**PRODUCT UPDATE 3/29/2022: The E3 lightweight Night Vision Goggle is currently in development for design improvements. Updates on E3 availabiliy will be published later this year.

By RILEY BUNCH rbunch@idahopress.com

By the fall of this year, the most high-tech night vision goggles the U.S. market can offer will come straight from Boise. 

The Night Vision Awards selection committee announced today they are now taking nominations for the 2019 Night Vision Awards Show to be held in Omaha, Nebraska at the Airborne Public Safety Association’s (APSA) annual APSCON conference. Entries will be accepted until June 3.  The awards will be presented to recipients on Thursday, July 18 at an awards reception in the CHI Health Center Junior Ballroom from 16:30-17:30 p.m.

**PRODUCT UPDATE 3/29/2022: The E3 lightweight Night Vision Goggle is currently in development for design improvements. Updates on E3 availability will be published later this year.

(BOISE, IDAHO March 6, 2019) Aviation Specialties Unlimited, Inc., (ASU) announced at Helicopter Association International’s annual convention, HELI-EXPO, in Atlanta that the company will offer a special introductory rate and package for its new E3 Lightweight Night Vision Goggle. 

Idaho Commerce and the Idaho Aerospace Alliance will attend the Avalon Airshow, February 26 – March 1, in Melbourne, Australia alongside eight Idaho companies including AeroLEDs, AERO Specialties, ASU, Black Sage, Frequence, Hamilton Manufacturing, Inc., Western Aircraft and xCraft.  The Avalon Airshow supports engagement with government, industry and defense opportunities, and is an excellent opportunity for Idaho companies to gain significant intern

Aviation Specialties Unlimited's fixed-wing helmet concept was among only three full-helmet solutions selected to advance to a prototype phase at the AFWERX Fixed Wing Helmet Challenge on Nov. 15, in Las Vegas. 

ASU’s Light Aviation Stable Ergonomic Relaxed-Fit or LASER-Fit helmet concept is a collaborative effort with Paraclete Aviation Life Support. The solution, proposed to improve the current U.S. Air Force fixed-wing helmet, is designed to reduce neck load, improve comfort and stability, reduce neck injury, and seamlessly integrate with current and future technologies and attachments.