Baringa&trade; IR/UV

Overview

Baringa^™ is a handheld, ruggedized aircraft survivability test set used to stimulate the electro-optic sensor suites on various aircraft platforms. Available in ultraviolet (UV) as well as one-color or two-color infrared (IR), Baringa simulates dynamic multi-engagement profiles and is easily reprogrammable to meet user testing needs.

Ultraviolet (UV) and One-Color/Two-Color Infrared (IR) Variants
Compatible with All Fielded Missile Warning Systems
Lightweight (~4 kg Including Battery)
Long Battery Life (~500 Engagements per Charge; Internal Rechargeable)
Ruggedization (ATEX Compliant; MIL 28800 PRF; DEF STAN 66-31)

Highlights

Power

Rechargeable battery

Dimensions

1.1 ft x 0.4 ft x 0.4 ft 340 mm x 115 mm x 135 mm

Weight

8.6 lb (3.9 kg)

Operating Temperature

-20 to 55 °C (4 to 131°F)

configurations

Choose a Section

Baringa IR

Baringa UV

Baringa IR

Baringa UV

Our Infrared (IR) Baringa is a confidence test set used to stimulate one-or two-color IR missile warning systems. A rugged, battery-operated test set that can be handheld or supported on a simple tripod, the IR Baringa is programmed to radiate spectral and temporal, classified and unclassified missile IR plume signatures. It can be operated from typical standoff ranges of 5-15 meters (m) or 15-50 feet from the missile warning system.

Programmed to radiate spectral and temporal, IR missile plume signatures
Operational in various environments
Lightweight for ease of use
Management software package available for creating and downloading test templates

Our Ultraviolet (UV) Baringa is a pre-mission flight line confidence test set designed to stimulate UV missile warning systems. As a ruggedized, military specification product, the Baringa can also be used to measure the sensitivity of the missile warner under test. It can be operated from typical standoff ranges of 5-15 meters or 15-50 feet from the missile warning system.

Allows programming of complex, multiple-missile engagement profiles or a combination of simulated missile engagements and flare burns
Can be user-programmed to include various confidence profiles to test all fielded missile warning systems
Lightweight and battery operated