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SOURCE: AFI

The Tupolev Tu-160, commonly known as the “Blackjack,” is a supersonic strategic bomber developed by Russia. With its formidable payload capacity, long range, and speed, the Tu-160 is considered one of the most advanced bombers in the world, capable of carrying nuclear and conventional weapons. India has long been exploring strategic defense capabilities, including long-range bombers, and there have been discussions in recent years regarding the potential acquisition of Russian-made Tu-160 bombers. This article will examine the estimated per-unit cost and operating cost of the Tu-160, should India procure these bombers.

The per-unit cost of a Tu-160 bomber varies based on factors such as the contract terms, configuration, and potential customization specific to the purchasing country. The cost of acquiring a single Tu-160 has fluctuated over the years, but based on previous procurement data, we can estimate the cost of one unit.

The Tu-160’s development began in the 1980s, and it entered service in the 1980s and early 1990s. A contemporary estimate for a new or refurbished Tu-160 is around $270 million to $300 million USD per unit, considering the bomber’s advanced systems, long-range capabilities, and modern-day defense industry costs. While Russia has continued to upgrade and refurbish its fleet of Tu-160 bombers, any new production units could be on the higher end of the cost range due to inflation, modernization, and geopolitical factors.

Beyond the base cost of the aircraft itself, there would be costs for associated equipment, training, support infrastructure, and long-term maintenance. These costs could push the total procurement cost per unit beyond $350 million USD.

The operating cost per hour of a strategic bomber like the Tu-160 depends on various factors, including fuel consumption, crew salaries, maintenance, and the upkeep of complex avionics and systems. Here’s a breakdown of the key components contributing to the operating cost.

The Tu-160 is a large aircraft with four turbojet engines, which results in significant fuel consumption. The bomber’s maximum range is around 12,300 kilometers (7,600 miles), with an average cruising speed of Mach 0.75 to Mach 1.0. The Tu-160’s fuel consumption is estimated to be around 12,000 to 15,000 liters per hour during normal operations, which is approximately 3,000 to 4,000 gallons per hour.

The cost of aviation fuel varies by region and over time. Assuming an average cost of $3 USD per gallon for aviation fuel, the fuel cost per hour of operation would be roughly:

3,000 gallons/hour×3 USD/gallon=9,000 USD/hour

Therefore, the fuel cost alone could range between $9,000 to $12,000 USD per hour of operation.

The Tu-160, being a large and complex aircraft, requires substantial maintenance and periodic overhauls. The estimated maintenance costs for a bomber of this calibre could range between $8,000 to $15,000 USD per hour of operation, depending on how well the aircraft is maintained and whether it undergoes significant repairs or refurbishments.

Should India pursue the acquisition of the Tu-160 bomber, the cost for each unit would likely fall between $270 million to $350 million USD, depending on various factors such as procurement terms and customization. In terms of operational costs, each Tu-160 could incur an estimated $19,200 to $30,000 USD per hour in maintenance, fuel, crew, and system usage.

While the Tu-160 offers remarkable strategic advantages in terms of range, speed, and payload capacity, these costs must be weighed against India’s defense budget and long-term strategic needs. The high operational and procurement costs are part of the broader equation that would include the need for advanced bombers to enhance India’s deterrence capabilities.