Advisory & Deployment Products

Designing AAM
Infrastructure
That Actually Works

Concepts → Design Intent → Regulatory Alignment
We help OEMs, developers, and public agencies move from idea to credible, performance-based and standards-aware AAM Infrastructure.

FIG 2.4 - VERTIPORT GEOMETRY

Why Blueprint?

Because the stakes are too high for trial-and-error. We sit at the front end—before you commit to concrete.

Led by the former FAA Vertiport Design Lead.

Risk Mapping
FAA Standards
AIRCRAFT CAPABILITY — INFRASTRUCTURE STRATEGY — DEPLOYMENT — AIRCRAFT CAPABILITY — INFRASTRUCTURE STRATEGY — DEPLOYMENT — AIRCRAFT CAPABILITY — INFRASTRUCTURE STRATEGY — DEPLOYMENT

Core
Services

Where innovation meets regulation — early enough to shape the concept, and practical enough to keep it deployable.

01

Concept Feasibility Review

Review vertiport, heliport, rooftop, airport, and novel infrastructure concepts for technical plausibility before full design or public release. Identify issues related to geometry, clearances, safety areas, aircraft assumptions, and operational constraints.

  • / DESIGN INTENT MEMO
  • / TECHNICAL RISK REGISTER
02

Regulatory Pathway Strategy

Translate early concepts into a credible regulatory pathway. Align design assumptions with FAA expectations, performance-based infrastructure standards, safety areas, ARFF, downwash/outwash, operational approvals, and stakeholder review requirements.

  • / REGULATORY STRATEGY MEMO
  • / FAA ENGAGEMENT ROADMAP
03

Aircraft-to-Infrastructure Alignment

Translate aircraft capability into infrastructure requirements. Assess how eVTOL, hybrid-electric, ultra-short, and novel aircraft operations affect landing areas, safety zones, approach/departure paths, turnaround, charging/fueling, emergency response, and site compatibility.

  • / INFRASTRUCTURE REQUIREMENTS MEMO
  • / PERFORMANCE-BASED DESIGN ASSUMPTIONS
04

Deployment Strategy

Turn technical concepts into executable deployment plans. Support site sequencing, stakeholder alignment, partnership strategy, implementation roadmaps, and investor/developer-facing narratives that connect infrastructure decisions to operational and commercial outcomes.

  • / DEPLOYMENT ROADMAP
  • / PARTNERSHIP / INVESTOR STRATEGY MEMO

Deployment
Products

Defined-scope products for organizations that need a clear answer, a decision framework, or an implementation path — without starting with an open-ended consulting engagement.

01

AAM Deployment Readiness Blueprint

A structured readiness review for a site, airport, development, or small portfolio that determines what is ready now, what is blocking deployment, and what should happen next.

Assess

  • / AIRCRAFT/SITE COMPATIBILITY
  • / GEOMETRY AND SAFETY AREAS
  • / AIRSPACE AND OPERATING CONSTRAINTS
  • / UTILITIES / CHARGING
  • / REGULATORY AND LAND-USE DEPENDENCIES
  • / EMERGENCY RESPONSE/ACCESS
  • / OWNERSHIP/FUNDING/DELIVERY

Client Receives

  • / DEPLOYMENT READINESS MATRIX
  • / GAP & DEPENDENCY REGISTER
  • / ACT / PREPARE / PRESERVE PRIORITIZATION
  • / RESPONSIBLE-PARTY MAP
  • / NEAR-TERM ACTION PLAN
  • / REASSESSMENT TRIGGERS
  • / EXECUTIVE READOUT

Typical duration: 2–4 weeks

02

Regulatory Alignment & Evidence Sprint

A focused technical-regulatory sprint for novel aircraft and infrastructure concepts that need to turn engineering work into a disciplined engagement position with authorities such as FAA, ICAO, and GACA.

