uAvionix Corporation

Defense Solutions

Mode 5 Combat ID / IFF Solutions for Tactical UAV

Our RT-2087/ZPX IFF (Identification Friend or Foe) solutions provide secure Combat ID with Modes 1, 2, 3/A, C, S, and 5 interoperability for tactical UAS. The low-SWaP systems are installable on UAVs as small as Group 1 or Group 2.

Engineered to the highest standards, ZPX systems have been tested to meet rigorous environmental and performance specifications, with AIMs Mk XIIB certification pending. ZPX transponders are also compliant with civil airspace requirements as Mode S/1090ES ADS-B transponders, simplifying aircraft configurations.

All ZPX Transponders are crypto-appliqué compatible and contain internal crypto emulators to provide non-classified Mode 5 testing and demonstration capability.

Mode S UAV Transponders

ZPX-A – Mode S Transponder with ADS-B for military & civilian UAS

The ZPX-A is a Mode S transponder with ADS-B capabilities, designed to allow both military and civilian UAS to safely operate in controlled airspace. The AIMS-certified transponder can be recognized by other aircraft with Traffic Collision Avoidance Systems (TCAS) or ADS-B In receivers.

The low-SWaP transponder weighs just 50 grams and can be used by UAS as small as Group 1 and Group 2. Capabilities for military users include control of X-bit in Mode A replies and individual on/off mode control.

IFF Combined Transponder-Receivers

RT-2087/ZPX – IFF Mode 5 Transponder with Mode S and ADS-B (UAS Groups 1-5)

RT-2087/ZPX is the world’s lowest-SWaP AIMS Certified Combat ID and Air Traffic Control surveillance transponder.

Designed to satisfy IFF Transponder, Mode S, and ADS-B requirements, RT-2087/ZPX allows tactical UAS to operate in both battlefield conditions and controlled civil airspace.

The secure system can be combined with a micro-crypto appliqué for the latest NATO Mode 5 encryption capabilities. Options include an integrated ADS-B receiver and ethernet connectivity.

ZPX-1 – Combat ID IFF Mode 5 transponder with ADS-B

The ZPX-1 is a Mode 5 transponder designed to satisfy IFF Transponder and ADS-B requirements for tactical UAS that may operate both on the battlefield and in controlled civil airspace. The low-SWaP transponder weighs just 91 grams and can be used by UAS as small as Group 1.

The unit can be combined with a microcrypto system to enable the latest NATO-approved IFF encryption standards.

IFF Receivers

ZPR – passive Mode 5 IFF and ADS-B receiver system

The ZPR is a passive Mode 5 L2/2B IFF and civil 1090 MHz ADS-B receiver system designed to provide enhanced situational awareness and detection of aircraft operating either in civilian airspace or on the battlefield.

The low-SWaP unit includes an internal crypto emulator and is ideal for installing in aircraft and vessels as well as portable and permanent ground control stations.

Learn more: Mode 5 IFF UAV Receivers

Civil Solutions

Mode S ADS-B OUT Transponders

ping200X – Certified UAV Mode S Transponder with ADS-B OUT

Pair ping200X with our high-performance truFYX SBAS GPS to deliver safe separation information to Air Traffic Control (ATC) as required for controlled airspace around the globe. The Source Integrity Level (SIL) 3 GPS also guarantees visibility to certified avionics in other aircraft.

Learn more: ping200X – Mode S UAV Transponder with ADS-B OUT

ADS-B Receivers

PingRX Pro can be easily integrated with Ardupilot and PixHawk-based drone autopilots, requiring only a few lines of code to be launch-ready.

Learn more: pingRX Pro – Detect and Avoid ADS-B UAV Receiver

Learn more: pingStation 3 – Ground-Based Dual-band ADS-B Receiver

GPS Position Sources

BVLOS UAV C2 Data Links

microLink – UAV data link for BVLOS command & control

• FCC (U.S.A.) and IC (Canada) Approved
• Dual Radios
• Weight: 16 grams
• Size: 31 x 26 x 9mm

microLink is a Beyond Visual Line of Sight (BVLOS) Command and Control (C2) drone data link radio specifically designed for long-range mission-critical applications and UAV operations.

