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Spire Safety Assurance Services Ltd

Providing Safety Assurance consultancy into high risk defence aviation sectors.

Harnessing digital and data toolsets to build sustainable solutions to complex safety governance activities.

Safe, Precise, Innovative Risk Engineering

Military Aviation

Training Systems

Error Investigation

Safety & Risk

Evidence led, Regulatory Compliant assessment of hazards and whole system risks

Training Analysis

JSP 822 Defence Systems Approach to Training

Root Cause Analysis

Identifying the primary failure modes for sustainable recovery and mitigation

Digital & Data

Adoption of Digital and Data tool sets to support effective management of safety management systems

The Spire Standard: Engineering Integrity in a Digital Age

Spire Safety Assurance Ltd is built on a foundation of over 25 years of front-line experience within the UK Defence Aviation sector. We specialize in bridging the critical gap between legacy aerospace engineering and the modern digital landscape.

Founded by a Chartered Engineer (CEng) and former RAF technician, Spire was established to provide the high-integrity safety governance and training analysis required for the next generation of air capability. We don't just identify risks; we engineer the digital tools to manage them.

Our Mission

To safeguard operational readiness by providing data-driven safety assurance and sustainable training solutions. We ensure that as technology evolves and workforces transition, your safety cases remain robust, your people remain competent, and your data remains an asset.

Why Partner With Spire?

  • The Bridge: We speak both "Hangar" and "Code." We translate complex airworthiness requirements into agile, digital workflows using Power Platform, Python, and Splunk.

  • Succession Resilience: We utilize DSAT (JSP 822) and deep Role Analysis to capture and digitize the "Tribal Knowledge" of an ageing workforce, ensuring continuity of expertise.

  • Evidential Integrity: Our work is underpinned by a commitment to factual analysis and CEng-level accountability.