Custom Products

The Automated Test Equipment (ATE) solutions from ComAvia are made to give your business a competitive edge when it comes to testing complicated avionics LRUs for verification and validation. Avionics product developers can test subsystem with quicker turnaround times, improve test coverage, and quicken sophisticated certification process for flight safety by using our advanced test automation strategy.

While keeping costs and deadlines under control, ComAvia is introducing automated testing solutions into new industries. ComAvia is aware that during a project's development lifecycle, both the cost and the timeline are at risk. We can start putting our skills to work right away to assist your team in efficiently planning and carrying out the right tasks, at the right time, in the correct order, to make sure that all goals are met on schedule. To help our customers save time and money, ComAvia ensures that certain requirements of performance, quality, safety, and efficiency are met.

HUD is a basic instrument in modern fighter aircrafts which lets the pilot monitor important flight and target information without having to regularly glance down at the dashboard, thus losing visual contact with important objects in front of the aircraft.

HUDSIM can replace the actual HUD for ground applications in Avionics Test Rigs and as a standalone tester when connected to Mission Critical Computer System, Display Processor, Mission Computer, Core Avionics Computer etc.

For more details click here.

MFDSIM is one of the key equipment used in testing aircraft systems on the ground during the development phase of an aircraft. MFDSIM on ground allows quick, non-disruptive access to critical inflight options, controls, and information such as navigation route, moving map, radar, etc. MFDSIM on ground used in ground-based test facilities, is a cost effective, alternative to expensive airborne display systems. It has been widely accepted by the avionics community.

HUDSIM can replace the actual HUD for ground applications in Avionics Test Rigs and as a standalone tester when connected to Mission Critical Computer System, Display Processor, Mission Computer, Core Avionics Computer etc.

Key Features

Video Generator card simplifies the task of generating video in specific format thereby simplifying elaborate needs to simulate the video signals required for testing LRUs in avionics applications.

Video Generator cards are built for both lab and field-testing applications where cost and space constraints along with utility value are critical deciding factors. These Video Generator cards are specially optimized for ground-based test applications.

To cater to specific application needs, three different Video Generator cards are available:

• VGA VIDEO GENERATOR is a static frame video generator of VESA STANDARD.
• PAL VIDEO GENERATOR is a static frame video generator of PAL (Composite/S-Video) STANDARD.
• STANAG RGB VIDEO GENERATOR is a static frame video generator of STANAG 3350B RGB STANDARD.

In every Video Generator card, the Video Frames are downloaded to the generator over Ethernet using the VIDEOGEN software.