The FCC (U.S.A.) and IC (Canada)-approved high-integrity avionics solution consists of two radios, each with their own external antenna for enhanced reliability, range, and signal blockage protection.

The GPS timing-synchronized datalink utilizes advanced frequency-hopping techniques to protect against external interference, using the full 902 – 928MHz spectrum range. Performance can be optimized even further by pairing microLink with our skyStation Ground Radio System (GRS), which multiplies your effective range to 12 miles line-of-sight and can be mounted on your GCS or on permanent infrastructure.The versatile solution features an open architecture with almost limitless integration options and allows you to interface with PixHawk or nearly any serial-connected drone autopilot.

microLink is supplied with a mission monitor application that provides continuous connection status, signal integrity, and health of both ARS and GRS radios, allowing pilots to make critical decisions before link loss occurs.

Learn more: microLink – UAV data link for BVLOS command & control

SkyLine Command & Control Infrastructure and Datalinks

Enterprise UAS C2 infrastructure management service

SkyLineis a scalable Enterprise Command and Control (C2) infrastructure management service that has been designed from the ground up to meet aviation design standards for critical UAS and UAM (urban air mobility) applications.

Vertically Integrated Highly Scalable Infrastructure

It provides real-time statistics and telemetry such as aircraft location, network health and signal strength, all accessible from the cloud.

Cloud-accessible Real-time Statistics and Telemetry

Based around our low-SWaP DO-362A SkyLink datalink radios, SkyLine provides seamless management of your UAS missions and infrastructure. The system has been developed to Design Assurance Level (DAL) C for both hardware and software, ensuring the highest level of safety for unmanned aircraft and cargo.

SkyLine Airborne & Ground Radio Links

Our SkyLine airborne and ground radio systems enable robust Control and Non-Payload Communications (CNPC) links for UAS, and are designed to RTCA DO-362A and FAA TSO-C213a. The radio links provide reliable low-latency transfer of critical information for certifiable LOS and BVLOS missions.

Learn more: SkyLine Command & Control Infrastructure and Datalinks

pingRID – FAA-compliant Remote ID Broadcast Module

pingRID is a compact and lightweight addon module that enables any drone to achieve compliance with the FAA’s Remote ID regulations. The easy-to-use module comes preconfigured right out of the box, requiring you only to assign your unique device ID to your FAA drone registration.

The self-powered design can operate for over 2 hours on a single charge, and can be recharged via USB-C. A set of LED indicators provides at-a-glance status on the battery charge, device readiness for flight, and inflight operations.

Learn more: pingRID Remote ID Broadcast Module

Casia G

Ground-based detect-and-alert system for airspace protection

Casia G is an AI and computer vision-powered surveillance system that provides ground-based monitoring of the airspace, ensuring that your UAS operations are safe from aerial threats. The passive system does not require FCC approval and provides constant 360-degree detection, classification and alerting of all types of aircraft.

Multiple Casia G nodes can be networked together to provide extended coverage, and can be integrated with existing situational awareness systems to enable the Remote Pilot in Command (RPIC) to access all information in a single place.

Learn more: Casia G Airspace Surveillance System

Casia I

Onboard collision avoidance for BVLOS UAS

Casia I is an advanced detect-and-avoid solution for UAS, utilizing cutting-edge machine learning and computer vision technologies to provide real-time aircraft detection and classification. The low-SWaP system can be easily integrated with a wide range of multirotor, fixed-wing and VTOL drones, and is compatible with leading commercial drone autopilots.

Casia I features a 98.9% detection rate and allows drones to reliably and autonomously navigate around obstacles and hazards, ensuring safer and more reliable drone operations.

Learn more: Casia I Detect-and-Avoid System