiFi antenna cable from the ADSBee 1090’s WiFi module.Removing the WiFi antenna cable is the trickiest part of disassembling an ADSBee 1090, and carries about a 50% chance of destroying the connector on the WiFi module if it’s done without the proper tool (ask me how I know)!This tool is highly recommended if you’re planning to transfer your ADSBee 1090 to a new enclosure or disconnect its WiFi antenna connector for any reason. The tool includes arms that can be slid under the wings on an MHF3 plug, allowing it to be removed from an MHF3 jack without damage. The tool also includes an arm that secures the MHF3 plug from above, allowing the same tool to be used when aligning and installing an MHF3 plug onto its mating jack. Note: this tool is technically an MHF4 removal tool, but it works well enough for MHF3 (and dedicated MHF3 tools are impossible enough to find) that I’ve been carrying it in the store.Datasheet:https://www.i-pex.com/sites/default/files/downloads/pdf/2D_MHF_4_MATING_AND_UNMATING_TOOL_1_90435C2.pdfI-Pex 90435-001 MHF 4 CONNECTOR MATING/UNMATING Tool