Aviation technology analysis with Vector. Electric aircraft, avionics advances, eVTOL certification, satellite connectivity, and the engineering innovations shaping the future of flight.
The North American X-15 flew 199 research missions from 1959 to 1968, setting records that still stand and building the engineering foundation for every U.S. crewed spacecraft that followed.
The Pipistrel Velis Electro became the world's first type-certified electric aircraft in June 2020, offering 50-minute training endurance and dramatically lower operating costs than piston trainers.
Heart Aerospace scrapped its all-electric ES-19 for the hybrid ES-30, a candid admission that battery technology isn't ready for regional commercial aviation.
JetZero's $235M Air Force contract targets a 2027 first flight for a full-scale blended wing body demonstrator promising 50% lower fuel burn than conventional airliners.
Honeywell's Anthem is a clean-sheet avionics suite with native cloud connectivity targeting light jets and turboprops, where Garmin has dominated for over a decade.
NASA and Boeing's $850M X-66A demonstrator will test a truss-braced high-aspect-ratio wing targeting 30% better fuel efficiency than today's narrow-body jets.
Britain's Reaction Engines has validated a precooler that cools Mach 5 air from 1,000°C to -150°C in one millisecond - the breakthrough enabling a runway-launched spaceplane to reach orbit.
ZeroAvia's hydrogen-electric ZA-600 powertrain targets the energy density gap that makes batteries unworkable for regional aviation beyond the pattern.
Airbus alpha floor automatically commands maximum thrust when angle of attack approaches critical limits - and Air France 447 reveals exactly what happens when that protection boundary is crossed.
Natilus is building the N3.8, a 94,000-pound unmanned blended-wing-body freighter promising 25–50% fuel savings that could restructure cargo aviation economics.
Starlink's low-Earth-orbit broadband is delivering ground-quality internet to commercial aircraft, with latency 30x lower than legacy satellite systems - and it's already flying.
ADS-B's unauthenticated broadcast protocol allows anyone with accessible hardware to inject false traffic into cockpit displays - a known vulnerability with no near-term regulatory fix.
The Current Icing Product (CIP) maps structural icing probability by altitude layer every hour using multi-sensor data fusion - and it's free at aviationweather.gov.
Aireon's space-based ADS-B network uses 66 low-Earth orbit satellites to deliver 8-second position updates over the open ocean, replacing a system where oceanic controllers worked with data up to 10 minutes old.
How Don Bateman's Enhanced Ground Proximity Warning System solved controlled flight into terrain by closing a critical cockpit information gap - and what GA pilots need to know today.