Before we put any product on the market, we perform hundreds of simulation tests in our labs, as well as thousands of street runs. All with a single-minded aim: Superior protection and shielding against even the trickiest and most modern laser guns.

We would like to think that as a result of this, our Fiber Laser has been extremely well received by end-users and critics alike. Stinger's extremely sensitive and powerful Fiber Lasers are operated by our proprietary laser gun recognition system, enabling it to detect, jam and recognize old and new generation guns. Stinger's Fiber Laser is the world's most advanced - and smallest sized - laser protection.

Adding our radar antenna to your Stinger system will give you the option of driving with an awesome radar detector with unsurpassed results. For superior sensitivity and accuracy, we use state-of-the-art parts and create Stinger-only applications such as ultra-fast but humanly clever artificial intelligence, parallel scanning, and omni-polarity. It is this sensitivity-accuracy combination that will make you a happy driver, getting comfortable warning distances and minimal false alerts.

Most radar detector tests only measure warning distances, or 'absolute sensitivity'. By extension, many think that absolute sensitivity simply translates into radar performance. But it is not that simple. We feel strongly that a top of the line radar detector should only have one bottom line performance parameter: user experience.

In our book, a top RD should give you comfortable warning distances and a minimum of false alerts. Reasonable warning distances are neither too short, nor too long, and require 'relative' sensitivity, not just 'absolute sensitivity'. Minimal falsing asks for scientific accuracy in order to filter out, memorize and block false radar alerts. So our secret to giving you the best experience is to build a radar antenna that provides just that: Awesome relative sensitivity with an absolute minimum in false alerts.