Governing Engineering Framework

Infinity Skies designs, manufactures, and integrates mechanical systems under a unified, documented engineering framework intended for high-reliability, long-lifecycle industrial and aerospace-adjacent applications.

These standards govern all Infinity Skies products, systems, and assemblies, ensuring interoperability, traceability, scalability, and long-term maintainability across customer programs and product generations.

They are written to be:

  • Engineer-readable
  • Audit-aware
  • Platform-scalable
  • Supplier-transferable

This page serves as the authoritative index of all active Infinity Skies Engineering Standards.

Unified Modular Engineering Doctrine

At the core of the Infinity Skies platform is a single mechanical language — a unified modular system that enables products to interoperate mechanically, dimensionally, and configurationally across applications.

This doctrine governs:

  • Mechanical interfaces
  • Datum architecture
  • Hole grids and mounting patterns
  • Module interchangeability
  • System-level scalability

All products listed on this website either comply with or are derived from this unified standard.

→ Read the full standard

Active Engineering Standards

Unified Modular Mechanical Standard

Defines the mechanical interface language used across all Infinity Skies products, including:

  • Interface grids
  • Datum definitions
  • Edge geometries
  • Interchange rules
  • Modular scalability requirements

→ View Standard

Materials & Finishes Standard

Defines approved materials, coatings, and surface treatments used across Infinity Skies components to ensure:

  • Dimensional stability
  • Corrosion resistance
  • Wear performance
  • Supply chain continuity

→ View Standard

Tolerances & Quality Standard

Defines dimensional tolerances, inspection expectations, and quality control principles applied to:

  • Machined components
  • Modular interfaces
  • Inspection-critical features
  • Non-flight but high-authority assemblies

→ View Standard

SKU & Configuration Control Standard

Defines how Infinity Skies products are:

  • Serialized
  • Version-controlled
  • Configured
  • Tracked across revisions and assemblies

This ensures long-term program stability and documentation integrity.

→ View Standard

Scope of Application

Infinity Skies Engineering Standards apply to:

  • Standalone machined components
  • Modular interface plates and blocks
  • Fixture and tooling systems
  • Equipment mounting and support systems
  • Test and qualification structures
  • Ground support equipment (GSE)
  • Non-flight, high-authority mechanical assemblies

All systems are designed for repeatability, interchangeability, and long service life.

Compliance & Quality Philosophy

Infinity Skies standards are developed and reviewed as if operating under:

  • ISO 9001 quality management principles
  • AS9100 risk-aware engineering practices
  • Six Sigma DMAIC / DMADV methodologies
  • Professional engineering documentation standards

While not all programs require formal certification, all engineering outputs are created to be audit-ready.

Living Standards

Infinity Skies Engineering Standards are living documents.

They are:

  • Version-controlled
  • Backward-compatible where possible
  • Updated based on real-world use, manufacturing feedback, and customer requirements

Legacy configurations remain supported through controlled revision tracking.

Using These Standards

Customers, integrators, and partners may reference these standards to:

  • Design compatible equipment
  • Specify mounting and interface requirements
  • Evaluate interchangeability
  • Accelerate integration timelines
  • Reduce custom engineering effort

For program-specific deviations or extensions, contact engineering.

→ Contact Engineering

These standards represent the official engineering doctrine of Infinity Skies.

Any product, drawing, or specification claiming Infinity Skies compatibility must conform to the applicable standards listed on this page.