Baselining Sensor Kit
A powered-down passive electrical scan option available within electrical integrity checks already performed in ULTRAX-supported workflows.
BLSK provides a bulk-measurement path in place of one-pin-at-a-time checks without replacing Technical Manuals, authority, or maintenance doctrine.
Currently deployed in the CH-47, BLSK will soon be available as a stand-alone option for ULTRAX-supported podset workflows, regardless of airframe, and wherever electrical integrity verification is already part of the job.
BLSK is the kit that brings powered-down passive electrical scanning into the maintenance workflow. It includes the measurement hardware, cables, and digital interface needed to perform the scan where electrical integrity checks are already part of the job.
It is designed to fit existing procedures rather than replace them. The maintainer is still working inside the same manuals, authority structures, and required check.
It is the kit teams use to collect the electrical state before the evidence is disturbed and before stepwise handling begins to reduce what the next decision can still learn from the system.
- Electrical integrity checks already performed while using ULTRAX podsets.
- H-60 workflows such as Stab Position Limit Switch and Engine Indications to Cockpit where maintainers already need defensible electrical verification.
- Maintenance activity governed by current TM, EITM, and manual-driven processes where faster measurement and preserved evidence are useful, but procedural disruption is not.
From pin-by-pin effort to bulk measurement
Conventional one-pin-at-a-time DMM checks are labor intensive, repeated, and vulnerable to handling error across long measurement chains. They can consume many hours or days and still leave the team with measurements that were never captured as a reusable connected-state record.
BLSK provides bulk measurement in minutes instead of hours or days. The advantage is not only speed, but preserving the connected system state before stepwise measurement, disconnection, or repeated handling starts to fragment the evidence.
Scan first. Interpret through Condition-Based Intelligence™.
The BLSK performs the scan. Condition-Based Intelligence™ interprets the captured state. That is the distinction the page needs to keep clear.
CBI is the Listen. Know. Act. engine behind the workflow. It compares conditions, identifies actionable outliers, supports outlier resolution, and enables recapture of resolved state after corrective action is complete.
From scan to ULTRAX Verified Condition State
A captured scan becomes a ULTRAX Verified Condition State (UVC). Baselines and scan profiles remain familiar descriptive terms, but UVC is the formal way this page should describe the captured result.
A UVC is an empirical captured state of the connected system. It is useful because it preserves the condition that existed before action disturbed the evidence, and after outlier resolution that resolved state can be recaptured and retained.
Fielded now, expanding toward stand-alone deployment
- Currently deployed in the CH-47 through existing FADEC-related workflow context.
- Expanding toward stand-alone availability in ULTRAX-supported podset workflows.
- Aircraft agnostic in principle wherever connector access and electrical integrity verification are already part of the job.
- Connects through the aircraft interface rather than requiring disconnection to begin learning from the system.
- Does not touch communications networks or fiber.
- ULTRAX provides the cable assembly needed to connect to the aircraft-side interface.
- Where connector lead times are long, temporary connection paths can be built to accelerate early use while preserving the longer-term configuration path.
Bring BLSK into the check already being performed.
If your workflow already includes electrical integrity verification, BLSK is the bulk-measurement option that fits inside that existing work. Start with the aircraft problem, the podset workflow, or the target electrical check.