Includes

  • / REGULATORY BASIS MAPPING — FAA, ICAO, GACA
  • / DESIGN INTENT AND CLAIM BOUNDARIES
  • / EVIDENCE AND MATURITY MAPPING
  • / ASSUMPTIONS/LIMITATIONS REGISTER
  • / OPEN TECHNICAL/REGULATORY ISSUE REGISTER
  • / AUTHORITY COORDINATION QUESTIONS
  • / OFFICE/STAKEHOLDER ROUTING
  • / EVIDENCE-CLOSURE ROADMAP

Outputs

  • / REGULATORY POSITIONING BRIEF
  • / TECHNICAL DECISION & EVIDENCE REGISTER
  • / REGULATORY QUESTION BOOK
  • / ENGAGEMENT ROADMAP
  • / EXECUTIVE TECHNICAL BRIEFING

Typical duration: 3–5 weeks

OEMs

Developers

A/E Firms

Investors

Airports

Public Agencies

Our
Method

Simple. Direct. Standards-Aware.
We preserve your innovation while aligning it with reality.

01

Listen First

Understanding concept, constraints, and stakeholders.

02

Frame Design Intent

Defining operational goals beyond the drawings.

03

Actionable Feedback

Structured, practical guidance for engineers.

04

Iterate

Continuing as a technical partner as concepts evolve.

05

Deliver Executable Strategy

Providing a clear, executable plan for implementation.

Case
Studies

Selected engagements—how early technical strategy translates into credible, executable outcomes.

Case Study 01

Performance-Based Infrastructure Strategy for Next-Generation Aircraft

AAM Blueprint Advisory supported the development of a performance-based infrastructure methodology for a next-generation aircraft developer seeking to align novel aircraft capabilities with emerging FAA infrastructure policy. The engagement focused on translating aircraft performance into evidence-based infrastructure requirements, safety-function decomposition, regulatory engagement strategy, and a structured methodology supporting future FAA discussions around performance-based design.

The resulting framework provides a repeatable approach for evaluating operational surfaces, transition regions, safety functions, obstacle protection, and infrastructure criteria while supporting future commercialization across conventional airports and nontraditional operating environments.

Performance-based vertiport design schematic showing downwash and outwash safety areas for a next-generation eVTOL aircraft
Aviation infrastructure deployment architecture with a phased implementation roadmap and regional network map
Case Study 02

Strategic Deployment Architecture for Emerging Aviation Infrastructure

AAM Blueprint Advisory supported the development of a strategic implementation framework for a multi-stakeholder advanced aviation initiative focused on infrastructure deployment, public-use aviation assets, workforce development, and long-term ecosystem planning.

The engagement organized multiple technical and strategic workstreams into a phased implementation roadmap, defining pilot deployment strategy, stakeholder sequencing, regulatory considerations, funding narratives, and long-term execution priorities. The resulting framework positioned the initiative for future engagement with agencies, strategic partners, and investment organizations.

Robert Bassey, Founder and Principal of AAM Blueprint Advisory

Robert Bassey

Founder & Principal

Founder & Principal

Robert Bassey is the Founder and Principal of AAM Blueprint Advisory and a nationally recognized specialist in Advanced Air Mobility infrastructure, FAA strategy, and emerging-aircraft deployment.

Before launching AAM Blueprint Advisory, Robert spent more than 15 years with the FAA Office of Airports, where he helped lead the agency’s early work on vertiport and emerging vertical-flight infrastructure. He authored FAA Engineering Briefs 105 and 105A — the agency’s initial and updated national vertiport design guidance — and led development toward a more performance-based framework for next-generation aircraft infrastructure.

Robert also represented the United States in international heliport and vertical-flight infrastructure standards work, contributing to ICAO efforts addressing heliport and emerging AAM infrastructure.

Today, through AAM Blueprint Advisory, Robert works with aircraft manufacturers, infrastructure technology companies, developers, engineering firms and public-sector teams at the point where aircraft capability, infrastructure, regulation and implementation converge. His work includes aircraft-infrastructure compatibility, infrastructure criteria development, site and network readiness, regulatory positioning, evidence-development strategy and FAA engagement.

The firm’s role is straightforward: identify what the concept actually requires, distinguish real constraints from inherited assumptions, and create a credible path from technical idea to deployable aviation system.

Turn the Concept
Into a Deployment Path.

Bring us the aircraft, site, infrastructure challenge or regulatory question. We will help define what is technically credible, what needs to be resolved, and what should happen next.

Discuss Your Project