General Radar Corp. develops high-resolution phased-array radar systems, including a scalable C-band AESA radar with digital beam-forming and supercomputing capabilities for applications in aerospace, defense, and autonomous systems. Their technology provides long-range, high-resolution imaging to enhance situational awareness and target identification, addressing the limitations of existing radar systems.
Funding
$60.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Existing radar systems often lack the resolution and scalability required for modern applications in aerospace, defense, and autonomous systems, leading to limitations in situational awareness and target identification. Traditional radar architectures can also be cost-prohibitive, hindering broader adoption and innovation.
Solution
General Radar provides scalable, high-resolution C-band Active Electronically Scanned Array (AESA) radar systems designed for multi-mission applications. Their technology utilizes digital beam-forming and a supercomputing backend to deliver long-range, high-fidelity imaging capabilities. The company's radar solutions are designed to be cost-effective and adaptable, enabling advanced radar capabilities for a wider range of uses, including aerospace and defense, wind energy, autonomy, and weather monitoring. General Radar also offers radar upgrade services, enhancing the capabilities of existing radar systems through advanced signal processing techniques.
Target Audience
The primary customers include organizations in aerospace and defense, wind energy, autonomous systems, and weather sectors seeking advanced radar solutions for enhanced situational awareness, target identification, and monitoring applications.
Features
- C-band AESA radar with GaN front-end for high-resolution imaging
- Digital beam-forming for precise beam control and target tracking
- Scalable architecture allowing for customization in size and power
- GPU supercomputing backend for advanced signal processing and AI capabilities
- Multi-mission capabilities for simultaneous tracking of various targets
- Radar upgrade services to revitalize existing radar systems with digital beam-forming and high-resolution waveforms
- Mark-IV: A high-resolution 3D imaging radar operating in the 76-81GHz band for autonomous vehicles, counter-drone applications, and wind profiling