👩🍳 How we use AI at Tech in Asia, thoughtfully and responsibly.
🧔♂️ A friendly human may check it before it goes live. More news here
🧔♂️ A friendly human may check it before it goes live. More news here
Musk, Ryanair CEO clash over Starlink Wi-Fi costs
Elon Musk and Ryanair CEO Michael O’Leary exchanged public comments over the potential installation of SpaceX’s Starlink Wi-Fi on Ryanair aircraft.
O’Leary previously said that equipping Ryanair’s more than 600 jets with Starlink would be costly, estimating an annual expense of up to US$250 million due to fuel and drag concerns.
Musk responded on social media, claiming O’Leary was misinformed about the fuel impact.
O’Leary later criticized Musk’s understanding of aviation and drag.
Musk then reiterated his criticism, suggesting O’Leary should be fired.
🔗 Source: Reuters
🧠 Food for thought
Implications, context, and why it matters.
Probe drag, certification, and retrofit math behind the $250M claim
- Airline procurement plus engineering teams confirm per‑airframe certification, since Starlink lists supplemental type certificates (STCs) while others remain in development, open to proposals 1.
- Airline technical operations plus sustainability leads seek quantified fuel burn impact from antenna drag plus weight, since FAA fuel‑efficiency proposals trigger review when modifications push FEM past thresholds 2.
- Connectivity evaluators compare networks and speeds, because Starlink uses low‑Earth orbit (LEO) with up to 220 Mbps plus 3.
- Airline engineering teams benchmark antenna profiles, since Intelsat pegs electronically steered antenna (ESA) designs at ~40% less weight plus ~60% less drag, which would change drag‑driven cost estimates 4.
- Program managers verify retrofit complexity and downtime with suppliers claiming low‑profile terminals fit with minimal structural changes plus broad narrowbody (single‑aisle) compatibility 5.
- Commercial plus fleet strategy teams track demand segments, as over two dozen carriers roll out Starlink and analysts call it a premium fit for long‑haul plus full‑service fleets.
Build low‑drag, certified retrofits plus flexible pricing for narrowbody fleets
- Antenna original equipment manufacturers (OEMs) design ESA radomes (protective covers) and fairings that, per Intelsat, can cut drag by ~60% plus weight by ~40% 4.
- Maintenance, repair, and overhaul (MRO) providers plus STC shops sell retrofit kits while pursuing missing STCs on Airbus and Boeing narrowbodies, with Starlink’s certification list in flux, open to proposals 1.
- Airline technical operations (tech ops) require fuel burn data aligned to FAA’s proposed Part 38 FEM procedures, to lower modification‑triggered compliance risk during installations 2.
- Multi‑orbit in‑flight connectivity (IFC) integrators pitch network‑agnostic terminals with up to 300 Mbps plus seamless handover to carriers wary of single‑network lock‑in 3.
- Commercial teams package revenue‑share or loyalty‑tied subscriptions, since IFC opens revenue streams beyond basic Wi‑Fi fees 4.
- Satellite network operators concentrate capacity around busy corridors plus hubs to match short‑haul demand peaks, and LEO designs support that pattern 6.
🔗 Source: Reuters