This solicitation closed on June 24, 2026
View current Department of Defense opportunities →Rapid Range Determination of Airborne Targets in Complex Raid Scenarios
AI Overview
The Navy seeks an EO/IR sensing technology to rapidly determine ranges of multiple small, fast-moving airborne targets simultaneously—solving the limitation that current gimbal-mounted systems cannot track numerous maneuvering aircraft fast enough during complex raid scenarios.
This summary is AI-generated from the official solicitation.
Key Details
Official Description
The Navy fields, and continuously updates, multiple systems incorporating imaging sensors (cameras). Across all systems, the Navy will have cameras covering both wide and narrow fields of view, operating over essentially the entire span of visible to infrared (IR) wavelength bands. While there is no strict operational division, wide field of view (WFOV) cameras typically provide general situational awareness over a broad sector. When an object of interest is observed, the WFOV camera system then...
Change History
Rapid Range Determination of Airborne Targets in Complex Raid Scenarios
Opportunity DON26BZ02-NV047 no longer available
Rapid Range Determination of Airborne Targets in Complex Raid Scenarios
# Q&A Changes Summary **Updated Answer to Q1 (New Clarification):** Previously unanswered, now clarified that additional WFOV or NFOV cameras are "desirable" to avoid. Critically, the updated answer states WFOV cameras will be co-located, making stereoscopic techniques infeasible—directly addressing the applicant's multi-location sensor mounting proposal. **No changes to Q2, Q3, or Q4 answers.** The key change: A1 now explicitly prohibits the multi-baseline stereo approach requested by clarifying that co-location precludes stereoscopic ranging methods.
Rapid Range Determination of Airborne Targets in Complex Raid Scenarios
**Added 1 new Q&A seeking clarification on camera restrictions.** New Q1 asks whether "no additional cameras" prohibition applies only to additional WFOV cameras and existing NFoV cameras, or also excludes new passive NFoV imagers for range-measurement systems. Also clarifies if multiple sensing elements of the same system can be mounted at separate ship locations for stereo baseline requirements. **Answer pending.**
Rapid Range Determination of Airborne Targets in Complex Raid Scenarios
All three Q&As received answers. Key clarifications: (1) Augmentation means using camera output for additional capability, not modifying hardware/software; (2) Ranging system should be co-located with WFOV camera, laser limited to ~70 lbs for director installation; (3) System for large surface combatants only, all sensors must be co-located with WFOV/NFOV cameras (no distributed mounting or multi-ship collaboration).
Rapid Range Determination of Airborne Targets in Complex Raid Scenarios
# Summary This Q&A clarifies technical constraints for a naval wide-field-of-view (WFOV) camera augmentation and ranging system, addressing permissible sensor modifications, co-location requirements, and baseline separation options for multi-platform passive detection solutions.
Rapid Range Determination of Airborne Targets in Complex Raid Scenarios
Status changed from Pre-Release to Open
Rapid Range Determination of Airborne Targets in Complex Raid Scenarios
New opportunity: Rapid Range Determination of Airborne Targets in Complex Raid Scenarios
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