ISOF Range 2026

The ISOF Range 2026 event is a technology demonstration opportunity for private industry, government Research and Development (R&D) organizations/labs, academia, and individuals to showcase innovative lethality technologies. The event will be held on 14-15 April 2026 at the Nevada Test and Training Range (NTTR), NV. The technology areas to be explored during the event include weapons, visual augmentation systems, demolitions/breaching, ammunition, shoulder launched munitions, precision strike systems, and other relevant disruptive technologies. The attendees will use the event to conduct "hands-on" market research of technology to address lethality gaps and inform future requirements. Some key technology areas of interest include: • New or novel rifle and machine gun suppressor designs and materials • Kinetic counter-UAS weapons and technologies • Signature management/reduction technologies • Weight reduction concepts • Novel materials/solutions to extend weapon lifecycle parts and predictive maintenance solutions • Pistol modification and enhancement solutions • Novel weapon accessories • Low-light, reflective band sensor technologies • Emissive band sensor technologies • Single-sensor technologies for imaging in both reflective and emissive bands • Small-pixel MWIR sensor technologies with high dynamic range • Novel sensor and imaging technologies • Passive range measurement technologies • Novel display technologies to reduce size and weight of VAS devices • Direct-view and Clip-on Machine Gun Optics • Germanium-free infrared optic technologies for MWIR and LWIR imaging • Medium Range and Long-Range VAS for weapon-mounted applications • Laser markers used for target handoff and laser designators used for terminal guidance • Displays suitable for providing digital information to users wearing analog night vision goggles • Next generation night vision goggle concepts • Integration of digital solutions to enhance analog imaging • Small form factor, low-cost SWIR cameras for detection of common laser rangefinders and laser markers and designators • Handheld multi-sensor imaging and multi-domain sensing of the user's environment • Color night vision technologies • Low SWaP-C laser see-spot technologies • Laser detection/warning technologies • Anti-bloom image intensifier devices