Few Cold War aircraft were adapted as widely as the Tu-16. The baseline Badger-A was a free-fall bomber, some with a heated bomb bay for nuclear weapons. Missile carriers followed — the Badger-B (Tu-16KS) with the AS-1 Kennel, the Badger-C with the large K-10 anti-ship missile, and the Badger-G with the AS-5 Kelt and later AS-6 Kingfish. Alongside these came dedicated photo-reconnaissance and maritime-reconnaissance versions (Badger-E/F), a family of electronic-warfare and ELINT aircraft (Badger-D/H/J/K/L) for jamming and signals collection, and tanker variants.

The airframe even crossed into civil aviation: Tupolev reused the Tu-16’s wing, engines and structure to create the Tu-104, one of the world’s first operational jet airliners, which flew in 1955. Exact variant counts and dates differ between sources and are best read as approximate, but the breadth is not in dispute — the Badger was less a single bomber than a whole toolbox built on one design.

The anti-ship mission was where the Tu-16 mattered most in later life. Soviet Naval Aviation used it to carry heavy cruise missiles that could be launched from tens of kilometres away, turning a 1950s bomber into a credible threat to surface ships — a doctrine later inherited by the supersonic Tu-22M Backfire. The AS-1 Kennel was an early turbojet-powered missile resembling a small swept-wing jet; the AS-5 Kelt was used in anger by Egypt in 1973; and the larger, faster AS-6 Kingfish gave the type a long-range, high-speed weapon. Precise ranges and performance figures for these weapons vary between sources and were often classified, so they should be treated as approximate.

In September 1957 the Soviet Union agreed to licence Tu-16 production to China. The first Chinese-assembled aircraft flew in 1959, and the first fully Chinese-built example — designated H-6 — flew in 1968. Where the USSR retired its Tu-16s by the early 1990s, China kept the basic airframe in production and service, repeatedly upgrading it into modern cruise-missile-carrying variants such as the H-6K and H-6N.

The two aircraft are best kept distinct: the H-6 is a licence-built descendant, not the same aircraft, and its modern forms differ substantially in engines, avionics and weapons. The Xian H-6 has its own exhibit in this museum. What the shared lineage shows is the durability of the original Tupolev design — roughly seventy years after the Tu-16’s first flight, its direct descendant is still flying.

The Tu-16 was a Soviet state military product, never sold on an open dollar market, so there is no credible public flyaway unit price or cost-per-flight-hour figure for the type. Any specific dollar amount attached to it should be treated as an estimate rather than a sourced number.

What can be said is that the aircraft was built in large numbers — around 1,500 in the USSR alone — and served for roughly four decades, which points to a design that was economical to produce and maintain by the standards of its era. The same logic of stretching an established, affordable airframe is why the licence-built Chinese H-6 line was kept alive and upgraded long after the original.