00:00–02:20 - Introduction
Aidan welcomes the audience.
Introduces Stratolaunch and Dr. Zachary Krevor.
Krevor shares his path: Lockheed, Sierra Nevada, early hypersonics exposure, joining Stratolaunch pre-acquisition, and becoming CEO in 2021.
02:20–06:10 - The World’s Largest Plane & Stratolaunch Origins
Story of ROC, the dual-fuselage aircraft designed by Scaled Composites.
Original mission: air-launch for orbital delivery.
Shifted as the market changed; pivoted toward hypersonic test platforms.
ROC’s structure: 90% composite body, 747 engines and flight hardware.
06:10–08:40 - Hypersonics: Why It Matters
Defines hypersonics (Mach 5+ sustained, maneuvering flight inside atmosphere).
Peer adversaries (Russia/China) have fielded operational hypersonic systems.
U.S. now faces compressed warning times—down to minutes.
Drives need for offensive capability and layered defenses (e.g., Golden Dome).
08:40–11:15 - Why Air-Launch Changes the Game
Stratolaunch’s operating model: take off from Mojave, drop Talon A over the Western Range.
Air-launch allows relocation to other ranges, including over-land profiles.
Enables early testing relevant to Alaska, Hawaii, and allied defense scenarios.
11:15–13:40 - Revenue Outlook & Defense Demand
Next 2–3 years: demand overwhelmingly driven by U.S. defense.
Two major segments:
Offensive weapons testing
Defensive systems testing (incl. Golden Dome)
Growing role for agile, non-traditional companies like Stratolaunch.
13:40–16:10 - Talon-A: U.S. First Reusable Hypersonic Aircraft Since 1968
Talon-A is reusable, autonomous, lands on a runway.
Multiple successful flights (more than publicly released).
First autonomous hypersonic aircraft in U.S. history.
Autonomy matters: compensates dynamically for weather, drag, and energy management.
National goal: 50 hypersonic flights per year; Congress supporting via J-book appropriations.
16:10–20:00 - Paul Allen Era & Post-Pivot Vision
Reflects on Paul Allen’s original vision, especially the single-stage-to-orbit spaceplane.
Independent reviews validated feasibility.
After Allen’s passing, company pivoted to hypersonics under new ownership.
Mission today: accelerate hypersonic capability for national security.
20:00–23:30 - Building a World-Class Team in the Mojave Desert
Attracting hypersonic engineers despite remote location.
Advantages: proximity to test ranges, unique engineering challenges, outdoor lifestyle.
Opportunity: work on aircraft, rockets, engines, hypersonic vehicles—all under one roof.
Team remains lean but extremely capable.
23:30–25:50 - Future Use Cases: Cargo, Crew, Civil Applications
Stratolaunch will remain test-focused, uncrewed heavy vehicles.
But sees large future markets in:
Hypersonic crew transport
Hypersonic cargo
Suborbital civil missions
Confirms a civil contract underway (press release pending).
25:50–28:00 - How Stratolaunch Works With Customers
Some customers arrive flight-ready (e.g., Northrop).
Others need deeper engineering support to transition lab tech to flight-qualified systems.
Roughly 60/40 split between hands-on support and pure integration.
28:00–31:00 - Government Shutdown & Mission Continuity
Hypersonics programs cannot pause; peer adversaries are not waiting.
A few mission-critical government personnel remained engaged.
Stratolaunch kept flight tempo on track for national security.
31:00–33:00 - Scaling to Meet 50+ Flights/Year
Currently:
Two Talon-A vehicles ready for flight
ROC + Spirit of Mojave in full operation
Scaling plan:
Build additional Talon vehicles
Potential acquisition of a second carrier aircraft
Already demonstrated two flights in a month
33:00–35:40 - International Collaboration & AUKUS
Air-launch opens pathways for allied hypersonics development.
AUKUS Pillar II: cooperative hypersonics development.
ITAR reforms and exemptions emerging for hypersonic test technologies.
FAA’s global reputation helps reduce friction for allied licensing.
35:40–38:00 - How ROC Operates & Flight Readiness
ROC can land anywhere a B-52 can.
Taxiway width is often the limiting factor.
Pre-flight: multi-day process similar to launch-vehicle countdowns.
Have demonstrated three flights in eight days.
38:00–40:20 - Lessons From Unexpected Outcomes
Not all challenges are technical. Programmatic, weather, and small overlooked items also matter.
Biggest lesson: robust risk-management must include low-probability, high-impact items.
Reinforces importance of team resilience.
40:20–43:30 - Customer Selection, Scheduling & Future Cadence
Stratolaunch aims to behave like an airline for hypersonics:
Frequent, predictable service
“Miss your slot? Fly next week.”
Backlog growing quickly; national security priorities will always come first.
Ideal cadence: two flights per month.
