Repeatable missions
Predefined scan profiles support consistent coverage across aircraft, fleets, and time intervals.
Bravo X Systems
Autonomous aircraft inspection engineered for precision
Bravo X is PlaneCare's next-generation inspection ecosystem, combining autonomous and semi-autonomous scanning, LiDAR navigation, high-resolution data capture, and AI-assisted analytics into a repeatable aircraft and airport inspection platform.
Inspection without limits
Digitized, data-rich inspections with less disruption
Bravo X moves inspection work beyond scaffolding, manual access equipment, and inconsistent visual assessment by using structured scan missions and consistent data capture.
Data-rich operations
Visual and spatial data becomes part of a digital inspection record that can be reviewed, compared, and trended.
Minimal disruption
Inspection workflows are built for hangar or ramp environments with operator oversight and controlled execution.
Capabilities
Core Bravo X inspection capabilities
Autonomous & Semi-Autonomous Drone Inspections
- Pre-programmed flight paths
- Repeatable coverage across fleets
- Operator-supervised autonomy
LiDAR-Based Navigation
- Reliable operation in GPS-denied hangars
- Precision positioning around aircraft geometry
- Safer navigation in confined spaces
High-Resolution Data Capture
- Detailed surface imaging
- Support for crack, corrosion, paint, impact, and lightning strike review
- Reusable inspection documentation
Underwing & Low-Clearance Inspection
- Hard-to-access zone coverage
- Landing gear and lower fuselage visibility
- Complements aerial inspection paths
AI-Assisted Analytics
- Automated defect detection support
- Inspection-to-inspection comparison
- Trend and predictive maintenance insight
Inspection Command
- Mission planning
- Data processing
- Review, reporting, and quality follow-through
Digital ecosystem
More than a drone platform
Bravo X is designed as an integrated inspection architecture: mission planning, autonomous capture, data processing, AI-assisted review, digital reporting, and fleet-level historical comparison.
Mission Planning
Define aircraft, inspection zones, access constraints, and data requirements before the mission begins.
Real-Time Capture
Collect imagery, spatial context, and structured inspection evidence during controlled scan operations.
Digital Reporting
Turn inspection data into standardized findings, searchable records, and actionable maintenance context.
The Hangar of the Future
Turning the hangar into a smart inspection node
Bravo X supports PlaneCare's vision for an autonomous hangar environment where aircraft enter the inspection area, scan missions run with minimal manual intervention, data is processed quickly, and reports are generated with structured human review.
Aircraft enters
The inspection environment is prepared around the aircraft type, geometry, and work scope.
Systems scan
Autonomous and semi-autonomous platforms execute repeatable capture missions.
Reports flow
Inspection data is reviewed, analyzed, and translated into operational decisions.
Applications
Built for critical aircraft inspection events
Entry Into Service
Digital exterior inspection support for aircraft acceptance and EIS readiness.
Lease Return & Acceptance
Documented aircraft condition review for handover and transaction events.
Maintenance & QA
Post-maintenance inspection, routine inspection, and discrepancy documentation support.
Damage Assessment
Repeatable visual capture for impact, lightning, paint, corrosion, and surface anomaly review.
Fleet Programs
Standardized inspection output across aircraft, locations, and inspection intervals.
Airport Environments
Future support for infrastructure surveys, ramp inspections, and operational visual data collection.
Operational advantages
Faster, safer, more consistent inspection workflows
Reduced Inspection Time
Structured scan missions help reduce manual setup and inspection cycle time.
Enhanced Safety
Less need for personnel working at height or around access equipment.
Standardized Results
Consistent capture methods improve repeatability across aircraft and time.
Lower Downtime
Efficient hangar or ramp inspection workflows support aircraft availability.
Scalable Fleet Use
Designed to support individual aircraft and larger multi-aircraft programs.
Data-Driven Insight
Inspection records can be compared, trended, and used for smarter maintenance decisions.
Technology philosophy
Engineering the future of inspections
Data-driven insight
Inspection results should produce decision-ready intelligence.
Operational efficiency
Technology must reduce friction and downtime in real aviation environments.
Scalable architecture
The platform is designed to grow from aircraft events to fleet-level inspection ecosystems.