Which statement correctly describes the roles of TADS and PNVS in targeting?

Which statement correctly describes the roles of TADS and PNVS in targeting?

• A. TADS handles acquisition, tracking, and designation; PNVS provides night-vision imaging for navigation and targeting.
• B. TADS is used for weather data; PNVS for terrain mapping.
• C. TADS and PNVS both provide daytime only operations.
• D. TADS is for communications; PNVS for engine control.

Answer: (A)

Targeting with the Apache relies on two coordinated sensors: TADS and PNVS. TADS, the Target Acquisition Designation Sight, is the primary sensor for finding and engaging targets. It includes a TV camera, a forward-looking infrared (FLIR) camera, and a laser designator/rangefinder. This lets the crew acquire targets, track their movement, and designate them for laser-guided weapons or for cueing weapon systems. PNVS, the Pilot Night Vision Sensor, provides forward-looking night-vision imaging—essentially a thermal/low-light view for the pilot to navigate and observe, especially at night or in poor visibility. That imagery also aids in locating potential targets, though the actual designation and tracking belong to TADS. So, the statement aligns with how these systems work: TADS handles acquisition, tracking, and designation, while PNVS provides night-vision imaging for navigation and aiding targeting. The other options mix up sensor roles or describe capabilities (weather data, terrain mapping, daytime-only operation, or unrelated functions like communications or engine control) that aren’t correct for TADS/PNVS.

Targeting with the Apache relies on two coordinated sensors: TADS and PNVS. TADS, the Target Acquisition Designation Sight, is the primary sensor for finding and engaging targets. It includes a TV camera, a forward-looking infrared (FLIR) camera, and a laser designator/rangefinder. This lets the crew acquire targets, track their movement, and designate them for laser-guided weapons or for cueing weapon systems. PNVS, the Pilot Night Vision Sensor, provides forward-looking night-vision imaging—essentially a thermal/low-light view for the pilot to navigate and observe, especially at night or in poor visibility. That imagery also aids in locating potential targets, though the actual designation and tracking belong to TADS.

So, the statement aligns with how these systems work: TADS handles acquisition, tracking, and designation, while PNVS provides night-vision imaging for navigation and aiding targeting. The other options mix up sensor roles or describe capabilities (weather data, terrain mapping, daytime-only operation, or unrelated functions like communications or engine control) that aren’t correct for TADS/PNVS.