How Fighter Jet Radar Works: AESA vs PESA Explained
Modern air combat is defined not by guns or missiles alone, but by radar technology. The ability to detect, track, […]
Aviation Insights
Read aviation news, flight-science explainers and evidence-led analysis of aircraft, engines, sensors, defense programs and aerospace technology.
How Stealth Technology Works: Radar, Signatures and Limits
Stealth aircraft use shape, materials and signature management to reduce detectability. Their radar return is not a fixed marble, golf
How Jet Engines Work: From Turbojets to Scramjets
Every supersonic aircraft — from the Bell X-1 to the F-35 Lightning II — relies on one fundamental principle: Newton’s
What Is Supercruise? Flying Supersonic Without Afterburners
Most fighter jets can fly faster than the speed of sound — but only in short bursts, with their afterburners
The Hypersonic Arms Race: Who’s Winning and Why It Matters
A new arms race is underway — and it’s happening at Mach 5 and above. The United States, China, and
Turkey’s Kaan Fighter Makes Maiden Flight: A New Player in 5th-Gen Combat
On February 21, 2024, Turkey joined an exclusive club when its domestically developed TAI Kaan stealth fighter completed its maiden
Boeing F-47: America’s 6th-Generation Fighter Takes Shape
In March 2025, the U.S. Air Force made one of the biggest announcements in military aviation history: Boeing had won
Why Concorde Was Retired: The Rise and Fall of Supersonic Travel
The Concorde was the most iconic aircraft of the 20th century. For 27 years, it carried passengers across the Atlantic
Mach Number Explained: From Subsonic to Hypersonic
Checked September 8, 2026. Standard-day Mach 1 is about 1,225 km/h at 15°C. At other temperatures it changes. Speed-regime boundaries
How Sonic Booms Work: The Science Behind the Thunder
Checked September 8, 2026. A sonic boom is generated along a supersonic flight path, not only at the instant an